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Carbon Management

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I-REC and Carbon Offset/Inset

EPSOL supports organizations striving for carbon neutrality by offering solutions such as carbon offsetting and carbon removal, contributing to balancing carbon emissions and fighting climate change goals.

Carbon removal typically involves achieving CO2 savings equivalent to a company's greenhouse gas emissions through projects like renewable energy or afforestation. On the other hand, carbon offsetting involves developing projects within an organization's supply chain to reduce greenhouse gas emissions, positively impacting the ecosystem. This allows organizations to reduce their overall greenhouse gas emissions through reductions made in their resources.

For carbon removal initiatives, an organization’s carbon footprint is first calculated and reported. Greenhouse gases are then analyzed according to ISO 14064 standards, and improvements are made to minimize emissions wherever possible. For emissions that cannot be reduced, carbon offsetting efforts are initiated.

Carbon certificates play a crucial role; voluntary carbon trading post-Kyoto Protocol enables the acquisition of carbon certificates. In this system, a carbon certificate serves as proof of activities leading to CO2 equivalent reductions.

Additionally, there are widely recognized standards such as IREC for renewable energy plants. IREC is a certification system for organizations producing electricity from renewable sources. Under this system, producers can demonstrate that their electricity comes from renewable sources and offer reliable and internationally recognized certificates to buyers wishing to balance or neutralize their Scope 2 emissions.

At EPSOL, we are pleased to assist you on your journey towards carbon neutrality, balancing negative impacts, and creating positive effects in your industry. For more information or to get in touch, please contact us.

Carbon Footprint of Products

Product-based carbon footprint calculation is the process of determining and evaluating the greenhouse gas emissions released throughout a product's life cycle. This calculation covers stages including raw material production, manufacturing, distribution, usage, and disposal. The methods and benefits of product-based carbon footprint calculation are as follows:

Methods:

  • Life Cycle Assessment (LCA): This method is used to calculate the greenhouse gas emissions released throughout the product’s entire life cycle, from raw material production to usage and eventual disposal.
  • Carbon Dioxide Equivalent Calculation: This method expresses the impact of different greenhouse gases as carbon dioxide equivalents and is used to calculate the total greenhouse gas emissions of the product.
  • Compliance with International Standards: Product-based carbon footprint calculations are often performed in accordance with international standards such as ISO 14067.

Benefits:

  • Improved Environmental Performance: Identifying the environmental impacts of a product helps in defining measures to improve environmental performance.
  • Competitive Advantage: Products with a lower carbon footprint provide a competitive edge in green markets.
  • Supply Chain Management: Identifying emissions released throughout the supply chain supports achieving sustainability goals in supply chain management.
  • Increased Consumer Awareness: Clearly stating the environmental impacts of a product raises consumer awareness and encourages demand for green products.
  • Increased Transparency: Product carbon footprint calculation helps companies understand their environmental impacts and report this information transparently, supporting sustainability efforts.

At EPSOL, we offer expert consulting services for product-based carbon footprint calculation. Contact us to assess the environmental impacts of your products and develop your sustainability strategies.

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life-cycle-analysis

Life Cycle Analysis (LCA)

Life Cycle Assessment (LCA) is a method used to evaluate the environmental impacts of a product or service throughout its entire life cycle, from raw material extraction to production and use.

LCA provides valuable insights into understanding and reducing the environmental footprints of products. This method offers companies the opportunity to improve product design and enhance environmental performance, thereby gaining a competitive advantage. As a result, companies can offer more competitive and environmentally friendly products.

At EPSOL, we perform life cycle assessments of your products with advanced software support and report the results in accordance with ISO 14040 standards. For more information and support, please contact us.

Chemical Footprint

Chemical footprint analysis is a critical method for measuring and managing the environmental impacts of chemicals used in a product or process. This analysis aims to identify potential negative impacts arising from chemical use and minimize these effects.

The steps of chemical footprint analysis are as follows:

  • Identification of Chemicals: Determining the chemicals to be used and identifying the processes associated with their use.
  • Impact Assessment: Analyzing the environmental impacts of each chemical and assessing these effects comprehensively.
  • Footprint Calculation: Calculating the total chemical footprint of the product or process, considering the impacts associated with the identified chemicals.
  • Analysis of Results and Improvement Recommendations: Analyzing the obtained results and developing improvement recommendations based on these results.

Chemical footprint analysis helps businesses improve their environmental performance and reduce environmental risks associated with chemical use, providing transparency in reporting their environmental impacts. This allows businesses to gain a competitive advantage while meeting their environmental obligations.

At EPSOL, we offer expert consulting services in chemical footprint calculation and assist businesses in reducing their environmental impacts. For more detailed information and support, please contact us.

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Water Footprint

Water footprint comprehensively represents the total amount of water directly and indirectly consumed throughout the life cycle of a product or activity. This concept facilitates a deep analysis of individual and societal water consumption patterns and plays a critical role in water conservation, sustainable water management, and addressing the global water crisis.

Water footprint calculations are conducted according to ISO 14046 standards. This international standard provides fundamental principles for assessing and reporting water footprints, making the environmental impacts of water consumption clear and manageable.

The water footprint is an indispensable tool for organizations required to assess and report their environmental impacts. Calculating the water footprint offers valuable opportunities such as managing water use environmentally, reducing consumption, increasing water efficiency, and contributing to an organization’s sustainability profile. Additionally, water footprint reports help organizations optimize compliance with regulations and facilitate access to green financing opportunities.

At EPSOL, we offer expert consulting services in water footprint calculation and management. Contact us to help your organization manage water resources more effectively and sustainably.

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