First things first

Our program targets gases like methane (CH4), nitrous oxide (N2O), hydrofluorocarbons (HFCs), perfluorocarbons (PFCs), sulfur hexafluoride (SF6), and nitrogen trifluoride (NF3). However, reducing supply chain emissions prior to buying carbon credits is important for several reasons, which align with the principles and goals of effective carbon management.

Reducing emissions directly within the supply chain enhances the credibility and integrity of a company's sustainability efforts. It demonstrates a commitment to actual emission reductions rather than relying on offsets, which can be seen as a way to avoid taking meaningful action.

Supply chain improvements typically lead to permanent reductions in emissions, whereas carbon credits often represent temporary solutions. This means that direct reductions have a lasting impact on overall emissions.

Increasingly, regulatory bodies, investors, and consumers expect companies to demonstrate real, verifiable reductions in their carbon footprint. Meeting these expectations helps maintain compliance and improve the company's market reputation.

Investing in supply chain efficiencies can lead to cost savings over time. Improved processes, reduced energy use, and minimized waste can lower operational costs and enhance profitability.

By reducing emissions within the supply chain, companies can better manage risks associated with carbon pricing, regulatory changes, and supply chain disruptions. This proactive approach helps ensure long-term business resilience.

Direct emissions reductions are crucial for companies committed to science-based targets, which require significant cuts in greenhouse gases in line with climate science to limit global warming.

Supply chain activities contribute significantly to Scope 3 emissions. Addressing these emissions directly can greatly impact a company's overall carbon footprint, aligning with the GHG Protocol's guidance on comprehensive emission accounting and reduction strategies.

For example, according to the GHG Protocol's guidelines on various categories such as waste generated in operations (Category 5), processing of sold products (Category 10), and transportation and distribution (Categories 9 and 13), companies should prioritize supplier-specific data collection, efficiency improvements, and process optimizations to achieve tangible reductions in their GHG emissions.

These methods provide a more sustainable and impactful approach compared to solely relying on carbon credits.

By focusing on these direct actions, companies can demonstrate leadership in sustainability and contribute meaningfully to global emission reduction goals.

Our Registry

Our registry handles the complete lifecycle of carbon credits, from issuance to retirement, ensuring that every credit is tracked with precision and accountability. Our rigorous standards and transparent processes ensure that every carbon credit issued is credible and trustworthy.

We focus on high-GWP non-CO2 GHGs, driving significant environmental impact through innovative projects.

By aligning with international climate frameworks, we support global climate goals and contribute to meaningful change.

Our registry is designed for ease of use, providing a seamless experience for all users, from project developers to carbon credit buyers.

Once projects are verified, carbon credits are issued promptly and accurately, reflecting the verified emission reductions. When credits are used to offset emissions, they are permanently retired, preventing reuse and ensuring the integrity of the offset process.

Our projects undergo thorough validation and verification by accredited third-party auditors, guaranteeing the integrity of the emission reductions. Detailed project documentation, including Project Design Documents (PDDs) and monitoring reports, are available for public viewing, fostering transparency and trust.

Our Standard

As part of our commitment to combating climate change, we have developed the Non Carbon Carbon Credit Standard (NCCS) - a pioneering framework focused on reducing non-carbon dioxide (CO2) greenhouse gases (GHGs).

The NCCS targets and mitigates emissions of non-CO2 GHGs such as methane, nitrous oxide, hydrofluorocarbons (HFCs), perfluorocarbons (PFCs), sulfur hexafluoride, and nitrogen trifluoride. The standard aims to reduce the environmental impact of these gases through structured and verifiable mechanisms. Key objectives include reducing non-CO2 GHG emissions, creating a market for CO2e credits, supporting mitigation projects, promoting sustainable practices, enhancing transparency and accountability, integrating with global climate goals, and fostering innovation and continuous improvement.

These gases, while less prevalent than CO2, have significantly higher global warming potentials and contribute substantially to global warming.

The Non Carbon Carbon Credit Standard (NCCS) is a pioneering framework dedicated to mitigating non-carbon dioxide (CO2) greenhouse gases (GHGs) from electronic and electrical equipment and within the buyer's supply chain. This standard addresses significant contributors to global warming, including methane (CH4), nitrous oxide (N2O), and fluorinated gases.

