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GGL 1d Requirement Update In the ever-evolving landscape of biomass certification, staying ahead of the curve is paramount for industry players seeking sustainable practices and market compliance. The Global Green Labeling (GGL) initiative has been at the forefront, adapting its standards to reflect the latest market demands and regulatory complexities. From requirement Version 1-2 to the latest Version 1-8, the journey has been marked by significant enhancements, encompassing a broader scope and stringent compliance measures. Scope Expansion and Compliance Requirements Initially focused on biogenic residues and waste within Japan's FIT scheme, Version 1-8 of GGL's certification standards represents a paradigm shift. The scope has been significantly broadened to include a comprehensive categorisation of biomass types, such as woody biomass from large and small forest management units, agricultural residues, and other biomasses. This expansion aims to ensure greater inclusivity and precision in defining eligible fuels under the FIT and Feed-in Premium (FIP) schemes. Biomass Categories and Applicable Standards Under Version 1-8, GGL introduces a nuanced classification system for biomass categories, delineating specific eligibility criteria for different biomass types. From woody biomass to agricultural residues, each category is meticulously defined to enhance clarity and compliance verification. The document also outlines updated standards and verification criteria, underscoring GGL's commitment to robust sustainability practices. This version introduces a more nuanced classification of biomass categories. It details various categories, such as: 1.     Woody Biomass from large forest management units (FMU’s > 500ha) - Category 1 2.     Woody Biomass from small FMU’s (<500 ha) - Category 2 3.     Residues from nature and landscape management - Category 3 4.     Agricultural (primary) residues - Category 4 5.     Biogenic residues and (secondary) waste flows - Category 5, excluding post-consumer products FIT/FIP Categories of Biomass Version 1-8 addresses not only the FIT scheme but also the Feed-in Premium (FIP) scheme, expanding the list of eligible fuels and providing clear categorisations. Palm kernel shells, tree trunks, and agricultural residues are among the newly added eligible fuels, reflecting a broader scope and market inclusivity. Compliance with specific regulations and standards is emphasised, ensuring that certified biomass meets the highest sustainability benchmarks. Verification and Certification Requirements Version 1-8 of GGL's certification standards emphasise verification and certification processes. Detailed requirements for supplier verification programs, including audits and evidence collection, aim to enhance transparency and reproducibility. Local adaptation of verifiers and rigorous documentation further underscore GGL's commitment to robust compliance mechanisms. New Regulations and Sustainability Focus In line with global sustainability trends, Version 1-8 of GGL's standards introduces detailed principles for operational requirements and material use of biomass. Prioritising sustainability over energy recovery, these regulations reflect a holistic approach to environmental stewardship and resource efficiency. Technical enhancements, including GHG emission calculations and compliance with labour rights, further bolster GGL's sustainability framework. Conclusion and Policy Implications The evolution from Version 1-2 to Version 1-8 of GGL's biomass certification standards signifies a landmark shift towards sustainability and regulatory compliance. As market demands evolve and environmental policies become more stringent, stakeholders must adapt to these changes to ensure market competitiveness and sustainable practices. By staying informed and aligning with GGL's latest standards, industry players can navigate the complex landscape of biomass certification with confidence. For expert guidance on navigating biomass certification and compliance requirements, Peterson Projects and Solutions Indonesia offers specialised consultancy services tailored to your needs. Contact us today to explore how we can help you achieve your sustainability goals while staying ahead in a rapidly evolving industry landscape. Instruction source: Documents for supplying to the Japanse market under FIT / FIP – Green Gold Label

