The International Sustainability & Carbon Certification (ISCC) system was developed in 2008 to certify sustainable biomass and bioenergy. ISCC certification covers sustainability aspects across the entire biofuel supply chain, including reducing GHG emissions, sustainable land use, protecting natural areas, and social sustainability. The certification has criteria in three categories: sustainability requirements for biomass production, GHG emissions savings calculations, and requirements for traceability and mass balance calculations. ISCC certification aims to promote environmentally and socially responsible production of all types of biofuels.
This document describes Cardox technology for removing material buildup using pressurized carbon dioxide gas tubes. It is presented by John Stulack of ATD Pressure Gas Systems. The technology has been used safely for over 60 years to clear blockages in industrial processes like lime production, pulp/paper, cement, and bulk material storage. It works by detonating a sealed tube containing liquid carbon dioxide, which expands into an inert gas that blasts away deposits through a discharge nozzle. Key advantages are improved safety, reduced downtime, and preventing problematic buildups from occurring.
RadiciGroup is a global company operating in chemicals, plastics, synthetic fibers and textile machinery sectors. Founded in 1920, it has diversified and vertically integrated over the decades. Key figures include consolidated sales of €1.238 billion and 3,500 employees. The company has production sites across Europe, Americas, and Asia. RadiciPlastics is one of the world's leading players in engineering plastics, with sales of €259 million and 409 employees. It offers a wide range of polyamides, PBT polymers, and TPEs through its global manufacturing and sales network.
Harards of oily waste & its managementArvind Kumar
The document summarizes the hazards of oily waste and methods for its remediation. It discusses how oily sludge generated at oil installations is considered hazardous waste. Current practices for managing sludge involve reducing its volume through melting and recovering oil, but residual sludge remains a disposal challenge. Bioremediation is presented as an environmentally-friendly option where microbes break down oil in sludge into harmless substances. The document also reviews other disposal methods like incineration and concludes that bioremediation research aims to make the process cleaner and more effective at degrading hazardous constituents.
This document provides information about a petrochemical processes course, including the class administration details, recommended references, course objectives, and course outline. The course aims to describe petrochemical definitions and classifications, analyze production pathways and technologies, and compare environmental impacts and future trends. The course outline lists the weekly topics over two halves of the course, including introductions to petrochemicals, olefins production, polymers, syngas production, and environmental aspects. It also outlines the student project which involves reviewing an assigned petrochemical process and presenting on it.
The document provides an overview of new ISO standards for quantifying, reporting, and verifying greenhouse gas emissions:
- ISO 14064 consists of 4 parts that establish principles and requirements for greenhouse gas accounting and verification at the organization and project levels.
- Part 1 covers quantification and reporting at the organizational level. Part 2 addresses project-level accounting. Part 3 provides guidance on validation and verification processes. Part 4 deals with accreditation of verification bodies.
- The standards are designed to promote best practices in a consistent, transparent way to support voluntary carbon markets and regulatory programs in verifying greenhouse gas emissions data and emission reductions from organizations and projects.
Risk Assessment At Tank- Truck Unloading Section Of LPG Bottling Plant I Gaur...Gaurav Singh Rajput
The document summarizes a risk assessment conducted at the LPG tank truck unloading section of an LPG bottling plant. The objectives were to identify hazards, assess risks through fault tree analysis and event tree analysis, and estimate individual and societal risk. Methodology included HAZOP study to identify hazards, consequence analysis using PHAST Risk software, and calculation of individual risk using thermal radiation exposure models. Key findings were an individual risk of 1x10-4 per year and societal risk within acceptable limits defined by the F-N curve. Recommendations to reduce risk included following standard operating procedures and improving safety systems.
This presentation simplifies the key postulates of Static and Mobile Pressure Vessel Rules (2016) last amended in 2018, for the design, License, operation and maintenance of LNG storage and regasification station.
The document discusses the role of laboratories in the petroleum industry. It outlines how laboratories ensure quality control through routine testing of raw materials, process streams, and finished products. This includes testing properties like density, salt content, water content, viscosity, sulfur content, and metals content. Laboratories also perform troubleshooting, process optimization, and product certification activities. Their work is important for monitoring performance, ensuring product specifications are met, and solving quality problems.
This document discusses health and safety in the oil and gas industry. It covers several topics:
- Management systems for health and safety with planning, performance, assessment, and improvement.
- Personal protective equipment (PPE) including responsibilities, hazard assessment, protective clothing, and training.
- Electrical safety including responsibilities, hazards, flash hazard analysis, and qualifications.
- Control of hazardous energy sources including lockout procedures.
- Emergency contingency planning including different plans for shelter in place, administrative closings, and occupant emergencies.
This document provides safety guidelines for working with compressed gases. It states that all compressed gas cylinders should be handled carefully and according to the specific gas's properties. Damaged cylinders should be inspected before use. Gases are identified by color (red for flammable, green for non-flammable) and labeling. Proper transportation, storage, connection, and use of regulators are outlined to prevent leaks, explosions, and other accidents. Personnel should be aware of each gas's hazards like flammability, toxicity, and corrosiveness. Overall, the document aims to promote safe practices for compressed gas handling.
These slides are developed for a part of the undergraduate course in Petroleum Refinery Engineering. The slides are also helpful for Masters level introductory course.
This document provides guidelines and policies for ensuring occupational health, safety, and environmental protection at OGDCL oil and gas development and production sites. It states that safety is everyone's responsibility and outlines guidelines for permits, personal protective equipment, working at heights, energy isolation, confined spaces, lifting operations, and more. The document aims to promote a positive safety culture and compliance with relevant laws and regulations to protect employees, communities, and the environment.
This report discusses the role of management in safety. It outlines five key steps to successful safety management: setting a policy, organizing staff, planning and setting standards, measuring performance, and learning from experience through audits and reviews. Risk assessment methods are described including identifying hazards, deciding who may be harmed, evaluating risks, recording findings, and reviewing assessments. Total quality management elements are also discussed including management commitment, goal setting, engineering controls, training, accident investigation, and employee safety committees. The relationship between total quality management and safety management is emphasized.
A project on the Mother plant of Petrochemical Industry.
110 MT per year production capacity of NCP plant at RIL- VMD. Detailed studies on Short residence time Furnaces, Distillation columns, Catalytic converters, heat exchangers etc. calculations made on process parameters and mechanical design aspects.
The document discusses hazard identification techniques used in process facilities, including:
- Preliminary Hazard Analysis which identifies hazards from raw materials, equipment, facilities, and other factors in early design stages.
- HAZOP (Hazard and Operability Study) which is a systematic technique applied to small parts of a design to identify deviations from design intent, their causes and consequences, and recommendations.
- Guidelines for applying techniques like HAZOP include considering parameters like flow, pressure, temperature, and using guidewords to identify potential deviations from design intent.
This document discusses stoichiometric calculations for combustion reactions. It begins by outlining applications of the combustion equation for determining correct air supply rates and combustion product composition. It then provides detailed explanations and examples of calculating air requirements and combustion products for gaseous, solid, and liquid fuels using elemental analyses and accounting for excess air. Specific topics covered include determining stoichiometric air-to-fuel ratios, calculating flue gas composition, and the relationship between carbon-hydrogen ratio in fuels and carbon dioxide concentration in flue gases. Worked examples are provided to demonstrate the stoichiometric calculation methods.
Oorja Systems Consultants provides used lube oil recycling services using environmentally sound technologies. Used lube oil constitutes around 80% recyclable lubricating oil. Government regulations mandate using processes like vacuum distillation with clay treatment or thin film evaporation to recycle waste oil. Oorja has developed a process using high vacuum distillation and thin film evaporation to remove water, diesel and light fuel fractions. The remaining lubricating oil fraction is further purified through clay free and deodorizing treatments to produce recycled lube oil meeting international standards.
This document outlines Wilkins Engineering's demobilization plan from the Kasoa BSP project. It details the 17 personnel on site led by a project and installation manager. As the project nears completion, the team will aid in testing and commissioning before demobilizing tools and equipment in phases with authorization from the client and SIEMENS Energy. The installation manager and logistics officers will orchestrate the safe removal of resources to their original locations, completing the demobilization satisfactorily.
This document provides training on hydrogen sulfide (H2S) safety. It states that the company's policy is to prevent exposure to H2S concentrations that could endanger life or health. It also notes that all personnel required to work in H2S areas must be properly trained. The document discusses the physical and hazardous properties of H2S gas, signs of exposure, protective equipment requirements, and procedures for working in and monitoring H2S areas.
This document provides information on the physico-chemical properties of gasoline and diesel. It discusses the typical composition of gasoline as a mixture of hydrocarbons between C4-C12 with a boiling point range of 30-200°C. Key characteristics of gasoline that are measured include octane number, vapor pressure, distillation properties, sulfur and oxygenate content. The specifications for gasoline according to the BIS IS 2679 standard in India are also outlined. Properties of diesel such as cetane number, viscosity, flash point and sulfur content are described along with the test methods for measuring these characteristics.
The close out report summarizes HSE performance for a sub sea manifold project from June to October 2013 at PT Gunanusa Utama Fabricators yard. Key highlights include:
- The project achieved its safety objectives of no fatalities, major accidents, fires or explosions. TRIR was 0.00 and LTIF was 0, meeting objectives.
- Medical treatment cases were 6 with no lost time injuries. Near miss incidents were 2.
- HSE programs like inductions, inspections, audits and management oversight were implemented to improve safety behavior.
- Occupational health objectives around emergency equipment, illness reduction and hygiene were also met.
This safety risk assessment document identifies 14 hazards associated with airside construction work. For each hazard, it lists the potential effects if no controls are in place, analyzes the initial risk level, and proposes control measures to reduce the risk. It then re-analyzes the risk level with the proposed controls and categorizes the residual risk. The document provides a risk analysis matrix to define risk levels and determine if further action is required.
This document presents the results of a quantitative risk assessment conducted using ALOHA software for Tank 6 at RXZ Sdn Bhd, which contains methanol. Three accident scenarios were modeled: 1) a leaking tank with no fire, 2) a leaking tank with a pool fire, and 3) a boiling liquid expanding vapor explosion (BLEVE). Threat zones, source strengths, and potential impacts were analyzed for each scenario. An environmental health risk assessment was also performed to evaluate risks within a 1km residential area from a fugitive release. Key findings included fireball diameters up to 643m in a BLEVE and toxic vapor cloud thresholds exceeded within 530m for a fugitive release. Recommendations are provided
V 1 presentation on safety aspects of lpg handling and storageImran Bokhari
Liquefied Petroleum Gas (LPG) is a mixture of Propane and Butanes, with Propane content of 30 to 60 percent and Butanes content of 40 to 70 percent. LPG can exist in liquid state at moderate pressure at ambient temperature. It is colorless, odorless, highly volatile and heavier than air (even at ambient conditions) substance. It easily forms combustible/explosive mixture when released in air, thus posing unique safety issues. Besides being a combustible substance posing fire hazard, LPG due to its nature also poses threats of cold burns and suffocation. LPG is being extensively used as fuel in homes, restaurants, transportation and some industries. In this presentation we have discussed in detail a major HSE related incident that have occurred in the past and mitigation strategies for the same. The required safety devices and their engineering design features in LPG extraction plant to avoid accidents are also discussed.
About Biogas and it utilization by Prof V.K Vijay IITD.pdfRaj kumar
This document provides an overview of biogas including different feedstocks, potential, socio-economic benefits, and upgradation methods. It notes that biogas can be generated from various agricultural and food waste sources. The annual potential for biogas generation in India is estimated to be over 20 billion cubic meters, which could produce over 8 million tons of bio-CNG or over 5,000 MW of power. Developing biogas would provide socio-economic benefits like reducing women's workload and generating organic fertilizer. The document also outlines various government programs and subsidies to support biogas development in India.
The document discusses the role of laboratories in the petroleum industry. It outlines how laboratories ensure quality control through routine testing of raw materials, process streams, and finished products. This includes testing properties like density, salt content, water content, viscosity, sulfur content, and metals content. Laboratories also perform troubleshooting, process optimization, and product certification activities. Their work is important for monitoring performance, ensuring product specifications are met, and solving quality problems.
This document discusses health and safety in the oil and gas industry. It covers several topics:
- Management systems for health and safety with planning, performance, assessment, and improvement.
- Personal protective equipment (PPE) including responsibilities, hazard assessment, protective clothing, and training.
- Electrical safety including responsibilities, hazards, flash hazard analysis, and qualifications.
- Control of hazardous energy sources including lockout procedures.
- Emergency contingency planning including different plans for shelter in place, administrative closings, and occupant emergencies.
This document provides safety guidelines for working with compressed gases. It states that all compressed gas cylinders should be handled carefully and according to the specific gas's properties. Damaged cylinders should be inspected before use. Gases are identified by color (red for flammable, green for non-flammable) and labeling. Proper transportation, storage, connection, and use of regulators are outlined to prevent leaks, explosions, and other accidents. Personnel should be aware of each gas's hazards like flammability, toxicity, and corrosiveness. Overall, the document aims to promote safe practices for compressed gas handling.
