CHANGE THE CLIMATE
FROM THE GROUND UP
WHY CARBON OFFSETTING IS IMPORTANT FOR YOUR COMPANY
In a world where innovation and technology are at the forefront, integrating sustainable practices is not just a trend-it's a necessity.
Carbon offsetting provides a practical solution to reduce your company’s environmental footprint while also supporting global efforts to combat climate change.
WITH RECYCOAL
your company can actively contribute to climate protection by offsetting carbon emissions through our high-quality, independently verified carbon credits.
These credits are generated by projects in Rwanda, Tanzania, and Senegal, where we convert unused biomass into biochar, a process that removes CO2 from the atmosphere and stores it long-term in the soil
GET STARTED WITH RECYCOAL
and create opportunities in 3 simple steps
At RecyCoal, we offer tailored solutions to meet your specific needs. We work closely with your team to analyze your priorities and develop a carbon offsetting strategy that aligns with your business goals. Our transparent data and continuous updates ensure that you stay informed about the positive impact your company is making.
STEP 1 - Needs Analysis and Customization
We begin by working closely with your team to understand your company’s specific needs and sustainability goals. Our experts conduct a thorough analysis of your carbon footprint, taking into account your industry, operational practices, and strategic objectives. Based on this analysis, we develop a tailored carbon offsetting plan that aligns perfectly with your business priorities.
Key Outcomes:
- Clear identification of your carbon offsetting needs.
- A customized plan designed to maximize impact and align with your corporate goals.
STEP 2 - Project Design and Implementation
Once your customized plan is in place, we move on to designing and implementing the offsetting projects. RecyCoal partners with local communities in Rwanda, Tanzania, and Senegal to create impactful projects that remove CO2 from the atmosphere. We utilize a low-tech pyrolysis process to convert unused biomass into biochar, which is then incorporated into the soil to sequester carbon long-term.
Key Outcomes:
- Deployment of projects specifically designed to meet your offsetting requirements.
- Collaboration with local communities ensures sustainable and socially responsible outcomes.
- Real, measurable impact in terms of CO2 removal and soil enhancement.
STEP 3 - Verification, Reporting & Ongoing Support
We ensure that all carbon credits produced in RecyCoal projects are independently verified under the Artisan C-Sink Standard of Ceres, guaranteeing high-quality. We provide transparent reports with data on CO2 removal, giving you clear insights into your impact.
Additionally, we offer ongoing support, with regular updates and adjustments to your offsetting strategy as your business evolves, ensuring long-term success and alignment with your goals.
Key Outcomes:
- Independent verification of carbon credits and transparent reporting.
- Ongoing support with continuous updates to adapt your strategy.
- Long-term partnership focused on sustainability and business growth.
WE WORK WITH NATURE FOR NATURE
We use the natural carbon cycle to bind CO2 from the atmosphere. Directly and long-term
The greenery in our fields also undergoes photosynthesis and stores CO2. However, unlike in trees, the CO2 stored in crops, foliage, and grasses isn't sequestered for a long period of time; it's part of a natural cycle of absorption, storage, and release through burning or uncontrolled composting.
Here lies the opportunity: that's why we practice Biochar Carbon Removal (BCR).BCR refers to the use of biochar, a stable form of organic carbon, to remove carbon dioxide from the atmosphere and store it in the soil long-term. Biochar is produced by pyrolyzing biomass, where organic materials such as plant waste are heated in a low-oxygen environment. The result is a porous, carbon-rich material. By further processing it into fertilizer, we enhance the natural carbon cycle to improve soil health and reduce CO2 concentration in the atmosphere.