Industrial Decarbonization Transformation in Indonesia Indonesia, as one of the largest economic hubs in Southeast Asia, faces major challenges in reducing greenhouse gas (GHG) emissions from the industrial sector. Apart from the steel industry, there are a number of other sectors that contribute significantly to national GHG emissions. As a real effort to overcome this problem, concrete steps are needed to carry out a comprehensive decarbonization transformation. Challenges from Various Industrial Sectors The industrial sector in Indonesia has various challenges in reducing GHG emissions. Apart from the steel industry, which has been the main focus, the following sectors also have a significant impact on the environment: Steel Industry: The steel industry uses conventional technology, including a blast furnace process that uses coal and coke as fuel. Around 20-30 million tons of carbon dioxide are produced per year. Industri Semen: The cement industry is also a large contributor to GHG emissions. The clinker-burning process in cement production produces quite high emissions, especially through the use of fossil fuels. Energy Industry: The energy sector, including coal-fired power plants, also has a large impact on GHG emissions. Dependence on coal as the main energy source is still a challenge in efforts to reduce emissions in this sector. Chemical Industry: Industrial chemical production, such as ammonia production, also contributes to significant GHG emissions. The complex chemical processes in ammonia production require large energy consumption, most of which comes from fossil fuels. Transportation Industry: The transportation sector, including land, air and sea transportation, also has a significant contribution to GHG emissions. Dependence on fossil fuels in transportation remains a challenge in efforts to reduce emissions from this sector. Textile, Pulp and Paper Industry: The textile, pulp, and paper sector also significantly contributes to GHG emissions. The dyeing and finishing processes in the textile industry cause quite high GHG emissions. Pulp processing and paper making are also sources of GHG emissions, especially through the fuel combustion process. Joint Efforts to Decarbonise To overcome this challenge, cooperation between government, industry players, and other stakeholders is needed to design and implement effective decarbonization strategies. Steps that can be taken include: ·       Adoption of clean and environmentally friendly technologies in the production process. ·       Increasing energy efficiency and utilizing renewable energy sources. ·  Implementation of regulations that support and encourage decarbonization transformation. ·   Invest in research and development for more sustainable technological innovation. Future Prospects Although there are still many challenges to overcome, especially in terms of costs and resistance from conventional industry, the prospects for industrial decarbonization in Indonesia are very important. With strong commitment and concrete steps taken by all relevant parties, Indonesia has great potential to become a leader in the transformation towards a more sustainable and environmentally friendly economy. GHG Emissions of the Steel Industry in Indonesia One sector that is the main focus of decarbonisation efforts is the steel industry. With a significant contribution to national GHG emissions, the steel industry requires a comprehensive transformation to reduce its negative environmental impact. Major Challenges Faced The main challenge in reducing GHG emissions from the steel industry in Indonesia is dependence on conventional technology, which produces high emissions, especially through the blast furnace process, which uses coal and coke as fuel. Around 80% of steel production in Indonesia still uses this technology, which produces 20-30 million tons of carbon dioxide per year. Urgency for Action: Emissions and Their Impact GHG emissions from the steel industry contribute around 7% of total national industrial emissions. This number is a serious concern, considering the rapid economic growth in Indonesia and its impact on global climate change. In addition, the energy-intensive steel industry also contributes to local environmental crises, including air pollution and water pollution. Decarbonisation Efforts: Strategies and Actions To address these challenges, various decarbonization efforts have been proposed and partially implemented. One of them is replacing conventional steel production technology with more environmentally friendly technology, such as Electric Arc Furnace (EAF) which uses recycled steel and has a lower carbon footprint. Increasing energy efficiency is also a main focus of decarbonization efforts. Steps such as using renewable energy and maximizing steel recycling will not only reduce GHG emissions but also reduce dependence on scarce and expensive raw materials. Role of Regulation and Policy Strong regulations and incentives from the government are key in driving this transformation. A carbon tax is one of the instruments proposed to encourage the steel industry to reduce its emissions. Through the implementation of a carbon tax, companies will be encouraged to adopt cleaner and more efficient technology. Apart from that, the government also needs to develop a clear and comprehensive road map for the decarbonisation of the steel industry. This includes short-, medium- and long-term targets for reducing emissions as well as concrete steps to be taken to achieve them. Hopes and Challenges Although many challenges remain, such as high investment costs and resistance from the conventional industry, the prospect of decarbonizing the steel industry in Indonesia is very important. With collaboration between the government, industry players, and other stakeholders, the steel industry can become the main motor in efforts to reduce national GHG emissions and achieve global climate change targets. Conclusion The decarbonisation transformation of industry in Indonesia requires cooperation between all stakeholders to overcome the challenges of GHG emissions from various sectors. The steel industry in Indonesia has an important role in efforts to decarbonise and mitigate climate change. Through the use of cleaner technology, improved energy efficiency, and strong regulatory support, the steel industry can be an example of other industrial sectors facing the challenges of global climate change. With the right steps and strong commitment, Indonesia can become a leader in the transformation towards a sustainable and environmentally friendly economy.

National Fishermen's Day is celebrated every year as a tribute to the important role of fishermen in ensuring the availability of protein and nutrition for the Indonesian people. This tradition is not only an expression of gratitude for the abundance of the sea, but also a reminder of the importance of promoting the welfare of fishermen. This tradition passed down from generation to generation has given rise to various rituals, one of which is the Labuh Saji Ceremony which is held at Ratu Sukabumi Harbor, West Java. This ceremony honors Nyi Putri Mayangsagara with the hope that the people will gain prosperity from their work as fishermen. Today, this tradition has changed slightly with the replacement of offerings of buffalo or goat heads with the sowing of fish seeds, shrimp seeds and baby turtles into the sea, as a symbol of fertility and the hope of an abundant catch. Indonesia, as an archipelagic country with a water line of 81,000 km, has great marine potential. However, the reality of fishermen's lives is not in line with this potential. Problems such as lack of mastery of knowledge, limited capital, and competition with foreign fishermen who catch fish illegally, are challenges faced by fishermen. Not only that, the lack of government support for traditional fishermen is making their conditions even worse. In the midst of these challenges, marine and fisheries certification such as MSC (Marine Stewardship Council), ASC (Aquaculture Stewardship Council), BAP (Best Aquaculture Practices), Friend of the Sea, and others, have become important in ensuring the sustainability of marine resources and environmental protection . These certifications set international standards for responsible and sustainable fishing practices. Peterson Projects and Solutions Indonesia, as a provider of certification consulting services, plays a role in helping fisheries and marine companies to meet these certification standards. Through comprehensive consultation, the company provides guidance and support to its clients to obtain internationally recognized certification, thereby not only ensuring the sustainability of their business, but also increasing their competitiveness in the global market. Contact marketing-indonesia@onepeterson.com is the entry point for companies who wish to obtain further information regarding certification consulting services provided by Peterson Projects and Solutions Indonesia. With close collaboration between consulting service providers and industry players, it is hoped that Indonesia's maritime and fisheries sector can continue to develop sustainably, while still paying attention to the welfare of fishermen who are the backbone of this industry.