These slides are developed for a part of the undergraduate course in Petroleum Refinery Engineering. The slides are also helpful for Masters level introductory course.
This document provides guidelines and policies for ensuring occupational health, safety, and environmental protection at OGDCL oil and gas development and production sites. It states that safety is everyone's responsibility and outlines guidelines for permits, personal protective equipment, working at heights, energy isolation, confined spaces, lifting operations, and more. The document aims to promote a positive safety culture and compliance with relevant laws and regulations to protect employees, communities, and the environment.
This report discusses the role of management in safety. It outlines five key steps to successful safety management: setting a policy, organizing staff, planning and setting standards, measuring performance, and learning from experience through audits and reviews. Risk assessment methods are described including identifying hazards, deciding who may be harmed, evaluating risks, recording findings, and reviewing assessments. Total quality management elements are also discussed including management commitment, goal setting, engineering controls, training, accident investigation, and employee safety committees. The relationship between total quality management and safety management is emphasized.
A project on the Mother plant of Petrochemical Industry.
110 MT per year production capacity of NCP plant at RIL- VMD. Detailed studies on Short residence time Furnaces, Distillation columns, Catalytic converters, heat exchangers etc. calculations made on process parameters and mechanical design aspects.
The document discusses hazard identification techniques used in process facilities, including:
- Preliminary Hazard Analysis which identifies hazards from raw materials, equipment, facilities, and other factors in early design stages.
- HAZOP (Hazard and Operability Study) which is a systematic technique applied to small parts of a design to identify deviations from design intent, their causes and consequences, and recommendations.
- Guidelines for applying techniques like HAZOP include considering parameters like flow, pressure, temperature, and using guidewords to identify potential deviations from design intent.
This document discusses stoichiometric calculations for combustion reactions. It begins by outlining applications of the combustion equation for determining correct air supply rates and combustion product composition. It then provides detailed explanations and examples of calculating air requirements and combustion products for gaseous, solid, and liquid fuels using elemental analyses and accounting for excess air. Specific topics covered include determining stoichiometric air-to-fuel ratios, calculating flue gas composition, and the relationship between carbon-hydrogen ratio in fuels and carbon dioxide concentration in flue gases. Worked examples are provided to demonstrate the stoichiometric calculation methods.
Oorja Systems Consultants provides used lube oil recycling services using environmentally sound technologies. Used lube oil constitutes around 80% recyclable lubricating oil. Government regulations mandate using processes like vacuum distillation with clay treatment or thin film evaporation to recycle waste oil. Oorja has developed a process using high vacuum distillation and thin film evaporation to remove water, diesel and light fuel fractions. The remaining lubricating oil fraction is further purified through clay free and deodorizing treatments to produce recycled lube oil meeting international standards.
This document outlines Wilkins Engineering's demobilization plan from the Kasoa BSP project. It details the 17 personnel on site led by a project and installation manager. As the project nears completion, the team will aid in testing and commissioning before demobilizing tools and equipment in phases with authorization from the client and SIEMENS Energy. The installation manager and logistics officers will orchestrate the safe removal of resources to their original locations, completing the demobilization satisfactorily.
This document provides training on hydrogen sulfide (H2S) safety. It states that the company's policy is to prevent exposure to H2S concentrations that could endanger life or health. It also notes that all personnel required to work in H2S areas must be properly trained. The document discusses the physical and hazardous properties of H2S gas, signs of exposure, protective equipment requirements, and procedures for working in and monitoring H2S areas.
This document provides information on the physico-chemical properties of gasoline and diesel. It discusses the typical composition of gasoline as a mixture of hydrocarbons between C4-C12 with a boiling point range of 30-200°C. Key characteristics of gasoline that are measured include octane number, vapor pressure, distillation properties, sulfur and oxygenate content. The specifications for gasoline according to the BIS IS 2679 standard in India are also outlined. Properties of diesel such as cetane number, viscosity, flash point and sulfur content are described along with the test methods for measuring these characteristics.
The close out report summarizes HSE performance for a sub sea manifold project from June to October 2013 at PT Gunanusa Utama Fabricators yard. Key highlights include:
- The project achieved its safety objectives of no fatalities, major accidents, fires or explosions. TRIR was 0.00 and LTIF was 0, meeting objectives.
- Medical treatment cases were 6 with no lost time injuries. Near miss incidents were 2.
- HSE programs like inductions, inspections, audits and management oversight were implemented to improve safety behavior.
- Occupational health objectives around emergency equipment, illness reduction and hygiene were also met.
This safety risk assessment document identifies 14 hazards associated with airside construction work. For each hazard, it lists the potential effects if no controls are in place, analyzes the initial risk level, and proposes control measures to reduce the risk. It then re-analyzes the risk level with the proposed controls and categorizes the residual risk. The document provides a risk analysis matrix to define risk levels and determine if further action is required.
This document presents the results of a quantitative risk assessment conducted using ALOHA software for Tank 6 at RXZ Sdn Bhd, which contains methanol. Three accident scenarios were modeled: 1) a leaking tank with no fire, 2) a leaking tank with a pool fire, and 3) a boiling liquid expanding vapor explosion (BLEVE). Threat zones, source strengths, and potential impacts were analyzed for each scenario. An environmental health risk assessment was also performed to evaluate risks within a 1km residential area from a fugitive release. Key findings included fireball diameters up to 643m in a BLEVE and toxic vapor cloud thresholds exceeded within 530m for a fugitive release. Recommendations are provided
V 1 presentation on safety aspects of lpg handling and storageImran Bokhari
Liquefied Petroleum Gas (LPG) is a mixture of Propane and Butanes, with Propane content of 30 to 60 percent and Butanes content of 40 to 70 percent. LPG can exist in liquid state at moderate pressure at ambient temperature. It is colorless, odorless, highly volatile and heavier than air (even at ambient conditions) substance. It easily forms combustible/explosive mixture when released in air, thus posing unique safety issues. Besides being a combustible substance posing fire hazard, LPG due to its nature also poses threats of cold burns and suffocation. LPG is being extensively used as fuel in homes, restaurants, transportation and some industries. In this presentation we have discussed in detail a major HSE related incident that have occurred in the past and mitigation strategies for the same. The required safety devices and their engineering design features in LPG extraction plant to avoid accidents are also discussed.
About Biogas and it utilization by Prof V.K Vijay IITD.pdfRaj kumar
This document provides an overview of biogas including different feedstocks, potential, socio-economic benefits, and upgradation methods. It notes that biogas can be generated from various agricultural and food waste sources. The annual potential for biogas generation in India is estimated to be over 20 billion cubic meters, which could produce over 8 million tons of bio-CNG or over 5,000 MW of power. Developing biogas would provide socio-economic benefits like reducing women's workload and generating organic fertilizer. The document also outlines various government programs and subsidies to support biogas development in India.
The document discusses the development and adoption of genetically modified organisms (GMOs) in India, specifically Bt cotton. It notes that Bt cotton was the first GM crop released in India in 2002. Since then, India has established a complex web of regulations for GMOs under various acts and guidelines. Over 1,400 Bt cotton hybrids have been approved, leading to widespread adoption among cotton farmers and tripling of cotton production. However, the regulatory system remains ambiguous and uncertain, with a lack of coordination and bottlenecks. Key challenges for Indian cotton include low yields, secondary pests, and high costs of cultivation.
This document provides a briefing on genetically modified organisms (GMOs) in South Africa. It discusses:
1) Background on biotechnology and GMOs, the country's biotechnology policy, and potential benefits of GMOs.
2) South Africa's GMO regulatory framework established through the GMO Act of 1997 and amendments aligning with international agreements.
3) The status of GMO crop adoption in South Africa, including which crops are approved and their economic impacts.
4) Procedures for imports and exports of GMOs regarding transboundary movement compliance with international protocols.
The document provides an overview and briefing on genetically modified organisms (GMOs) in South Africa. It discusses:
1) Background on biotechnology and GMOs in South Africa. South Africa has adopted several GM crops and sees benefits from their use in agriculture.
2) South Africa's GMO regulatory framework based on the GMO Act of 1997 and amendments to align with international obligations. Multiple government departments are involved in oversight and regulation.
3) Status of GM crop adoption in South Africa, including trends in planting of GM maize, soy, and cotton varieties. GM crops are widely used, bringing economic benefits.
This document reviews the use of microalgae for biodiesel production and other applications. It discusses how microalgae are a viable feedstock for biodiesel due to their high lipid content and growth rates. The document outlines the various stages of the microalgae to biodiesel process, including algae cultivation methods, harvesting, lipid extraction, and biodiesel production. It also describes other potential uses of microalgae, such as CO2 sequestration from flue gases, wastewater treatment, production of fine chemicals, and applications in human health and aquaculture.
Presentation of Martin Junginger for the "2nd Workshop on the Impact of New Technologies on the Sustainability of the Sugarcane/Bioethanol Production Cycle"
Apresentação de Martin Junginger realizada no "2nd Workshop on the Impact of New Technologies on the Sustainability of the Sugarcane/Bioethanol Production Cycle "
Date / Data : Novr 11th - 12th 2009/
11 e 12 de novembro de 2009
Place / Local: CTBE, Campinas, Brazil
Event Website / Website do evento: http://www.bioetanol.org.br/workshop5
Organic Standards for Livestock Production: Excerpts of USDA's National Organ...ElisaMendelsohn
This document provides excerpts from the USDA's National Organic Program regulations regarding standards for organic livestock production. It summarizes key requirements in three areas: recordkeeping that must be kept by certified organic operations; the organic system plan that must be submitted; and standards for the origin of livestock, livestock feed, health care practices, and living conditions. The full regulations address additional aspects of organic crop and handling standards that producers must also follow.
Presentation at the ESPP stakeholder meeting concerning the use on farmland of sewage biosolids (04/12/2018) organised by the European Sustainable Phosphorus Platform (ESPP, www.phosphorusplatform.eu)
All outcomes of the meeting can be found here https://www.phosphorusplatform.eu/activities/conference/meeting-archive/1788-espp-meeting-sludge-2018
This document outlines the requirements for organizations to obtain certification for their food safety systems from the Foundation for Food Safety Certification. It specifies that food safety systems must comply with ISO 22000 and BSI-PAS 220, which establish requirements for food safety management systems and prerequisite programs respectively. Additional requirements are also defined in Appendix IA. Guidance on implementing food safety management systems according to ISO 22000 is provided in ISO/TS 22004. Organizations must develop, implement, maintain and document a food safety system that meets all these requirements in order to be certified.
The document discusses future job roles in operations and maintenance of bio-CNG plants. It provides an overview of the biomass and bio-CNG sectors in India, outlining key opportunities and challenges. The summary also highlights various government initiatives in India to promote bio-CNG such as SATAT, Gobardhan and NNBOMP schemes. Case studies from India and the UK describe examples of bio-CNG plants. The study aims to identify new and emerging job roles in bio-CNG plants over the next 3-5 years.
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...John Blue
Science-Based Metrics for Sustainable Outcomes in Agriculture - Marty D. Matlock, PhD, PE, BCEE, Executive Director, Office for Sustainability, Area Director, Center for Agricultural and Rural Sustainability, Professor, Biological and Agricultural Engineering, University of Arkansas, from the 2014 NIAA Annual Conference titled 'The Precautionary Principle: How Agriculture Will Thrive', March 31 - April 2, 2014, Omaha, NE, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2014_niaa_how_animal_agriculture_will_thrive
This document provides guidelines for the implementation of Food for Assets (FFA) projects in Kenya. It outlines the project identification process, which involves food security analysis by the Kenya Food Security Group to identify areas for FFA projects. Cooperating partners will then work with District Steering Groups and communities to identify viable FFA projects using participatory methods. The projects should aim to improve food security and mitigate drought impacts. The document provides detailed guidance on various stages of the FFA process, including food aid requirements, project approval, targeting, distribution, capacity building, monitoring and evaluation. The overall goal is to implement FFA projects that improve food security and build community assets and resilience in arid and semi-arid areas of Kenya
This document provides an overview of the bio-safety activities of India's Ministry of Environment, Forest and Climate Change. It discusses the ministry's mandate to regulate genetically modified organisms and implement international biosafety protocols. It then explains key concepts around biosafety and GMOs, how GMOs are used, and the country's regulatory framework including the Genetic Engineering Appraisal Committee. The document also discusses public concerns with GMOs, the status of GM crops in India and globally including Bt cotton, and international agreements like the Cartagena Protocol on Biosafety.
Bat guidance note on best available techniques for pharmaceuticalStephen Ndiboi
This document provides guidance on best available techniques (BAT) for the manufacture of organic chemicals. It describes the processes, environmental risks, and control techniques for the sector. The organic chemical manufacturing process involves basic organic intermediates being prepared through chemical reactions and physical operations from aromatic raw materials. Key unit processes include oxidation, halogenation, alkylation, esterification, and polymerization. Emissions from the sector can pollute air, water and soil if not properly controlled. The guidance outlines prevention and abatement techniques that represent BAT for minimizing environmental impacts.
