Net Zero Emission has become one of the main targets in global efforts to address climate change. Countries, governments, and businesses around the world are developing strategies to reduce greenhouse gas emissions and transition toward low-carbon economic activities.
Indonesia is also committed to a long-term transition toward Net Zero Emission. This transition requires participation from multiple economic sectors, including manufacturing and food processing industries.
The margarine industry is one of the sectors that can contribute to the achievement of Net Zero Emission through emission measurement, energy efficiency, renewable energy, responsible raw material sourcing, waste management, and low-carbon production technologies.
Margarine production involves multiple stages, ranging from agricultural raw material production and vegetable oil processing to manufacturing, packaging, transportation, and distribution. Each stage can generate greenhouse gas emissions and therefore needs to be considered when companies develop a Net Zero Emission strategy.
Greenhouse Gas Emissions from the Margarine Industry
Margarine is often considered an alternative to butter because it is generally produced from vegetable oils rather than dairy fat.
Based on the data referenced in this article, margarine is estimated to generate approximately 7.3 pounds of CO2 for every 2.2 pounds of product, while butter generates approximately 26.7 pounds of CO2 for an equivalent amount.
However, the actual environmental impact of margarine can vary depending on raw materials, agricultural practices, energy sources, manufacturing technology, packaging, transportation, and land-use conditions.
This means that the margarine industry still needs to evaluate its environmental footprint even when some products may have a lower greenhouse gas footprint than dairy-based alternatives.
Environmental Impact of Margarine Production
The margarine industry can affect the environment through several stages of its supply chain.
Palm oil is one of the major vegetable oils commonly used in margarine production. Expansion of agricultural land for palm oil production has historically been associated with deforestation and land-use change in parts of Indonesia, particularly in Sumatra and Kalimantan.
Land-use change can contribute to habitat loss, biodiversity decline, soil degradation, and greenhouse gas emissions when forests or other carbon-rich ecosystems are converted.
For this reason, responsible sourcing is an important part of a Net Zero Emission strategy for margarine manufacturers.
Companies need to understand not only emissions generated within their own factories but also emissions associated with agricultural raw materials and their wider supply chains.
Production Processes and Net Zero Emission Challenges
Margarine production requires energy for processing, heating, cooling, mixing, crystallization, storage, packaging, and other industrial operations.
When this energy comes from fossil fuels, carbon dioxide emissions are generated directly or indirectly.
Transportation also contributes to greenhouse gas emissions. Vegetable oils and other raw materials need to be transported to manufacturing facilities, while finished margarine products are distributed to warehouses, retailers, food manufacturers, and consumers.
Packaging creates another source of emissions because energy and raw materials are required to manufacture plastic containers, wrappers, cartons, and other packaging materials.
These activities demonstrate why achieving Net Zero Emission requires companies to consider the complete value chain rather than focusing only on factory emissions.
Main Sources of Emissions in the Margarine Industry
Greenhouse gas emissions associated with margarine can originate from several major activities, including:
- Raw Material Production: Emissions associated with vegetable oil cultivation, fertilizer use, harvesting, processing, and land management.
- Manufacturing: Emissions from electricity, heat, boilers, refrigeration, and other production equipment.
- Transportation: Emissions generated during the movement of raw materials and finished products.
- Packaging: Emissions from producing, transporting, and disposing of packaging materials.
- Waste: Emissions associated with organic waste, wastewater, rejected products, and packaging waste.
Identifying these emission sources is an important first step toward developing an effective Net Zero Emission roadmap.
Net Zero Emission and the Margarine Industry
Net Zero Emission generally refers to a condition in which greenhouse gas emissions are reduced as deeply as possible and remaining residual emissions are balanced through appropriate carbon removals.
The objective is not simply to continue emitting greenhouse gases and offset all emissions. Companies should prioritize real emission reductions throughout their operations and value chains.
For the margarine industry, this requires identifying emission sources from palm oil or other vegetable oils, processing facilities, purchased electricity, logistics, packaging, waste, and other relevant activities.
Companies can then establish measurable reduction targets and develop strategies to gradually reduce their carbon footprint.
Indonesia and the Net Zero Emission Target
Indonesia has established a long-term ambition to move toward Net Zero Emission, with 2060 or sooner frequently used as the national long-term reference.
Indonesia’s earlier climate commitment included a 2030 greenhouse gas reduction target of 29% through national efforts and 41% with international support compared with the applicable baseline scenario.
These climate commitments have continued to evolve as Indonesia strengthens its national climate policies and emission reduction targets.
Industry has an important role in this transition because manufacturing, energy consumption, transportation, raw materials, and supply chains contribute to national greenhouse gas emissions.
Greenhouse Gases from Margarine Production
Several greenhouse gases may be associated with activities throughout the margarine value chain.