Projects

Semiconductor Manufacturing

Gases: NF3

GhG Categories: Scope 3 Category 10

Project Overview: Optimizing cleaning processes in semiconductor manufacturing to reduce NF3 emissions.

Additionality: The project reduces NF3 emissions beyond what would have happened under normal circumstances by implementing advanced cleaning techniques.

Permanence: The emission reductions are permanent as the optimized processes are maintained over time, ensuring continuous reduction of NF3 emissions.

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Foam production

Gases: HFCs

GhG Categories: Scope 3 Category 1

Project Overview: Replacing high-GWP blowing agents in foam production to reduce HFC emissions.

Additionality: This project uses alternative blowing agents that significantly lower HFC emissions, providing climate benefits that would not occur without this intervention.

Permanence: The reductions are ensured by the consistent use of low-GWP agents in manufacturing processes, preventing the reversion to high-GWP agents.

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Electrical equipment

Gases: SF6

GhG Categories: Scope 3 Category 11

Project Overview: Replacing SF6 with alternative insulation gases in electrical equipment to reduce emissions.

Additionality: By introducing alternative gases with lower GWPs, the project achieves emission reductions that surpass typical industry practices.

Permanence: The transition to alternative gases is permanent, supported by improved leak detection and maintenance protocols to ensure ongoing emission reductions.

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Projects

Topic	Gases	Categories	Overview	Additionality	Permanence
Semiconductor Manufacturing	NF3	Scope 3 Category 10	Optimizing cleaning processes in semiconductor manufacturing to reduce NF3 emissions.	The project reduces NF3 emissions beyond what would have happened under normal circumstances by implementing advanced cleaning techniques.	The emission reductions are permanent as the optimized processes are maintained over time, ensuring continuous reduction of NF3 emissions.
Foam production	HFCs	Scope 3 Category 1	Replacing high-GWP blowing agents in foam production to reduce HFC emissions.	This project uses alternative blowing agents that significantly lower HFC emissions, providing climate benefits that would not occur without this intervention.	The reductions are ensured by the consistent use of low-GWP agents in manufacturing processes, preventing the reversion to high-GWP agents.
Electrical equipment	SF6	Scope 3 Category 11	Replacing SF6 with alternative insulation gases in electrical equipment to reduce emissions.	By introducing alternative gases with lower GWPs, the project achieves emission reductions that surpass typical industry practices.	The transition to alternative gases is permanent, supported by improved leak detection and maintenance protocols to ensure ongoing emission reductions.

MobiCycle is at the crossroads of Consulting, Technology, Gaming, and Marketing. When you hire our consultants, we ensure the collection of necessary data and provide a clear outline of your processes. In the technology sphere, we provide AI-enabled supply chain management solutions along with an extensive suite of digital tools and hardware designed for efficient eWaste management. Our marketing efforts celebrate your achievements and shine a light on your organization's dedication to responsible mining methods, cleaner manufacturing processes, and appropriate disposal and recycling techniques.

In terms of games, we offer engaging experiences that depict the real-world consequences of ignoring best environmental practices, providing a powerful educational tool. The addition of educational games to MobiCycle's portfolio underscores our commitment to raising awareness and inspiring action.

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At MobiCycle, we empower organizations to harness the power of technology, data science, and collaborative endeavors to shape a sustainable future. Our vision is of an electronics industry that operates in symbiosis with the environment, significantly reducing its ecological footprint and safeguarding biodiversity for the generations to come.

If our vision resonates with you, we're ready to offer our support. We can help foster transparent dialogues with your suppliers, facilitating the acquisition of vital data, even when the discussions may prove difficult. The key to our collective longevity on this planet lies in incorporating the collection and reporting of accurate emissions data into daily operations across the entire supply chain.

Scope 3 Biodiversity Pollution

Carbon Credit Program

First things first

Our Registry

Our Standard

Projects

Semiconductor Manufacturing

Foam production

Electrical equipment

Projects

Welcome to the platform.

Get started today.