This document provides a summary of the Codex Alimentarius - Food Hygiene - Basic Texts - Second Edition. It outlines the objectives of establishing principles of food hygiene to ensure food safety throughout the production and supply chain. The document covers hygiene practices for primary production, facility design and operations, maintenance and sanitation, personnel hygiene, transportation, product information/labeling, and training. It recommends using a Hazard Analysis and Critical Control Point (HACCP) system to control food hazards at critical points from primary production to final consumption in order to enhance food safety.
The document provides an overview of the ISO 22000 family of standards for food safety management systems. It describes the key standards within the family, including ISO 22000 on food safety management systems, ISO 22003 on certification requirements, and ISO 22005 on traceability. It explains how these standards help food businesses improve food safety planning and documentation to better control hazards and meet regulatory requirements.
This paper supports the importance of teaching logic (and logic programming) in computer science degrees and discusses several proposals that can be included in current curricula without the need to adapt the academic guides. In addition, some practical examples are described and the tools used for their subsequent application are related.
Jeremy Millul - A Junior Software DeveloperJeremy Millul
Jeremy Millul is a junior software developer specializing in scalable applications. With expertise in databases like MySQL and MongoDB, Jeremy ensures efficient performance and seamless user experiences. A graduate of NYU, and living in Rochester, NY, with a degree in Computer Science, he also excels in frameworks such as React and Node.js. Jeremy’s commitment to delivering robust, high-quality solutions is matched by his dedication to staying ahead in the ever-evolving tech landscape.
Autopilot for Everyone Series - Session 3: Exploring Real-World Use CasesUiPathCommunity
Welcome to 'Autopilot for Everyone Series' - Session 3: Exploring Real-World Use Cases!
Join us for an interactive session where we explore real-world use cases of UiPath Autopilot, the AI-powered automation assistant.
📕 In this engaging event, we will:
- demonstrate how UiPath Autopilot enhances productivity by combining generative AI, machine learning, and automation to streamline business processes
- discover how UiPath Autopilot enables intelligent task automation with natural language inputs and AI-powered decision-making for smarter workflows
Whether you're new to automation or a seasoned professional, don't miss out on this opportunity to transform your approach to business automation.
Register now and step into the future of efficient work processes!
On the rise: Book subjects on the move in the Canadian market - Tech Forum 2025BookNet Canada
This webinar explores emerging trends in the types of books Canadians are buying. Using the most up-to-date data, we find out if Romantasy titles are still flying off the shelves at a feverish pace, whether Taylor Swift can sell books as well as she sells concert tickets, and how other sociocultural and demographic shifts are reflected in book-buying behaviour. BookNet Canada’s SalesData & LibraryData team, Lily Dwyer and Kalpna Patel, dig deep into the data to show you which subjects are on the move.
Link to presentation recording and transcript: https://bnctechforum.ca/sessions/on-the-rise-book-subjects-on-the-move-in-the-canadian-market/
Presented by BookNet Canada on March 27, 2025, with support from the Department of Canadian Heritage.
Navigating common mistakes and critical success factors
Is your team considering or starting a database migration? Learn from the frontline experience gained guiding hundreds of high-stakes migration projects – from startups to Google and Twitter. Join us as Miles Ward and Tim Koopmans have a candid chat about what tends to go wrong and how to steer things right.
We will explore:
- What really pushes teams to the database migration tipping point
- How to scope and manage the complexity of a migration
- Proven migration strategies and antipatterns
- Where complications commonly arise and ways to prevent them
Expect plenty of war stories, along with pragmatic ways to make your own migration as “blissfully boring” as possible.
CLI, HTTP, GenAI and MCP telemetry/observability in JavaPavel Vlasov
This presentation demonstrates Nasdanika telemetry/observability capabilities for CLI, HTTP, GenAI and MCP in Java.
With these capabilities you can build observable custom Java-based CLI tools, including MCP & HTTP servers, deployed to workstations, build pipelines, servers, Docker images, etc. and track usage of individual commands and their use of other resources - HTTP, AI Chat and Embeddings, MCP servers. You can also track MCP and HTTP server requests.
The CLI approach allows to leverage CPUs/GPUs of local workstations and local LLMs.
While local LLMs may not be very fast, they can be used in a batch mode, e.g. overnight. For example, generating code, analyzing merge requests, or tailoring resumes for job postings (using a CrewAI example - https://nasdanika-knowledge.github.io/crew-ai-visual-synopsis/tailor-job-applications/index.html).
Also, CLI-based tools can be used to deliver fine-grained functionality specific to a particular group of people. For example, a custom bundled RAG/Chat on top of a document base for, say, mortgage agents.
Low-velocity penetration impact behavior of Triply Periodic Minimal Surface s...Javier García Molleja
Authors: Lucía Doyle, Javier García-Molleja, Carlos González
Published in: Advanced Engineering Materials, 2025, 24002999
Because of copyright transfer to Wiley-VCH only the first page is provided. Available at:
https://doi.org/10.1002/adem.202402999
Bay Area Apache Spark ™ Meetup: Upcoming Apache Spark 4.0.0 Releasecarlyakerly1
Covering new features and enhancements in the upcoming Apache Spark™ 4.0 release. This deck has an overview of the following features:
✅ Spark Connect: The future of Spark extensibility
✅ ANSI Mode: For better ANSI SQL compatibility
✅ Variant data types for semi-structured data
✅ String collation support
✅ Python UDTF functions
✅ SQL and UDTF functions
✅ PySpark UDF Unified Profiler
Looking for affordable Power Apps solutions in Noida? Mismo Systems offers top Power Apps consultants in Delhi NCR. Hire expert Power Apps developers in India for custom business apps. Trusted Power Apps service providers in Noida.
https://www.mismosystems.com/software-engineering/low-code-and-no-code-apps/
AI in Real Estate Industry PPT | PresentationCodiste
The real estate industry stands at the threshold of a technological revolution. Artificial intelligence is reshaping traditional practices, automating processes, and delivering unprecedented value across the entire sector.
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The proposed regulatory framework for Artificial Intelligence and the EU General Data Protection Regulation oblige automated reasoners to justify their conclusions in human-understandable terms. In addition, ethical and legal concerns must be provably addressed to ensure that the advice given by AI systems is aligned with human values. Value-aware systems tackle this challenge by explicitly representing and reasoning with norms and values applicable to a problem domain. For instance, in the context of a public administration such systems may provide support to decision-makers in the design and interpretation of administrative procedures and, ultimately, may enable the automation of (parts of) these administrative processes. However, this requires the capability to analyze as to how far a particular legal model is aligned with a certain value system. In this work, we take a step forward in this direction by analysing and formally representing two (political) strategies for school place allocation in educational institutions supported by public funds. The corresponding (legal) norms that specify this administrative process differently weigh human values such as equality, fairness, and non-segregation. We propose the use of s(LAW), a legal reasoner based on Answer Set Programming that has proven capable of adequately modelling administrative processes in the presence of vague concepts and/or discretion, to model both strategies. We illustrate how s(LAW) simultaneously models different scenarios, and how automated reasoning with these scenarios can answer questions related to the value-alignment of the resulting models.
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Iscc
1. International Sustainability & Carbon Certification (ISCC)
2010 (under
Country/ Year and
ISCC Association development; and in
Organization status
operation)
Initiative International Sustainability & Carbon Certification (ISCC)
Stakeholders from: agriculture & conversion; trade, logistics & users; and
Membership
NGOs, social research and others
Governing bodies General Assembly; Board; Technical Committees; and Executive Board
Type and
Geographical
implementation Certification scheme Global
coverage
approach
Biofuel feedstock
Feedstock(s) Supply chain production, processing
All
covered coverage and biofuel
transportation/distribution
Type(s) of biofuels
All
covered
http://www.iscc-
Link
system.org/e865/e890/e954/e956/ISCC202SustainabilityRequirements_en_eng.pdf
Overview1.
The International Sustainability & Carbon Certification (ISCC) system was developed
through a project that started in 2008 with the objective to develop “an internationally
oriented, practical and transparent system for the certification of biomass and bioenergy2”.
ISCC is concerned, in particular, with the following sustainability aspects/issues
across the entire biofuel supply chain:
reduction of GHG emissions;
sustainable use of land;
protection of natural biospheres; and
social sustainability.
The ISCC certification criteria fall into three categories:
1. sustainability requirements for biomass production3;
2. requirements concerning the GHG emission savings and the associated calculation
methodology4; and
1
The information included in this section was excerpted and adapted directly from the ISCC web-site:
http://www.iscc-system.org/
2
The project was funded by the German Federal Ministry of Food, Agriculture and Consumer Protection via the
Agency for Renewable Resources (FNR).
3
ISCC 202 Sustainability Requirements – Requirements for the Production of Biomass.
1
LAST UPDATE: 01.02.2010
2. 3. requirements for traceability5 and mass balance calculation methodology6.
The ISCC sustainability requirements for biomass production comprise six principles:
1. Biomass shall not be produced on land with high biodiversity value or high carbon
stock and not from peat land. HCV areas shall be protected;
2. Biomass shall be produced in an environmentally responsible way. This includes the
protection of soil, water and air and the application of Good Agricultural Practices;
3. Safe working conditions through training and education, use of protective clothing and
proper and timely assistance in the event of accidents;
4. Biomass production shall not violate human rights labour rights or land rights. It shall
promote responsible labour conditions and workers' health, safety and welfare and
shall be based on responsible community relations;
5. Biomass production shall take place in compliance with all applicable regional and
national laws and shall follow relevant international treaties; and
6. Good management practices shall be implemented.
A set of “major musts” and “minor musts” criteria was developed around these
principles. For a successful audit, all of the former and at least 80% of the latter must be
complied with by the operators along the bioenergy supply chain.
ISCC was the first certification system for sustainable biomass and bioenergy to be
approved by the German Authority BLE7. The ISCC system constitutes an instrument for the
implementation of the requirements of the EU Renewable Energy Directive (2009/28/EC) and
of a number of relevant German ordinances on the production of biofuels and bioliquids for
electricity generation.
For citation:
Ismail, M., Rossi, A., Geiger, N. 2011. A Compilation of Bioenergy Sustainability Initiatives: Update.
Rome: Food and Agriculture Organization of the UN (FAO).
The authors would like to thank Onyekachi Nwankwo (Volunteer) for his valuable contribution.
4
ISCC 205 GHG Emission Calculation Methodology.
5
ISCC 203 Requirements for Traceability. The origin of the biomass must be traceable through the different
stages of the biofuel supply chain. This is done according to traceability systems and documented
evidence/surveillance statements.
6
ISCC 204 Mass Balance Calculation Methodology.
7
ISCC does not issue certifications directly. The list of approved Certification Bodies is available on the ISCC
web-site.
2
LAST UPDATE: 01.02.2010
3. TABLE OF CONTENTS
1. ENVIRONMENTAL ............................................................................................................. 4
1.1 Land-use change (direct and/or indirect) .................................................................. 4
1.2 Biodiversity and ecosystem services .......................................................................... 7
1.3 Productive capacity of land ...................................................................................... 10
1.4 Crop management and agrochemical use ................................................................ 11
1.5 Water availability and quality ................................................................................... 23
1.6 GHG emissions .......................................................................................................... 25
1.7 Air quality ................................................................................................................. 25
1.8 Waste management .................................................................................................. 25
1.9 Environmental sustainability (cross-cutting) ........................................................... 26
2. SOCIO-ECONOMIC .......................................................................................................... 26
2.1 Land tenure/access and displacement ..................................................................... 26
2.2 Rural and social development .................................................................................. 26
2.3 Access to water and other natural resources ........................................................... 27
2.4 Employment, wages and labor conditions ................................................................ 27
2.5 Human health and safety ......................................................................................... 32
2.6 Energy security and access [not covered]
2.7 Good management practices and continuous improvement .................................... 38
2.8 Social sustainability (cross-cutting) ......................................................................... 41
3. GOVERNANCE ................................................................................................................. 41
3.1 Compliance ............................................................................................................... 41
3.2 Participation and transparency ................................................................................ 42
4. FOOD SECURITY ............................................................................................................. 44
4.1 Food availability ....................................................................................................... 44
4.2 Food access ............................................................................................................... 44
4.3 Food utilization ......................................................................................................... 44
4.4 Food stability [not covered]
4.5 Food security (cross-cutting) ................................................................................... 45
3
LAST UPDATE: 01.02.2010
4. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1. ENVIRONMENTAL
1. Biomass shall not be produced on MAJOR MUST
land with high biodiversity value or 1.3 Biomass is not produced on land with high carbon stock.
high carbon stock and not from peat
land (according to Article 17, 3. of This means land that used to have one of the following statuses in January 2008 or thereafter
the Directive 2009/28/EC and § 4 to and no longer had this status at the time of growing and harvesting biomass:
6 of the German BioSt-NachV).
(1) Wetlands
HCV areas shall be protected.
Wetlands are areas that are covered with or saturated by water permanently or for a
significant part of the year. Especially meant are all wetlands that have been included in the
list of internationally important wetlands according to article 2, section 1 of the Convention of
February 2nd 1971 on Wetlands of International Importance, especially as habitat for
waterfowl and waders of international importance (BGBl. 1976 II S. 1266).
Wetlands are areas of marsh, fen, peatland or water, whether natural or artificial, permanent
or temporary, with water that is static or flowing, fresh, brackish or salt, including areas of
1.1 Land-use change
marine water the depth of which at low tide does not exceed six metres.