Carbon dioxide (CO2) can be generated through fossil fuel combustion, electricity consumption, transportation, and land-use change.
Methane (CH4) may arise from certain waste-management processes and agricultural or processing activities.
Nitrous oxide (N2O) can be associated with agricultural fertilizer use during the cultivation of crops used as vegetable oil feedstocks.
Understanding these different emission sources is important because each greenhouse gas has a different warming effect and must be appropriately converted into carbon dioxide equivalent (CO2e) when preparing a greenhouse gas inventory.
Steps Toward Net Zero Emission for the Margarine Industry
The transition toward Net Zero Emission requires practical and measurable actions. Margarine manufacturers can consider several key strategies.
- Use Renewable Energy: Replace fossil-based energy with lower-carbon sources such as solar energy, renewable electricity, biomass, or biogas where technically appropriate.
- Improve Energy Efficiency: Optimize boilers, cooling systems, motors, pumps, production equipment, lighting, and other energy-intensive operations.
- Improve Waste Management: Reduce production losses, increase recycling, manage organic waste responsibly, and identify opportunities for resource recovery.
- Support Forest and Ecosystem Restoration: Strengthen sustainable sourcing and support restoration of degraded ecosystems where relevant.
- Adopt Low-Emission Technology: Replace inefficient equipment and production systems with more energy-efficient and lower-carbon alternatives.
- Improve Agricultural Practices: Work with suppliers to optimize fertilizer and pesticide use, improve land management, and reduce upstream agricultural emissions.
Renewable Energy for Net Zero Emission
The transition from fossil energy to renewable energy is one of the most important strategies for reducing manufacturing emissions.
Margarine production facilities can evaluate solar photovoltaic systems, renewable electricity procurement, biomass, biogas, and other appropriate energy sources.
Renewable energy can reduce Scope 1 and Scope 2 emissions depending on how it is implemented.
Companies should first understand their current energy consumption and determine which processes contribute most significantly to greenhouse gas emissions.
This information can help prioritize investments that provide the greatest contribution toward Net Zero Emission.
Energy Efficiency and Net Zero Emission
Improving energy efficiency can reduce greenhouse gas emissions while also lowering operating costs.
Companies can conduct energy audits to identify inefficient equipment and production processes.
Opportunities may include installing more efficient motors, optimizing steam systems, improving insulation, recovering waste heat, reducing electricity losses, and using automated process-control systems.
Energy efficiency is particularly important because reducing energy demand can make the transition toward renewable energy easier and more cost-effective.
Waste Management for Net Zero Emission
Waste management is another important component of the margarine industry’s Net Zero Emission strategy.
Manufacturing processes may generate organic waste, wastewater, packaging waste, off-specification products, and other residual materials.
Companies can reduce emissions by preventing waste generation, improving production efficiency, recycling suitable materials, and implementing appropriate waste-treatment technologies.
Organic waste may also have the potential for biological treatment or energy recovery depending on its characteristics and applicable environmental requirements.
Sustainable Palm Oil and Net Zero Emission
For margarine made from palm oil, raw material sourcing can significantly influence the total carbon footprint.
Companies seeking to achieve Net Zero Emission should therefore improve traceability and ensure that raw materials are sourced from suppliers with responsible land-management practices.
Avoiding deforestation and conversion of carbon-rich ecosystems is particularly important because land-use change can generate substantial greenhouse gas emissions.
Supplier engagement can also encourage improved fertilizer use, methane management, renewable energy adoption, and more efficient agricultural practices.
Product Carbon Footprint and Net Zero Emission
A Product Carbon Footprint assessment can help margarine manufacturers understand greenhouse gas emissions throughout the life cycle of a specific product.
The assessment may examine raw materials, manufacturing, electricity, transportation, packaging, distribution, and end-of-life activities.
Carbon footprint results can reveal emission hotspots that should become priorities within the company’s Net Zero Emission strategy.
For example, if vegetable oil production contributes more emissions than factory electricity consumption, the company may need to prioritize sustainable sourcing and supplier engagement.
GHG Inventory for the Margarine Industry
A greenhouse gas inventory provides another important foundation for Net Zero Emission planning.
Corporate emissions are generally divided into three categories:
- Scope 1: Direct emissions from sources owned or controlled by the company.
- Scope 2: Indirect emissions associated with purchased electricity, steam, heat, or cooling.
- Scope 3: Other indirect emissions throughout the upstream and downstream value chain.
For margarine manufacturers, Scope 3 can be particularly important because emissions from vegetable oil production, agricultural inputs, transportation, packaging, and other supply-chain activities may represent a significant portion of total emissions.
Why Does the Margarine Industry Need Net Zero Emission Consulting?