Sustainability Consultant Specialises in advising companies on how to operate more sustainably. They assess and develop strategies to improve environmental performance across various aspects of a business. This includes reducing energy usage, minimising waste, and ensuring sustainable resource management. Sustainability consultants also help companies comply with environmental regulations and attain sustainability certifications. Their goal is to integrate eco-friendly practices into the core business model, promoting both environmental responsibility and profitability. JOB DESCRIPTION Environmental Assessment : Conduct audits and assessments to evaluate environmental impact and compliance with regulations. Strategy Development : Develop and implement sustainability strategies tailored to a company's specific needs and goals. Policy Design : Help create or revise environmental policies and practices to improve sustainabilit y. Project Management : Oversee sustainability projects from planning through to execution and monitoring outcomes. Stakeholder Engagement: Communicate and collaborate with various stakeholders, including employees, management, and external partners, to promote sustainability initiatives. Training and Education : Provide training and education to company staff on sustainable practices and environmental awareness. Reporting and Documentation : Prepare sustainability reports and documentation that detail a company’s environmental performance. Research and Innovation : Stay updated with the latest environmental technologies and practices that can be applied within the business. Regulatory Compliance : Ensure all company operations comply with local, national, and international environmental laws and standards. Sustainability Certification : Assist companies in obtaining sustainability certifications like ISO, SMETA, GRS, ASC, etc. ​ ​ REQUIREMENTS Educational Background : Bachelor's or master's degree in environmental science, sustainability, engineering, or a related field. Professional Experience : Experience in sustainability consulting, environmental management, or a related industry. Certifications : Relevant certifications such as LEED Accredited Professional, Certified Energy Manager (CEM), or ISO 14001 Lead Auditor can be advantageous. Technical Skills : Proficiency in environmental assessment tools, data analysis software, and sustainability reporting frameworks. Knowledge of Regulations : Thorough understanding of environmental laws and regulations at local, national, and international levels. Project Management Skills : Ability to manage multiple projects simultaneously, including budgeting, scheduling, and ensuring timely delivery. Communication Skills : Strong written and verbal communication skills for preparing reports, presenting findings, and working with diverse stakeholders. Analytical Thinking : Strong analytical and problem-solving skills to assess environmental impacts and develop effective solutions. Innovation and Creativity : Ability to innovate and apply creative solutions to complex environmental challenges. Commitment to Sustainability : A genuine interest in and commitment to advancing environmental sustainability. What Our Consultants Say Fitri Irianti, Consultants Coordinator "As the coordinator for a team of sustainability consultants, I've overseen projects that have dramatically reduced environmental impacts for our clients, including a notable 40% reduction in landfill waste. This role combines leadership with strategic oversight, providing immense satisfaction from facilitating significant, sustainable changes."

Peterson Pr ojects & Solutio ns Indon esia Sustainability Consulting Find Services Sustainability Reporting Peterson offers a number of services to support you creating a sustainability report, also referred to as a corporate social responsibility (CSR) report. Read more Our Unique Approach At Peterson, we are responsive and flexible. We build corporate teams from different regions and fields of expertise to best suit your requirements. Read more Risk Analysis Peterson can assist our customers in mapping the risks of adverse social and environmental impacts in your supply chain, by commodities and geographies. Read more 70 4000 SOME OF OUR HAPPY CLIENTS Find A Local Office You will be redirected to our international website Find an office News & Events Apr 19 GGL 1d Scope Expansion and Compliance Requirements GGL 1d Requirement Update In the ever-evolving landscape of biomass certification, staying ahead of the curve is paramount for industry... Apr 18 Decarbonisation of Indonesian Industry: 80% of Steel Sector Production Produces High GHG Emissions Industrial Decarbonization Transformation in Indonesia Indonesia, as one of the largest economic hubs in Southeast Asia, faces major... Apr 15 April 6 2024: Happy National Fishermen's Day! National Fishermen's Day is celebrated every year as a tribute to the important role of fishermen in ensuring the availability of protein... View More Subscribe Form Join Thanks for subscribing!

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