(direct and/or indirect)
Covered with water means that water is visible on the surface as water surface.
Back to table of content Saturated by water is a soil that shows also water at the surface, but not as a closed water
surface.
Areas that are permanently covered by or saturated with water show this state throughout
the year.
Areas that are covered by or saturated with water during a considerable part of the year do
not show this state throughout the year. A considerable part of the year means that
coverage or saturation with water lasts long enough so organisms adapted to wet or
reduced conditions dominate. This holds especially for shallow water, shores, peatland,
low-moor bog, fen and moor.
The conservation of the status of a wetland also implies that this condition is not to be
changed or compromised.
(2) continuously forested areas
Continuously forested areas are areas that:
stretch over more than 1 hectare with trees higher than 5 metres and a canopy cover of
4
LAST UPDATE: 01.02.2010
5. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1. Biomass shall not be produced on more than 30%, or trees able to reach these thresholds on the respective site;
land with high biodiversity value or stretch over more than 1 hectare with trees higher than 5 metres and a canopy cover of
high carbon stock and not from peat between 10% and 30%, or trees able to reach these thresholds in situ, unless reliable
land (according to Article 17, 3. of evidence is provided that the carbon stock of the area before and after conversion is such
the Directive 2009/28/EC and § 4 to that the requirements regarding the greenhouse gas saving, required by ISCC, would be
6 of the German BioSt-NachV). fulfilled.
HCV areas shall be protected. are forest according to the respective national legal definition.
(continued) The canopy cover is the degree of the coverage of an area by tree crowns of a storey.
The coverage of a tree equals the size of its crown. The crown size can be estimated or
measured. For the determination of the canopy cover of a forest in percent the vertical
projection of all tree crowns must be incorporated.
The status of forest areas includes all stages of development and age. Thus, it is quite possible
1.1 Land-use change that the canopy cover temporarily falls below 10 or 30 %, e.g. after tree harvest or a natural
(direct and/or indirect) hazard (e.g. windfall). Such incidents do, however, not change the status of the area as
(continued) forested area as long reforestation or natural succession is ensured within a justifiable time.
The canopy cover percentage marks the mean canopy cover of a forest area; it refers to an
Back to table of content area of homogeneous coverage. If an area shows measurably varying coverage, it must be
divided into subareas of homogeneous canopy cover to determine the mean canopy cover.
The mean canopy cover is calculated from the canopy covers of the subareas.
Continuously forested areas are to be judged as entity, no matter how much of this
continuously forested area lies within the farm land or the production area. Accordingly, the
whole area is the basis for the calculation of the threshold values of 10 or 30%. If the total
area of the forested area exceeds 1 ha and is stocked with trees higher than 5 metres, the area
and each part of it that lies within the farm land or the production area is termed continuously
forested area. Even if only 0,5 ha of the continuously forested area lie within the farm land,
these 0,5 ha must be classified as continuously forested area just like the total forested area.
Only exceptionally can biomass be used, that has been produced on areas which had or just
grew into a canopy cover of 10 to 30 % and which have been converted after January 2008.
The determination and objective evidence of the carbon stock of the area before the
conversion on the basis of exact measurements is necessary to prove that the greenhouse gas
emission saving is fulfilled before and after the conversion.
5
LAST UPDATE: 01.02.2010
6. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1. Biomass shall not be produced on These regulations do not apply to short rotation plantations, because they count among
land with high biodiversity value or permanent crops and belong to farm land.
high carbon stock and not from peat In Germany, the status of an area as forest is determined by the Federal Forest Act and the
land (according to Article 17, 3. of forest acts of the states. A conversion (clearance) of forest to other land-use is only allowed
the Directive 2009/28/EC and § 4 to after authority approval. Wood is generally suitable as biomass grown according to the
6 of the German BioSt-NachV). Sustainability Ordinance if harvested from a soundly and sustainably managed forest in
HCV areas shall be protected. Germany.
(continued)
The provisions in this control point shall not apply if at the time the raw material was
obtained, the land had the same status as it had in January 2008.
MAJOR MUST
1.4 Biomass is not produced on land that was peat bog in January 2008 or thereafter.
Possible only if it is proven that the cultivation and harvesting of this raw material does not
involve drainage of previously undrained soil. Peat bog soils are soils with horizons of
1.1 Land-use change
organic material (peat substrate) of a cumulative thickness of at least 30 cm at a depth of
(direct and/or indirect)
down to 60 cm. The organic matter contains at least 20 mass percent of organic carbon in the
(continued)
fine soil. Drainage means a drawdown of the mean annual water level due to an increased
water loss or a reduced water supply resulting from human activities or constructions within
Back to table of content
or outside of the area. Peat bog soils that have been used for cropping before January 2008 are
allowed for biomass production.
[Also relevant to aspect(s)/issue(s):
1.6 GHG emissions.]
MAJOR MUST
1.5 All other production areas of the enterprise comply with the ISCC Principle 1.
The agricultural enterprise does not have other production areas, farms, companies etc. where
for example land use change is undertaken in a way which is not allowed under this standard.
1.6 Time of reference
If areas have been converting after January 2008, the conversion and use must be in
6
LAST UPDATE: 01.02.2010
7. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
accordance with the requirements of principle 1.
1. Biomass shall not be produced on MAJOR MUST
land with high biodiversity value or 1.1 Biomass is not produced on land with high biodiversity value.
high carbon stock and not from peat
land (according to Article 17, 3. of This means land that had one of the following statuses in or after January 2008, no matter
the Directive 2009/28/EC and § 4 to whether or not the land still has this status:
6 of the German BioSt-NachV).
(1) Forest land
HCV areas shall be protected.
Forest land comprises primary forests and other natural areas that are stocked with native tree
species and do not show clearly visible indications of human activity and the ecological
processes are not significantly disturbed.
Tree species are defined as native, if they grow within their natural geographical range on
sites and under climatic conditions to which they have adapted naturally and without human
interference.
1.2 Biodiversity and
The following tree species do not count as native:
ecosystem services
Tree species that have been introduced by humans and that would not occur in that area
Back to table of content otherwise; and
tree species and breeds that would not occur on these sites or under these climatic
conditions, even if these sites or climatic conditions generally fall within the geographical
range of the species.
Clearly visible indications of human activity are:
Land management (e.g. wood harvest, forest clearance, land use change),
heavy fragmentation through infrastructural constructions such as roads, power lines etc.,
disturbances of the natural biodiversity (e.g. significant occurrence of non-native plant or
animal species).
Activities of indigenous people or other humans managing the land in a traditional way do not
count as clearly visible indications of human activity, if they manage the forest on a
subsistence level and their influence on the forested area is minimal (e.g. the collection of
wood and non-timber products, the felling of a few trees as well as small-scale forest
clearance according to traditional management systems).
(2) Areas designated by law or by the relevant competent authority to serve the purpose of
7
LAST UPDATE: 01.02.2010
8. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1. Biomass shall not be produced on nature protection
land with high biodiversity value or Areas for nature protection purposes comprise areas that are designated by law or by the
high carbon stock and not from peat relevant competent authority to serve the purpose of nature protection as well as ISCC 202
land (according to Article 17, 3. of Sustainability Requirements 7 of 38 areas that have been acknowledged by the European
the Directive 2009/28/EC and § 4 to Commission as areas for the protection of rare, threatened or vulnerable ecosystems or
6 of the German BioSt-NachV). species.
HCV areas shall be protected. In Germany, all areas designated to serve the purpose of nature protection are protected parts
(continued) of nature and landscape on the basis of the nature conservation acts of the states. They include
the biotopes protected by federal or state law as well as Natura 2000 areas, nature
conservation areas, national parks, national natural monuments, biosphere reserves, landscape
protection areas, natural parks, natural monuments and protected landscape elements
according to the Federal Act for the Protection of Nature of July 29th 2009 (BGBl. I, S. 2542)
1.2 Biodiversity and entering into force on March 1st 2010.
ecosystem services Comparable legal regulations must be regarded in other countries.
(continued) It is allowed to grow biomass on areas that serve the purpose of nature protection as long as
the cultivation and the harvest of the biomass do not compromise the defined protection
Back to table of content purpose. The protection purpose and the respective imperatives and interdictions must be
followed according to the relevant protected area declaration. As long as a Natura 2000 area
has not been placed under protection order, the relevant preservation objectives are
authoritative.
(3) areas for the protection of rare, threatened or endangered ecosystems or species
recognised by international agreements or included in lists drawn up by
intergovernmental organisations or the International Union for the Conservation of
Nature.
MAJOR MUST
1.2 Biomass is not produced on grassland with high biodiversity.
Grassland of high biodiversity is defined as grassland which in the absence of human
intervention would:
8
LAST UPDATE: 01.02.2010
9. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1. Biomass shall not be produced on (1) remain grassland of intact natural species composition, ecological characteristics and
land with high biodiversity value or processes (natural grassland); or
high carbon stock and not from peat (2) not remain grassland and which is rich in species and not degraded (artificial grassland),
land (according to Article 17, 3. of unless there is evidence that the harvesting of the biomass is necessary to preserve its
the Directive 2009/28/EC and § 4 to grassland status.
6 of the German BioSt-NachV).
HCV areas shall be protected. Natural grassland develops under certain climatic and other factors (e.g. natural grazing,
(continued) natural fires) preventing succession to dense forest. Its special characteristic is to remain
grassland without any effort of humans.
Natural grassland with high biological diversity is characterized by intact ecological traits and
processes as well as a natural species composition. A significant occurrence of invasive
species, for instance, could indicate that a natural grassland does not feature a natural species
1.2 Biodiversity and composition. A disturbance of ecological traits and processes can be caused by a significant
ecosystem services change through man, for instance. As long as this influence does not cause a change in the
(continued) natural species composition or a significant disturbance of the ecological traits and processes,
an area is still to be regarded as natural grassland. In savannahs, for instance, extensive
Back to table of content pasturing and anthropogenic fire do not pose a significant disturbance.
Artificially created grassland is mainly agricultural land permanently cultivated for green
fodder; it can be permanent grassland such as meadows, mowing pastures and grazing
pastures.
Biomass can not be harvested from areas that have been declared natural grassland of high
biodiversity in January 2008 or thereafter. Whereas biomass is allowed to be harvested from
artificially created grassland with high biodiversity, in case the preservation of the grassland
status requires the harvest of the biomass.
Local conditions of species richness must be regarded when evaluating whether a grassland
features high biodiversity. Here, species richness must be assessed along the lines of the
biogeographical conditions and site conditions (e.g. a species inventory for that region, if
available). In case, of a land-use change from a grassland without high biodiversity, the
greenhouse gas emissions caused by that change must be incorporated into the green house
9
LAST UPDATE: 01.02.2010
10. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1. Biomass shall not be produced on gas balances.
land with high biodiversity value or As long as no geographic areas featuring grassland with high biodiversity are determined,
high carbon stock and not from peat natural grassland is generally not allowed to be used for biomass production. Neither can
land (according to Article 17, 3. of artificially created grassland with high biodiversity be used.
the Directive 2009/28/EC and § 4 to In case artificially created grassland areas are not permanently managed as grassland, but
6 of the German BioSt-NachV). form part of a crop rotation system (fallow, rotations of pasture and cropping), they are to be
HCV areas shall be protected. treated as farmland on which biomass can be grown and used according to the sustainability
(continued) ordinances. Set-aside farmland still counts as agriculturally managed land. The right to use
this land after termination of the set-aside period in the same way and to the same extent
endures. This holds also for areas that have changed in the course of the set-aside period.
Thus, grassland areas that have evolved on former set-aside areas are generally suitable for
the production of biomass.
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.3 Hunting
1.2 Biodiversity and This includes the protection of soil, 2.3.1 Hunting done according to local legislation.
ecosystem services water and air and the application of
(continued) Good Agricultural Practices. Local legislation must be complied with. Controlling any illegal or inappropriate hunting,
fishing or collecting activities and developing responsible measures to resolve human-
wildlife conflicts is necessary.
[Also relevant to aspect(s)/issue(s):
3.1 Compliance.]
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.4 Soil erosion
1.3 Productive capacity This includes the protection of soil, 2.4.1 Field cultivation techniques used to reduce the possibility of soil erosion.
of land water and air and the application of
Good Agricultural Practices. Evidence of measures of reduced soil erosion available. Maps of fragile soils must be
Back to table of content available. A management strategy should exist for plantings on slopes above a certain limit
(needs to be soil and climate specific). A management strategy should be in place for other
fragile and problem soils (e.g. sandy, low organic matter soils)
10
LAST UPDATE: 01.02.2010
11. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
1.3 Productive capacity 2. Biomass shall be produced in an MAJOR MUST
of land environmentally responsible way. 2.5 Soil organic matter
(continued) This includes the protection of soil, 2.5.1 Soil organic matter is maintained/preserved.
water and air and the application of
Back to table of content Good Agricultural Practices. Soil organic balance (can be generic) or every 6 years a soil organic matter analysis. Results
(continued) are kept for 7 years.