Achieving Net Zero Emission can be complex because companies need to collect emissions data, establish baselines, set targets, identify reduction opportunities, implement projects, and continuously monitor progress.
Professional consultants can support companies in developing structured and technically appropriate Net Zero strategies.
Consulting services may include greenhouse gas inventories, carbon footprint calculations, emission hotspot identification, decarbonization roadmaps, energy-efficiency analysis, renewable-energy strategies, and monitoring systems.
For companies with complex supply chains, consultants can also help evaluate Scope 3 emissions and engage suppliers in emission reduction programs.
Net Zero Emission Assistance from Actia
Actia provides assistance for companies that want to develop and implement strategies toward Net Zero Emission, including companies operating in the margarine and food-processing industries.
Support can include identifying major greenhouse gas emission sources, establishing emission baselines, developing reduction strategies, evaluating low-carbon technologies, and monitoring progress.
With support from experienced professionals, companies can develop a more structured approach to reducing greenhouse gas emissions while maintaining operational efficiency and product quality.
Click here to learn more about Actia’s Net Zero Emission consulting services.
Monitoring Progress Toward Net Zero Emission
Setting a Net Zero target is only the beginning. Companies also need measurable indicators to determine whether emission reduction programs are producing the expected results.
Regular monitoring can include energy consumption, greenhouse gas emissions, renewable energy use, waste generation, transportation emissions, and supplier performance.
Companies should compare current results with their established baseline and reduction targets.
This allows management to identify programs that are working well and areas where additional action is required.
Sustainable Consumption and Net Zero Emission
Industry has a major responsibility for reducing greenhouse gas emissions, but consumers can also support the transition toward Net Zero Emission through more sustainable consumption choices.
Consumers can consider products that provide credible sustainability information, select recyclable or lower-impact packaging, reduce unnecessary waste, and support manufacturers that demonstrate measurable environmental improvements.
Local purchasing may also reduce certain transportation requirements, although the overall environmental impact still depends on the complete product life cycle.
Choosing Products with Credible Sustainability Claims
Consumers should evaluate environmental claims carefully.
Terms such as “green,” “environmentally friendly,” or “low carbon” should ideally be supported by measurable data, recognized standards, or credible certification.
Companies should avoid unsupported claims because they can create the risk of greenwashing.
Product Carbon Footprint calculations and transparent sustainability reporting can help provide stronger evidence for environmental claims.
Sustainable Packaging in the Margarine Industry
Packaging is another area that can support Net Zero Emission efforts.
Manufacturers can evaluate opportunities to reduce packaging weight, increase recycled content, improve recyclability, and optimize packaging dimensions.
Reducing packaging material can lower emissions associated with raw material production and transportation.
However, packaging improvements must continue to protect product quality, food safety, and shelf life.
Five Margarine Industry Companies in Indonesia
Several companies operate within Indonesia’s margarine, vegetable oil, and processed-fat industry. Examples include:
- Bonanza Megah Oil
- Bina Karya Prima
- Citra Nutrindo Langgeng
- Megamas Surya
- Indofood Sukses Makmur Tbk
Companies within this industry can have different production systems, raw materials, energy requirements, supply chains, and environmental impacts.
For this reason, each company needs a Net Zero Emission strategy that reflects its specific operations and emission profile.
Benefits of Net Zero Emission for the Margarine Industry
Net Zero Emission strategies can provide benefits beyond greenhouse gas reduction.
Energy efficiency can reduce operational costs, while improved waste management can reduce material losses.
Renewable energy can reduce exposure to fossil-fuel emissions, while responsible sourcing can improve supply-chain resilience.
Transparent carbon management can also help companies respond to sustainability requirements from customers, investors, regulators, and international business partners.
Companies that understand their greenhouse gas emissions are generally better positioned to identify climate-related risks and opportunities.
The Future of Net Zero Emission in the Margarine Industry
Net Zero Emission represents an important long-term direction for the margarine industry as companies respond to climate change and growing sustainability expectations.
The transition requires more than replacing one energy source or conducting a single environmental project.
Companies need comprehensive strategies covering energy, raw materials, supply chains, agriculture, manufacturing, transportation, packaging, waste, and carbon management.
Renewable energy, improved efficiency, responsible palm oil sourcing, low-emission technologies, Product Carbon Footprint assessments, and comprehensive GHG inventories can all support this transition.
Professional consulting and regular monitoring can also help companies establish realistic targets and track measurable progress.
Ultimately, achieving Net Zero Emission in the margarine industry will require long-term commitment, reliable emissions data, technological innovation, collaboration with suppliers, and continuous improvement.
By integrating climate action into business strategy, margarine manufacturers can reduce their environmental impact while strengthening operational efficiency, sustainability performance, and long-term competitiveness.