MAJOR MUST
2.5 Soil organic matter
2.5.2 Organic matter, if used, is evenly spread throughout the production area.
If organic matter, like Empty Fruit Bunches (EFB) or other remaining plant material is used
in the production areas (mulched), the material is evenly distributed.
[Also relevant to aspect(s)/issue(s):
1.8 Waste management.]
MAJOR MUST
2.5 Soil organic matter
2.5.3 There is a restriction on burning as part of the cultivation process.
The burning of stubble/other by-products is allowed only with the permission of competent
authority.
MAJOR MUST
2.6 Soil Structure
2.6.1 Techniques have been used that improve or maintain soil structure, and to avoid soil
compaction.
Techniques applied are suitable for use on the land.
See criterion 2.10.3 on application of nitrogen-rich fertiliser on absorptive soil only at
aspect/issue 1.4 Crop management and agrochemical use.
2. Biomass shall be produced in an See criterion 2.7.1 on proper storage of chemical to avoid ground water contamination at
1.4 Crop management environmentally responsible way. aspect/issue 1.5 Water availability and quality.
and agrochemical use This includes the protection of soil, MAJOR MUST
11
LAST UPDATE: 01.02.2010
12. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
water and air and the application of 2.10 Advice on Quantity and Type of Fertiliser
Good Agricultural Practices. 2.10.1 Recommendations for application of fertilisers (organic or inorganic) are given by
competent, qualified persons.
Where the fertiliser records show that the technically responsible person making the choice of
the fertiliser (organic or inorganic) is an external adviser, training and technical competence
must be demonstrated via official qualifications, specific training courses, etc., unless
employed for that purpose by a competent organisation (i.e. fertiliser company).
Where the fertiliser records show that the technically responsible person determining quantity
and type of fertiliser (organic or inorganic) is the producer, experience must be complemented
1.4 Crop management by technical knowledge (e.g. product technical literature, specific training course attendance,
and agrochemical use etc.) or the use of tools (software, on farm detection methods, etc.).
(continued) MAJOR MUST
2.10 Advice on Quantity and Type of Fertiliser
Back to table of content 2.10.2 During the application of fertilisers with a considerable nitrogen content care is
taken not to contaminate the surface and ground water.
The producer must demonstrate that he observes at least a distance of 3 m to river banks etc.
He takes care that there is no run-off of applied fertiliser into surface water bodies and the
ground water.
[Also relevant to aspect(s)/issue(s):
1.5 Water availability and quality.]
MAJOR MUST
2.10 Advice on Quantity and Type of Fertiliser
2.10.3 Fertilisers with a considerable nitrogen contends are only applied onto absorptive
soils.
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13. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an Fertiliser with a content of more than 1.5% of nitrogen in the dry matter are not applied onto
environmentally responsible way. flooded, water logged or frozen soils.
This includes the protection of soil,
water and air and the application of [Also relevant to aspect(s)/issue(s):
Good Agricultural Practices. 1.3 Productive capacity of land.]
(continued) MINOR MUST
2.11 Records of Fertiliser Application
2.11.1 Complete records of all fertiliser applications are available.
Records are kept of all fertiliser applications including:
(1) the name or reference of the field
1.4 Crop management (2) exact dates (day/month/year) of the application
and agrochemical use (3) the trade name, type of fertiliser (e.g. N, P, K)
(continued) (4) amount of product which was applied in weight or volume.
(5) application machinery type used and the method
Back to table of content (6) name of the operator.
MINOR MUST
2.12 Fertiliser Application Machinery
2.12.1 The fertiliser application machinery is kept in good condition and verified annually
to ensure accurate fertiliser application.
There are maintenance records (date and type of maintenance and calibration) or invoices of
spare parts of both the organic and inorganic fertiliser application machinery available on
request.
There must, as a minimum, be documented records stating that the verification of calibration
has been carried out by a specialised company, supplier of fertilization equipment or by the
technically responsible person of the farm within the last 12 months.
MINOR MUST
2.13 Fertiliser Storage
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14. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an 2.13.1 Inorganic fertilisers are stored in a covered area.
environmentally responsible way.
This includes the protection of soil, The covered area is suitable to protect all inorganic fertilisers, i.e. powders, granules or
water and air and the application of liquids, from atmospheric influences like sunlight, frost and rain. Based on risk assessment
Good Agricultural Practices. (fertiliser type, weather conditions, temporary storage), plastic coverage could be acceptable.
(continued) Storage cannot be directly on the soil. It is allowed to store lime and gypsum in the field for a
day or two before spreading.
MINOR MUST
2.13 Fertiliser Storage
2.13.2 Inorganic fertilisers are stored in a clean area.
1.4 Crop management Inorganic fertilisers, i.e. powders, granules or liquids, are stored in an area that is free from
and agrochemical use waste, does not constitute a breeding place for rodents, and where spillage and leakage is
(continued) cleared away.
MINOR MUST
Back to table of content 2.13 Fertiliser Storage
2.13.3 Inorganic fertilisers are in a dry area.
The storage area for all inorganic fertilisers, i.e. powders, granules or liquids, is well
ventilated and free from rainwater or heavy condensation. No storage directly on the soil.
MINOR MUST
2.13 Fertiliser Storage
2.13.4 Inorganic fertilisers are stored in an appropriate manner, which reduces the risk of
contamination of water courses.
All inorganic fertilisers, i.e. powders, granules or liquids are stored in a manner which poses
minimum risk of contamination to water sources, i.e. liquid fertiliser stores must be
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15. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an surrounded by an impermeable barrier (according to national and local legislation, or to
environmentally responsible way. contain a capacity to 110% of the volume of the largest container if there is no applicable
This includes the protection of soil, legislation), and consideration has been given to the proximity to water courses and flood
water and air and the application of risks.
Good Agricultural Practices.
(continued) [Also relevant to aspect(s)/issue(s):
1.5 Water availability and quality.]
MINOR MUST
2.14 Integrated Pest Management
2.14.1 Assistance with implementation of IPM systems has been obtained through training
or advice.
1.4 Crop management The technically responsible person on the farm has received formal documented training
and agrochemical use and/or the external technical IPM consultant can demonstrate their technical qualifications.
(continued) MINOR MUST
2.14 Integrated Pest Management
Back to table of content 2.14.2 The producer can show evidence of implementation of at least one activity that falls in
the category of "Prevention".
The producer can show evidence of implementing at least one activity that includes the
adoption of cultivation methods that could reduce the incidence and intensity of pest attacks,
thereby reducing the need for intervention.
MINOR MUST
2.14 Integrated Pest Management
2.14.3 The producer can show evidence of implementation of at least one activity that falls in
the category of "Observation and Monitoring".
The producer can show evidence of implementing at least one activity that will determine
when, and to what extent, pests and their natural enemies are present and using this
information to plan what pest management techniques are required.
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16. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an MINOR MUST
environmentally responsible way. 2.14 Integrated Pest Management
This includes the protection of soil, 2.14.4 The producer can show evidence of implementation of at least one activity that falls in
water and air and the application of the category of "Intervention".
Good Agricultural Practices.
(continued) The producer shows evidence that in situations where pest attack adversely affects the
economic value of a crop, intervention with specific pest control methods will take place.
Where possible, non-chemical approaches must be considered.
MAJOR MUST
2.15 Use of Plant Protection Products (PPP)
2.15.1 Is the choice of plant protection products made by competent persons?
Where the plant protection product records show that the technically responsible person
1.4 Crop management making the choice of the plant protection products is a qualified adviser, technical
and agrochemical use competence can be demonstrated via official qualifications or specific training course
(continued) attendance certificates. Fax and e-mails from advisors, governments, etc. are allowable.
Where the plant protection product records show that the technically responsible person
Back to table of content making the choice of plant protection products is the producer, experience must be
complemented by technical knowledge that can be demonstrated via technical documentation,
i.e. product technical literature, specific training course attendance, etc.
MAJOR MUST
2.15 Use of Plant Protection Products (PPP)
2.15.2 All workers handling and/or administering plant protection products have certificates
of competence, and/or details of other such qualifications.
Records must identify workers who carry out such tasks, and show certificates of training or
proof of competence.
MAJOR MUST
2.15 Use of Plant Protection Products (PPP)
2.15.3 Producers only use plant protection products that are registered in the country of use
for the target crop where such official registration scheme exists.
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17. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an
environmentally responsible way. All the plant protection products applied are officially registered or permitted by the
This includes the protection of soil, appropriate governmental organisation in the country of application. Where no official
water and air and the application of registration scheme exists, refer to the FAO International Code of Conduct on the Distribution
Good Agricultural Practices. and Use of Pesticides.
(continued) MAJOR MUST
2.15 Use of Plant Protection Products (PPP)
2.15.4 There is a process that prevents chemicals that are banned in the European Union
from being used on crops for biomass.
The documented plant protection product application records confirm that no plant protection
products that have been used within the last 12 months on the crops grown under ISCC are
1.4 Crop management prohibited by the E.U. (under EC Prohibition Directive List - 79/117/EC.)
and agrochemical use MAJOR MUST
(continued) 2.15 Use of Plant Protection Products (PPP)
2.15.5 The producer follows the label instructions.
Back to table of content
All requirements (protective clothing, storage, handling etc.) have to be followed for the
products used.
[Also relevant to aspect(s)/issue(s):
2.5 Human health and safety.]
MAJOR MUST
2.15 Use of Plant Protection Products (PPP)
2.15.6 All application equipment is calibrated.
Documented evidence of up to date maintenance sheets for all repairs, oil changes, etc.
undertaken. Application machinery (automatic and non-automatic) has been verified for
correct operation within the last 12 months and this is certified or documented either by
participation in an official scheme (where it exists) or by having been carried out by a person
who can demonstrate their competence.
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18. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an MINOR MUST
environmentally responsible way. 2.15 Use of Plant Protection Products (PPP)
This includes the protection of soil, 2.15.7 Invoices of registered plant protection products kept.
water and air and the application of
Good Agricultural Practices. Invoices of the registered plant protection products used must be kept for record keeping and
(continued) available at the time of the external inspection.
MAJOR MUST
2.15 Use of Plant Protection Products (PPP)
2.15.8 If there are local restrictions on the use of plant protection products they are
observed.
The Producers are aware of restrictions.
[Also relevant to aspect(s)/issue(s):
1.4 Crop management 3.1 Compliance.]
and agrochemical use MAJOR MUST
(continued) 2.15 Use of Plant Protection Products (PPP)
2.15.9 All the plant protection product applications have been recorded.
Back to table of content
Records are available and complete:
(1) the crop name and/or variety,
(2) date, location and trade name of product
(3) justification for application, product quantity applied
(4) application machinery used and the operator
(5) the common name of the pest(s), disease(s) or weed(s) treated.
MINOR MUST
2.16 Disposal of Surplus Application Mix
2.16.1 Surplus application mix or tank washings is disposed of according to national or
local law.
National or local legislation is observed.
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19. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
[Also relevant to aspect(s)/issue(s):
2. Biomass shall be produced in an 3.1 Compliance.]
environmentally responsible way. MINOR MUST
This includes the protection of soil, 2.16 Disposal of Surplus Application Mix
water and air and the application of 2.16.2 Surplus application mixes or tank washings are applied onto designated fallow land,
Good Agricultural Practices. where legally allowed, and records kept.
(continued)
When surplus application mix or tank washings are applied onto designated fallow land, it
can be demonstrated that this is legal practice and all the treatments have been recorded in the
same manner and detail as a normal plant protection product application, and avoiding risk of
surface water contamination.
[Also relevant to aspect(s)/issue(s):
1.5 Water availability and quality.]
1.4 Crop management
and agrochemical use MAJOR MUST
(continued) 2.17 Plant Protection Product Storage
2.17.1 Plant protection products are stored in accordance with local regulations.
Back to table of content The plant protection product storage facilities comply with all the appropriate current
national, regional and local legislation and regulations.
[Also relevant to aspect(s)/issue(s):
3.1 Compliance.]
MAJOR MUST
2.17 Plant Protection Product Storage
2.17.2 Plant protection products are stored in a location that is secure.
The plant protection product storage facilities are kept secure under lock and key.
MINOR MUST
2.17 Plant Protection Product Storage
2.17.3 Plant protection products are stored in a appropriate location.
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20. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an
environmentally responsible way. Storage facilities are:
This includes the protection of soil, (1) structurally sound and robust
water and air and the application of (2) have a sealed floor
Good Agricultural Practices. (3) built of materials or located so as to protect against temperature extremes
(continued) (4) built of materials that are fire resistant (Minimum requirement RF 30, i.e. 30 minutes
resistance to fire)
(5) have sufficient and constant ventilation of fresh air to avoid a build up of harmful vapours
(6) are located in areas with sufficient illumination both by natural or by artificial lighting, to
ensure that all product labels can be read easily on the shelve
(7) located in a separate space independent from any other materials.
1.4 Crop management MINOR MUST
and agrochemical use 2.17 Plant Protection Product Storage
(continued) 2.17.4 The plant protection product store is able to retain spillage.
The plant protection product storage facilities have retaining tanks or are bunded according to
Back to table of content
110% of the volume of the largest container of stored liquid, to ensure that there cannot be
any leakage, seepage or contamination to the exterior of the store.
MINOR MUST
2.17 Plant Protection Product Storage
2.17.5 All plant protection product storage shelving is made of non-absorbent material.
The plant protection product storage facilities are equipped with shelving which is not
absorbent in case of spillage, e.g. metal, rigid plastic.
MAJOR MUST
2.17 Plant Protection Product Storage
2.17.6 There are facilities for measuring and mixing plant protection products.
The plant protection product storage facilities or the plant protection product filling/mixing
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21. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an area if this is different, have measuring equipment whose graduation for containers and
environmentally responsible way. calibration verification for scales has been verified annually by the producer to assure
This includes the protection of soil, accuracy of mixtures and are equipped with utensils, e.g. buckets, water supply point etc. for
water and air and the application of the safe and efficient handling of all plant protection products which can be applied.
Good Agricultural Practices. MAJOR MUST
(continued) 2.17 Plant Protection Product Storage
2.17.7 There are facilities to deal with spillage.
The plant protection product storage facilities and all designated fixed filling/mixing areas are
equipped with a container of absorbent inert material such as sand, floor brush and dustpan
and plastic bags, that must be signposted and in a fixed location, to be used in case of spillage
of plant protection product.
1.4 Crop management MINOR MUST
and agrochemical use 2.17 Plant Protection Product Storage
(continued) 2.17.8 The product inventory is documented and readily available.
A stock inventory which indicates the contents (type and quantity) of the store is available
Back to table of content
and it is updated at least every 3 months. Quantity refers to how many bags, bottles, etc., not
on milligram or centilitre basis.
MAJOR MUST
2.17 Plant Protection Product Storage
2.17.9 All plant protection products are stored in their original package.
All the plant protection products that are currently in the store are kept in the original
containers and packs, in the case of breakage only, the new package must contain all the
information of the original label.
MINOR MUST
2.17 Plant Protection Product Storage
2.17.10 Liquids are not stored on shelves above powders.
All the plant protection products that are liquid formulations are stored on shelving which is
never above those products that are powder or granular formulations.
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22. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.18 Obsolete plant protection products
This includes the protection of soil, 2.18.1 Obsolete plant protection products are securely maintained and identified and
water and air and the application of disposed of by authorised or approved channels.
Good Agricultural Practices.
There are documented records that indicate that obsolete plant protection products have been
(continued)
disposed of by officially authorised channels. When this is not possible, obsolete plant
protection products are securely maintained and identifiable.
MINOR MUST
2.19 Empty Plant Protection Product Containers
2.19.1 The re-use of empty plant protection product containers for purposes other than
containing and transporting of the identical product is avoided.
1.4 Crop management There is evidence that empty plant protection product containers have not been or currently
and agrochemical use are not being re-used for anything other than containing and transporting of the identical
(continued) product as stated on the original label.
MINOR MUST
Back to table of content 2.19 Empty Plant Protection Product Containers
2.19.2 The disposal of empty plant protection product containers does occur in a manner
that avoids exposure to humans and the environment.
The system used to dispose of empty plant protection product containers ensures that persons
cannot come into physical contact with the empty containers. The risk of contamination of the
environment, watercourses and flora and fauna is minimised.
[Also relevant to aspect(s)/issue(s):
1.8 Waste management.]
MINOR MUST
2.19 Empty Plant Protection Product Containers
2.19.3 Official collection and disposal systems are used when available.
Where official collection and disposal systems exist, there are documented records of
participation by the producer.
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23. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.19 Empty Plant Protection Product Containers
This includes the protection of soil, 2.19.4 Empty containers are rinsed either via the use of an integrated pressure rinsing device
water and air and the application of on the application equipment, or at least three times with water.
Good Agricultural Practices.
(continued) Installed on the plant protection product application machinery there is pressure-rinsing
equipment for plant protection product containers or there are clear written instructions to
rinse each container 3 times prior to its disposal.
MINOR MUST
2.19 Empty Plant Protection Product Containers
1.4 Crop management 2.19.5 The rinsate from empty containers is returned to the application equipment tank.
and agrochemical use
Either via the use of a container-handling device or via written procedure for the application
(continued)
equipment operators, the rinsate from the empty plant protection product containers is always
put back into the application equipment tank when mixing.
MAJOR MUST
2.19 Empty Plant Protection Product Containers
2.19.6 All local regulations regarding disposal or destruction of containers are observed.
All the relevant national, regional and local regulations and legislation if it exists, has been
complied with regarding the disposal of empty plant protection product containers.
[Also relevant to aspect(s)/issue(s):
3.1 Compliance.]
2. Biomass shall be produced in an MINOR MUST
environmentally responsible way. 2.2 Natural water courses
1.5 Water availability This includes the protection of soil, 2.2.1 Natural vegetation areas around springs and natural watercourses are maintained or re-
and quality water and air and the application of established.
Good Agricultural Practices.
The status of riparian vegetation is known by the producer. Where natural vegetation in
Back to table of content riparian areas has been removed there is a plan with a timetable for restoration.
MAJOR MUST
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24. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2.7 Ground Water
2. Biomass shall be produced in an 2.7.1 Chemicals are stored in an appropriate manner, which reduces the risk of contamination
environmentally responsible way. the environment.
This includes the protection of soil,
The storages of the material are consistent with best available technology.
water and air and the application of
Good Agricultural Practices. [Also relevant to aspect(s)/issue(s):
(continued) 1.4 Crop management and agrochemical use.]
See criterion 2.9.1 on justification of irrigation in light of water for human consumption at
aspect/issue 4.3 Food utilization.
MINOR MUST
2.9 Irrigation
2.9.3 The producer can justify the method of irrigation used in light of water conservation.
1.5 Water availability The idea is to avoid wasting water. The irrigation system used is the most efficient available
and quality for the crop and accepted as such within good agricultural practice.
(continued) MINOR MUST
2.9 Irrigation
Back to table of content 2.9.4 To protect the environment, water is abstracted from a sustainable source.
Sustainable sources are sources that supply enough water under normal (average) conditions
and have sources for re-fillment.
MINOR MUST
2.9 Irrigation
2.9.5 If ground water is used for irrigation, the level of the groundwater table is monitored.
The level of the ground water table is measured at least annually.
See criterion 2.9.6 on getting advice from local water authorities on abstraction for irrigation
at aspect/issue 3.1 Compliance.
See criterion 2.10.2 on contamination of surface and ground water from nitrogen-rich
fertiliser at aspect/issue 1.4 Crop management and agrochemical use.
See criterion 2.13.4 on proper storage of inorganic fertiliser to avoid contamination of water
at aspect/issue 1.4 Crop management and agrochemical use.
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25. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
See criterion 2.16.2 on proper disposal of surplus application mix to avoid surface water
contamination at aspect/issue 1.4 Crop management and agrochemical use.
1. Biomass shall not be produced on See criterion 1.4 on biomass not produced on land from drainage of peat bog to avoid release
land with high biodiversity value or of sequestered carbon at aspect/issue 1.1 Land-use change (direct and/or indirect).
high carbon stock and not from peat
1.6 GHG emissions8 land (according to Article 17, 3. of
the Directive 2009/28/EC and § 4 to
6 of the German BioSt-NachV).
HCV areas shall be protected.
2. Biomass shall be produced in an See criterion 2.20.2 on farm waste management plan to avoid or reduce wastage and pollution
environmentally responsible way. and avoid the use of burning of waste at aspect/issue 1.8 Waste management.
1.7 Air quality
This includes the protection of soil,
water and air and the application of
Good Agricultural Practices.
2. Biomass shall be produced in an See criterion 2.5.2 on use of organic matter such as Empty Fruit Bunches to be distributed
environmentally responsible way. evenly at aspect/issue 1.3 Productive capacity of land.
This includes the protection of soil, See criterion 2.19.2 on disposal of empty plant protection product container that avoids
1.8 Waste management water and air and the application of exposure to humans and environment at aspect/issue 1.4 Crop management and agrochemical
Good Agricultural Practices. use.
Back to table of content
MINOR MUST
2.20 Waste Disposal
2.20.1 The premises have adequate provisions for waste disposal.
8
As stated in the document ISCC 201: System Basics for the certification of sustainable biomass and bioenergy (4.2.3 Requirements concerning the greenhouse gas emission
savings), “to qualify for this certification system, the produced liquid biomass respectively biofuel must grant greenhouse gas emission savings of 35 percent. To prove this,
each element of the supply chain must calculate its greenhouse gas emissions and pass the figures on to the next interface in the chain. The last interface in the chain must
finally calculate and substantiate the overall savings of the liquid biomass respectively biofuel. Requirements for the assessment of the greenhouse gas emission savings are
specified in document ISCC 205 GHG Emission Calculation Methodology”.
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26. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
The farm has designated areas to store litter and waste. Different types of waste are identified
2. Biomass shall be produced in an and stored separately.
environmentally responsible way. MINOR MUST
This includes the protection of soil, 2.20 Waste Disposal
water and air and the application of 2.20.2 There a documented farm waste management plan to avoid or reduce wastage and
1.8 Waste management Good Agricultural Practices. pollution and avoid the use of landfill or burning, by waste recycling.
(continued) (continued)
A comprehensive, current, documented plan that covers wastage reduction, pollution and
waste recycling is available. Air, soil, water, noise and light contamination must be
considered.
[Also relevant to aspect(s)/issue(s):
1.7 Air quality.]
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.1 Environmental impact assessment and stakeholder consultation
1.9 Environmental This includes the protection of soil, 2.1.1 Environmental aspects are considered if planning buildings, drainage etc.
sustainability (cross- water and air and the application of
cutting) Good Agricultural Practices. Environmental impact of new buildings, drainage systems etc. is assessed and kept as little as
possible. If any of these activities are done at the farm documents must be available to show
that environmental aspects have been considered.
2. SOCIO-ECONOMIC
5. Biomass production shall take MAJOR MUST
2.1 Land tenure/access place in compliance with all 5.1 The producer can proof that the land is used legitimately and that traditional land rights
and displacement applicable regional and national have been secured.
laws and shall follow relevant
international treaties. Documents show legal ownership or lease, history of land tenure and the actual legal use of
Back to table of content the land. The producer must identify existing land rights and does respect them (see Principle
1).
4. Biomass production shall not MAJOR MUST
2.2 Rural and social violate human rights labour rights 4.12 All children living on the farm have access to quality primary school education.
development or land rights. It shall promote
responsible labour conditions and All children at primary schooling age (according to national legislation) living on the farm
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27. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
workers' health, safety and welfare must have access to primary school education, either through provided transport to a public
and shall be based on responsible primary school or through adequate on-site schooling. This is in accordance with the
community relations. International Covenant on Economic, Social and Cultural Rights, Art. 13.
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.9 Irrigation
2.3 Access to water and
This includes the protection of soil, 2.9.2 The producer respects existing water rights, both formal and customary.
other natural resources
water and air and the application of
Good Agricultural Practices. The producer can identify existing water rights and does respect them.
3. Safe working conditions through See criterion 3.1.1 on working condition risk assessment, 3.1.2 on health, safety and hygiene
training and education, use of policy and procedures, 3.1.3 on First Aid kits at all sites and fieldwork, 3.1.4 on protective
protective clothing and proper and clothing, 3.1.5 on cleaning of protective clothing or equipment, 3.1.6 on identification of
timely assistance in the event of potential hazards and warning, 3.1.7 on safety advice for handling of hazardous substances,
accidents. 3.1.8, 3.1.9 and 3.1.10 on training activities on health, safety and welfare, 3.1.11 on workers’
access to clean food storage areas, dining areas, hand washing facilities and drinking water,
3.2.1 and 3.2.2 on accident procedure and facilities for plant protection products
contamination and 3.2.3 on re-entry procedures at aspect/issue 2.5 Human health and safety.
2.4 Employment, wages MINOR MUST
and labor conditions 3.1 Workers Health, Safety and Welfare
3.1.12 On site living quarters are habitable and have the basic services and facilities.
Back to table of content
The living quarters for the workers on farm are habitable, have a sound roof, windows and
doors, and have the basic services of running water, toilets, drains. In case of no drains, septic
pits can be accepted when proven to be hermetic.
[Also relevant to aspect(s)/issue(s):
4.3 Food utilization.]
4. Biomass production shall not MINOR MUST
violate human rights labour rights 4.1 A self-declaration on good social practice regarding human rights has been communicated
or land rights. It shall promote to the employees and signed by the farm management and the employees’ representative.
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28. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
responsible labour conditions and
workers' health, safety and welfare The farm management and the employee’s representative have signed and displayed a self-
and shall be based on responsible declaration assuring good social practice and human rights of all employees. The self
community relations. declaration must be in language appropriate to workers and surrounding communities. This
declaration contains commitment to the ILO core labour standards, respect for living wage,
respect for the social environment, respect for legal land titles, sufficient compensation for
communities, commitment to solve social conflicts, fair contract farming arrangements.
MAJOR MUST
4.2 Employment conditions comply with equality principles.
2.4 Employment, wages Evidence is available that the farm provides equality of opportunity and treatment regardless
and labor conditions of race, colour, sex, religion, political opinion, nationality, social origin or other
(continued) distinguishing characteristic (ILO conventions 100 and 111).
MAJOR MUST
Back to table of content 4.3 There is no discrimination (distinction, exclusion or preference) practiced that denies or
impairs equality of opportunity, conditions or treatment based on individual characteristics
and group membership or association. For example, on the basis of: race, caste, nationality,
religion, disability, gender, sexual orientation, union membership, political affiliation, age,
marital status, working status (i.e. temporary, migrant, seasonal), HIV/AIDS.
A publicly available equal opportunities policy including identification of relevant/affected
groups in the local environment exists.
MAJOR MUST
4.4 There is no forced labour at the farm.
There must be no use of forced, bonded or involuntary labour as meant in ILO Convention 29
and 105 (all work or service which is exacted from any person under the menace of any
penalty and for which the said person has not offered himself voluntarily).
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29. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
4. Biomass production shall not MAJOR MUST
violate human rights labour rights 4.5 Workers have the freedom to join labour organizations or organize themselves to perform
or land rights. It shall promote collective bargaining. Workers must have the right to organize and negotiate their working
responsible labour conditions and conditions. Workers exercising this right should not be discriminated against or suffer
workers' health, safety and welfare repercussions.
and shall be based on responsible
All employees are free to establish and to join organizations of their own choice. There is
community relations.
evidence (workers' interviews with self-selected/anonymous workers) that the employer
(continued)
Imports the establishment and/or there is no evidence that the employer blocks effective
functioning of worker-committees where representatives are elected by the workers. There is
evidence of acceptance of Collective Bargaining Agreements. Trade union members are
guaranteed entry to the operation at least out of the regular working hours. The employment
conditions regarding freedom of association and collective bargaining are in accordance with
2.4 Employment, wages all national and local legislation and ILO Conventions 87 and 98.
and labor conditions MAJOR MUST
(continued) 4.6 The farm does pay a living wage which meets at least legal or industry minimum
standards.
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The company's pay slips demonstrate that living wages meet at least legal or industry
minimum standards and are sufficient to meet basic needs of personnel and to provide some
discretionary income.
[Also relevant to aspect(s)/issue(s):
4.2 Food access.]
MINOR MUST
4.7 The person responsible for workers' health, safety and good social practice and the elected
person(s) of trust have knowledge about and/or access to recent national labour
regulations/collective bargaining agreements.
The responsible person and the elected person of trust demonstrate awareness and/or access to
national regulations concerning: Gross and minimum wages, working hours, union
membership, anti-discrimination, child labour, labour contracts, holiday and maternity leave,
medical care and pension/gratuity and regular two way communication.
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ASPECTS/ISSUES PRINCIPLES CRITERIA
4. Biomass production shall not See criterion 4.9 on two-way communication meetings between management and employees
violate human rights labour rights on business, worker health, safety and welfare, 4.11 on complaint form/procedure for affected
or land rights. It shall promote communities and 4.22 on fair and transparent contracts at aspect/issue 3.2 Participation and
responsible labour conditions and transparency.
workers' health, safety and welfare MINOR MUST
and shall be based on responsible 4.10 There are at least one worker or a workers' council elected freely and democratically
community relations. who represent the interests of the staff to the management.
(continued)
Documentation is available that demonstrates that a clearly identified, named person of trust
and/or a workers' council representing the interests of the staff to the management is elected
by all employees and recognized by the management. This person shall be able to
communicate complaints to the management.
2.4 Employment, wages MINOR MUST
and labor conditions 4.13 There are records that provide an accurate overview of all employees (including seasonal
(continued) workers and subcontracted workers on the farm). Do they indicate full names, a job
description, date of birth, date of entry, wage and the period of employment?
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Records demonstrate clearly an accurate overview of all employees (including seasonal
workers and subcontracted workers) working on the farm. Records contain, wage and the
period of employment. Records must be accessible for the last 24 months.
MAJOR MUST
4.14 No minors are employed on the farm.
The minimum age complies with all local and national legislation as well as with ILO
Convention 138 and 182. Documents include recording of workers’ date of birth and
documented evidence that the employer is aware of prevailing legislation. Children within the
age of compulsory schooling must not be employed during school hours. Young workers (15-
18) must not undertake hazardous work that jeopardizes their health, safety or morals. All
forms of slavery or practices similar to slavery, forced or compulsory labour of children is
prohibited.
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4. Biomass production shall not MINOR MUST
violate human rights labour rights 4.15 All employees are provided with fair legal contracts. Copies of working contracts can be
or land rights. It shall promote shown for every employee indicated in the records. These have been signed by both the
responsible labour conditions and employee and the employer.
workers' health, safety and welfare
and shall be based on responsible For every employee indicated in the records, a contract can be shown to the auditor on
community relations. request. Both the employee as well as the employer has signed them. Records must be kept
(continued) for at least 24 months. Where a registration system exists, copies of working contracts are
registered with the labour authority of the country of production. This is in accordance with
ILO Convention 110.
MINOR MUST
4.16 There is a time recording system that shows daily working time and overtime on a daily
2.4 Employment, wages base for all employees.
and labor conditions
(continued) There is a time recording system that makes working hours and overtime transparent for
employees and employer. Working times of all employees during the last 24 months are
Back to table of content documented.
MINOR MUST
4.17 The working hours and breaks of the individual worker are indicated in the time records
comply with legal regulations and/or collective bargaining agreements.
Documented working hours, breaks and rest days are in line with legal regulations and/or
collective bargaining agreements. Records indicate that regular weekly working hours do not
exceed 48 hours. N/A for supervisors or management. Rest breaks/days are also documented
during peak season. Overtime shall be voluntary and shall always be compensated at a
premium rate.
MINOR MUST
4.18 Pay slips document the conformity of payment with at least legal regulations and/or
collective bargaining agreements.
Wages and overtime payment documented on the pay slips are in line with legal regulations
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ASPECTS/ISSUES PRINCIPLES CRITERIA
4. Biomass production shall not (minimum wages) and/or collective bargaining agreements (if applicable). If payment is
violate human rights labour rights calculated per unit, employees (on average) shall be able to gain the legal minimum wage
or land rights. It shall promote within regular working hours.
responsible labour conditions and MINOR MUST
workers' health, safety and welfare 4.19 Other forms of social benefits are offered by the employer to employees, their families
and shall be based on responsible and/or community.
community relations.
(continued) Incentives (please specify in quantities if possible): Incentives for good working performance,
bonus payment, support of professional development, family friendliness, medical care/health
provisions, improvement of social surroundings etc.
2.4 Employment, wages See criterion 4.20 on mediation in case of social conflict at aspect/issue 2.8 Social
and labor conditions sustainability (cross-cutting).
(continued) MINOR MUST
4.21 Provisions are in place to compensate impact on workers and land (ecosystem quality)
Back to table of content on exit or bankruptcy of farm operations.
A fund is set up with independent (safeguarded) and automatic pay out provisions to
compensate workers and dependent contract farmers for sudden loss of income and the need
to relocate (if appropriate), and restoration of land to conditions and quality prevalent prior to
farm establishment. Funds are in proportion to life-time (age) of farm and expected financial
needs for compensations (cross-referenced with documentation provided in SA 2.2.).
Financial and legal papers pertaining to the fund and its arrangements are inspected. When
national/local legislation is in place, farmers must comply.
[Also relevant to aspect(s)/issue(s):
2.8 Social sustainability (cross-cutting).]
2. Biomass shall be produced in an See criterion 2.15.5 on the requirement to use protective clothing when handling plant
2.5 Human health and
environmentally responsible way. protection products at aspect/issue 1.4 Crop management and agrochemical use.
safety
This includes the protection of soil,
water and air and the application of
Back to table of content
Good Agricultural Practices.
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ASPECTS/ISSUES PRINCIPLES CRITERIA
3. Safe working conditions through MINOR MUST
training and education, use of 3.1 Workers Health, Safety and Welfare
protective clothing and proper and 3.1.1 The farm has a written risk assessment for safe and healthy working conditions.
timely assistance in the event of
accidents. The written risk assessment can be a generic one but it must be appropriate for conditions on
the farm. The risk assessment must be reviewed and updated when changes in the
organisation (e.g. other activities) occur.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.1 Workers Health, Safety and Welfare
2.5 Human health and 3.1.2 The farm has a written health, safety and hygiene policy and procedures including
safety issues of the risk assessment.
(continued)
The health, safety and hygiene policy must at least include the points identified in the risk
Back to table of content assessment. This could include accident and emergency procedures, hygiene procedures,
dealing with any identified risks in the working situation, etc. The policy must be reviewed
and updated when the risk assessment changes.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.1 Workers Health, Safety and Welfare
3.1.3 First Aid kits are present at all permanent sites and in the vicinity of fieldwork.
Complete and maintained first aid kits according to national regulations and
recommendations must be available and accessible at all permanent sites and available for
transport to the vicinity of the work.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
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ASPECTS/ISSUES PRINCIPLES CRITERIA
3. Safe working conditions through MAJOR MUST
training and education, use of 3.1 Workers Health, Safety and Welfare
protective clothing and proper and 3.1.4 Workers (including subcontractors) are equipped with suitable protective clothing in
timely assistance in the event of accordance with legal requirements and/or label instructions or as authorised by a competent
accidents. authority.
(continued)
Complete sets of protective clothing, (e.g. rubber boots, waterproof clothing, protective
overalls, rubber gloves, face masks, etc.) which enable label instructions and/or legal
requirements and/or requirements as authorised by a competent authority to be complied with
are available, used and in a good state of repair. This includes appropriate respiratory, ear and
eye protection devices, where necessary.
2.5 Human health and
safety [Also relevant to aspect(s)/issue(s):
(continued) 2.4 Employment, wages and labor conditions.]
MINOR MUST
Back to table of content 3.1 Workers Health, Safety and Welfare
3.1.5 Protective clothing is cleaned after use and stored so as to prevent contamination of the
clothing or equipment.
Protective clothing is regularly cleaned, according to a schedule adapted to the type of use
and degree of soiling. Cleaning the protective clothing and equipment includes the separate
washing from private clothing and glove washing before removal. Dirty, torn and damaged
protective clothing and equipment and expired filter cartridges should be disposed of. Single-
use items (e.g. gloves, overalls, etc.) have to be disposed of after one use. All the protective
clothing and equipment including replacements filters etc. are stored apart and physically
separate from the plant protection products/ any other chemicals which might cause
contamination of the clothing or equipment in a well-ventilated area.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
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ASPECTS/ISSUES PRINCIPLES CRITERIA
3. Safe working conditions through MINOR MUST
training and education, use of 3.1 Workers Health, Safety and Welfare
protective clothing and proper and 3.1.6 Potential hazards are clearly identified by warning signs and placed where appropriate.
timely assistance in the event of
accidents. Permanent and legible signs must indicate potential hazards, e.g. waste pits, fuel tanks,
(continued) workshops, access doors of the plant protection product / fertiliser / any other chemical
storage facilities as well as the treated crop etc. Warning signs must be present.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.1 Workers Health, Safety and Welfare
2.5 Human health and 3.1.7 Safety advice is available for substances hazardous to worker health, when required.
safety
(continued) Information (e.g. website, tel no, data sheets, etc.) is accessible, when required, to ensure
appropriate action.
Back to table of content
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.1 Workers Health, Safety and Welfare
3.1.8 There are records kept for training activities and attendees.
A record is kept for training activities including the topic covered, the trainer, the date and
attendees. Evidence of the attendance is required.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MAJOR MUST
3.1 Workers Health, Safety and Welfare
3.1.9 All workers handling and/or administering chemicals, disinfectants, plant protection
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ASPECTS/ISSUES PRINCIPLES CRITERIA
3. Safe working conditions through products, biocides or other hazardous substances and all workers operating dangerous or
training and education, use of complex equipment as defined in the risk assessment have certificates of competence, and/or
protective clothing and proper and details of other such qualifications.
timely assistance in the event of
accidents. Records must identify workers who carry out such tasks, and show certificates of training or
(continued) proof of competence.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.1 Workers Health, Safety and Welfare
2.5 Human health and 3.1.10 All workers received adequate health and safety training and are they instructed
safety according to the risk assessment.
(continued)
Workers can demonstrate competency in responsibilities and tasks through visual
observation. If at time of inspection there are no activities, there must be evidence of
Back to table of content
instructions.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.1 Workers Health, Safety and Welfare
3.1.11 Workers have access to clean food storage areas, designated dining areas, hand
washing facilities and drinking water.
A place to store food and to eat must be available. In addition, hand washing facilities and
potable drinking water must be available to workers
[Also relevant to aspect(s)/issue(s):
4.3 Food utilisation; and
2.4 Employment, wages and labor conditions.]
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ASPECTS/ISSUES PRINCIPLES CRITERIA
3. Safe working conditions through MINOR MUST
training and education, use of 3.2 Plant Protection Product Handling
protective clothing and proper and 3.2.1 The accident procedure is evident within ten meters of the plant protection product/
timely assistance in the event of chemical storage facilities.
accidents.
An accident procedure must display the basic steps of primary accident care and be accessible
(continued)
by all persons within 10 meters of the plant protection product/chemical storage facilities and
designated mixing areas.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.2 Plant Protection Product Handling
2.5 Human health and 3.2.2 There are facilities to deal with accidental operator contamination.
safety All plant protection product / chemical storage facilities and all filling/mixing areas present
(continued) on the farm have eye wash capability, a source of clean water no more than 10 meters distant,
a complete first aid kit and a clear accident procedure with emergency contact telephone
Back to table of content numbers or basic steps of primary accident care, all permanently and clearly signed.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
MINOR MUST
3.2 Plant Protection Product Handling
3.2.3 There are procedures dealing with re-entry times on the farm.
There are clear documented procedures which regulate all the re-entry intervals for plant
protection products applied to the crops according to the label instructions. Where no re-entry
information is available on the label, there are no specific requirements.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
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38. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
2. Biomass shall be produced in an MINOR MUST
environmentally responsible way. 2.8 Seed/Rootstock Quality and Origin
This includes the protection of soil, 2.8.1 Purchased seeds are accompanied by records of variety name, batch number, supplier,
water and air and the application of seed certification details and are seed treatment records retained.
Good Agricultural Practices.
Producer must provide records of variety name, batch number, supplier, seed certification
details and seed treatments applied.
MINOR MUST
2.8 Seed/Rootstock Quality and Origin
2.8.2 Home-saved seed have available records of the identity, source, treatments applied (e.g.
cleaning and seed treatments).
2.7 Good management Producer must keep records and have them available on the farm.
practices and continuous MINOR MUST
improvement 2.21 Energy Efficiency
2.21.1 The producer can show monitoring of energy use on the farm.
Back to table of content
Energy use records exist. For example, farming equipment shall be selected and maintained
for optimum consumption of energy. The use of non-renewable energy sources should be kept
to a minimum.
6. Good management practices shall MAJOR MUST
be implemented. 6.1 Record Keeping and Internal Self Assessment
6.1.1 All records requested during the external inspection are accessible and kept for a
[Also relevant to aspect(s)/issue(s): minimum period of time of two years, unless a longer requirement is stated in specific control
3.1 Compliance.] points.
Producers keep up to date records for a minimum of two years from the date of first
inspection, unless legally required to do so for a longer period.
MAJOR MUST
6.1 Record Keeping and Internal Self Assessment
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ASPECTS/ISSUES PRINCIPLES CRITERIA
6. Good management practices shall 6.1.2 The producer or producer group takes responsibility to undertake a minimum of one
be implemented. internal self-assessment or producer group internal inspection, respectively, per year against
(continued) the ISCC Checklist.
There is documentary evidence that the internal self-inspection has been carried out and is
recorded annually.
MAJOR MUST
6.1 Record Keeping and Internal Self Assessment
6.1.3 Effective corrective actions taken as a result of non-conformances detected during the
internal self-assessment or internal producer group inspections.
Effective corrective actions are documented and have been implemented.
2.7 Good management MAJOR MUST
practices and continuous 6.2 Site History and Site Management
improvement 6.2.1 A recording system is established for each unit of production undertaken at those
(continued) locations? Are these records kept in an ordered and up-to-date fashion.
Back to table of content Current records must provide a history of biomass production of all production areas. New
applicants must have full records for at least three months prior to the date of external
inspection that reference each area covered by a crop with all the agronomic activities related
to this Checklist.
MAJOR MUST
6.2 Site History and Site Management
6.2.2 Records are kept for the description of the areas in use.
The documentation system for the fields of the farms must comply with the following
minimal requirements:
(1) The description of the whole agricultural area is carried out along a list of parameters to
be assessed:
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6. Good management practices shall a) Lot number
be implemented. b) Lot size
(continued) c) Type of crop
(2) Each lot (as part of the whole agricultural area) is depicted as traverse in geographic
coordinates with a precision of 20 metres for each measuring point.
a) The depiction of simple lot shapes can easily be realised with the help of satellite
images
b) b. For very complex shapes, the real lot can be approximated by a polygon. The
measuring points on each end of the lines framing the polygon then have to meet the
required precision of 20 metres.
c) A small number of measuring points may suffice for the approximation through a
2.7 Good management polygon as long as the lot size on the map does not deviate from the specification in
practices and continuous (1) by more than 10%.
improvement d) If suitable maps or tables specifying the requested information do not exist, it is
(continued) permitted to identify lots with the help of tools like Google Earth. The measuring
points can be set in the image as place marks manually and the results (geo-
Back to table of content coordinates) for these place marks are delivered by the tool for documentation.
MAJOR MUST
6.3 Subcontractors
6.3.1 In case of the engagement of subcontractors they must comply fully with the ISCC
standard and provide the respective documentation and information.
Relevant subcontractors as meant in 4.6.3.1 are enterprises that work on behalf of the
producer (e.g. seeding, fertilizing, pest control, harvesting). Relevant subcontractors must be
regarded in the audit. The producer must provide evidence of respective contracts with the
subcontractor ensuring that the auditor gets access to relevant information. The producer must
also accept that ISCC approved certifiers are allowed to verify the assessments through a
physical inspection where there is doubt. The producer is responsible for observance of the
control points applicable to the tasks performed by the subcontractor by checking and signing
the assessment of the subcontractor for each task and season contracted. Review of
documents. N/A if no subcontractors used.
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ASPECTS/ISSUES PRINCIPLES CRITERIA
4. Biomass production shall not MINOR MUST
violate human rights labour rights 4.8 All impacts for surrounding communities, users and land owners taken into account and
or land rights. It shall promote sufficiently compensated for.
responsible labour conditions and
workers' health, safety and welfare A participatory social impact assessment has been conducted, and the report is publicly
and shall be based on responsible available in appropriate language to surrounding communities. On the basis of that SIA report
community relations. a continued dialogue with surrounding communities is in place. Documents of regular
meetings with communities (with two-way communication) and local government with listed
risks and/or impacts and evidence of minuted negotiations or resolution processes are
2.8 Social sustainability compiled.
(cross-cutting) [Also relevant to aspect(s)/issue(s):
3.2 Participation and transparency.]
Back to table of content
MINOR MUST
4.20 Mediation is available in case of a social conflict
An independent mediator should be assigned by name and address by the elected person of
trust.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
See criterion 4.21 on provisions to compensate impact on workers and land on exit or
bankruptcy of farm operations at aspect/issue 2.4 Employment, wages and labor conditions.
3. GOVERNANCE
2. Biomass shall be produced in an See criterion 2.3.1 on hunting, fishing or collecting activities carried out according to
environmentally responsible way. local legislation at aspect/issue 1.2 Biodiversity and ecosystem services.
3.1 Compliance This includes the protection of soil, MAJOR MUST
water and air and the application of 2.9 Irrigation
Back to table of content Good Agricultural Practices. 2.9.6 Advice on abstraction has been sought from water authorities, where required by
law.
Where required by law, there must be written communication from the local water authority
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42. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
on this subject (letter, license, etc.).
2. Biomass shall be produced in an
environmentally responsible way. [Also relevant to aspect(s)/issue(s):
1.5 Water availability and quality.]
This includes the protection of soil,
water and air and the application ofSee criterion 2.15.8 on observation of local restriction for plant protection products at
Good Agricultural Practices. aspect/issue 1.4 Crop management and agrochemical use.
(continued) See criterion 2.16.1 on disposal of surplus agrochemical mix according to law at
aspect/issue 1.4 Crop management and agrochemical use.
See criterion 2.17.2 on storage of plant protection products according to local regulations
at aspect/issue 1.4 Crop management and agrochemical use.
3.1 Compliance See criterion 2.19.6 on observation of local regulations on disposal or destruction of
(continued) agrochemical containers in aspect/issue 1.4 Crop management and agrochemical use.
5. Biomass production shall take MAJOR MUST
place in compliance with all 5.2 There is awareness of, and compliance with, all applicable regional and national laws and
applicable regional and national ratified international treaties.
laws and shall follow relevant
international treaties. Producer can demonstrate awareness of his responsibilities according to the applicable laws.
Applicable laws are being complied with.
6. Good management practices shall See criteria 6.1.1 to 6.1.3 on record keeping and internal self assessment, 6.2.1 and 6.2.2 on
be implemented. site history and management and 6.3.1 on subcontractors engagement at aspect/issue 2.7
Good management practice and continuous improvement.
4. Biomass production shall not See criterion 4.8 on participatory social impact assessment and continuous dialogue with
violate human rights labour rights surrounding communities at aspect/issue 2.8 Social sustainability (cross-cutting).
or land rights. It shall promote MINOR MUST
3.2 Participation and responsible labour conditions and 4.9 The management does hold regular two-way communication meetings with their
transparency workers' health, safety and welfare employees where issues affecting the business or related to worker health, safety and welfare
and shall be based on responsible can be discussed openly.
Back to table of content community relations.
At least two meetings a year are held between management and employees. Matters related to
the business and worker health, safety or welfare can be discussed without fear, intimidation
or retribution. Records from such meetings are kept and the concerns of the employees are
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43. INTERNATIONAL SUSTAINABILITY & CARBON CERTIFICATION (ISCC)
ASPECTS/ISSUES PRINCIPLES CRITERIA
recorded. The elected person of trust should assign an independent mediator by name and
4. Biomass production shall not address.
violate human rights labour rights
or land rights. It shall promote [Also relevant to aspect(s)/issue(s):
responsible labour conditions and 2.4 Employment, wages and labor conditions.]
workers' health, safety and welfare MINOR MUST
and shall be based on responsible 4.11 There is a complaint form and/or procedure available on the farm, where employees
community relations. and affected communities can make a complaint.
(continued)
A complaint form and/or procedure are available for farm employees and surrounding
communities. They have been made aware of its existence and complaints or suggestions can
be made at any time. Complaints and their solutions from the last 24 months are documented
and accessible.
3.2 Participation and [Also relevant to aspect(s)/issue(s):
transparency 2.4 Employment, wages and labor conditions.]
(continued) MINOR MUST
4.22 Fair and transparent contract farming arrangements are in place.
Back to table of content
The contracts are on paper in the appropriate language and consigned copies are available
with both parties. Essential indicators are:
(1) The contracts are on paper in the appropriate language and co-signed copies are available
with both parties. In case of cooperative contract arrangements, all members have a copy.
(2) Credit or input provisions at no more then prevailing commercial market rates. Changes
are communicated on paper.
(3) Payments for harvest are, in calculated form, done on paper and signed and handed over
to contract farmer for his/her own record keeping.
(4) Provisions governing price-quality parameters are clearly defined in the contract.
(5) The contract contains clear provisions on exit arrangements, buy-out possibilities,
handing over of property deeds (when appropriate), and compensation measures in case
of bankruptcy of the mother company when legally required.
(6) There are minutes of meetings providing evidence of regular discussions or negotiations
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ASPECTS/ISSUES PRINCIPLES CRITERIA
between mother company and contract farmers' representatives.
[Also relevant to aspect(s)/issue(s):
2.4 Employment, wages and labor conditions.]
4. FOOD SECURITY
4. Biomass production shall not See criterion 4.23 on biomass production not replacing stable crops at aspect/issue 4.5 Food
violate human rights labour rights security (cross-cutting).
or land rights. It shall promote
4.1 Food availability responsible labour conditions and
workers' health, safety and welfare
and shall be based on responsible
community relations.
4. Biomass production shall not See criterion 4.6 on living wages that are sufficient to meet basic needs at aspect/issue 2.4
violate human rights labour rights Employment, wages and labor conditions.
or land rights. It shall promote See criterion 4.23 on rise in local food prices directly caused by biomass production at
4.2 Food access
responsible labour conditions and aspect/issue 4.1 Food availability.
workers' health, safety and welfare
and shall be based on responsible
community relations.
2. Biomass shall be produced in an MAJOR MUST
environmentally responsible way. 2.9 Irrigation
This includes the protection of soil, 2.9.1 The producer can justify the irrigation in light of accessibility of water for human
water and air and the application of consumption.
4.3 Food utilization Good Agricultural Practices.
Beside the use of water for irrigation/fertigation, water is available for human consumption.
Back to table of content
[Also relevant to aspect(s)/issue(s):
1.5 Water availability and quality.]
3. Safe working conditions through See criterion 3.1.11 on workers’ access to clean food storage areas, dining areas, hand
training and education, use of washing facilities and drinking water at aspect/issue 2.5 Human health and safety.
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ASPECTS/ISSUES PRINCIPLES CRITERIA
protective clothing and proper and See criterion 3.1.12 on workers’ habitable living quarters with running water, toilets, drains
timely assistance in the event of and/or septic pits at aspect/issue 2.4 Employment, wages and labor conditions.
accidents.
4. Biomass production shall not MINOR MUST
violate human rights labour rights 4.23 The biomass production does not impair food security.
4.5 Food security (cross- or land rights. It shall promote
responsible labour conditions and The biomass production shall not replace stable crops and does not impair the local food
cutting)
workers' health, safety and welfare security. Local food prices do not rise as a direct effect of biomass production.
Back to table of content and shall be based on responsible [Also relevant to aspect(s)/issue(s):
community relations.
4.1 Food availability; and
4.2 Food access.]
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