Product development
Carbon-Net Zero Gypsum Wall
Black Plastic Mulch with no carbon black
Black Plastic Mulch with no carbon black
We developed a gypsum wall that is carbon net zero. In the context of a SBIR grant from the Environmental Protection Agency we were able to prototype how we can impact an industry that emits millions of tons of CO2e every year.
Black Plastic Mulch with no carbon black
Black Plastic Mulch with no carbon black
Black Plastic Mulch with no carbon black
We developed a fully biodegradable black plastic film. We prototyped a black mulch film that performed in the film, this without carbon black an additive that whose manufacture emits millions of tons of CO2e every year.
Brick with post-consumer plastic
Black Plastic Mulch with no carbon black
Brick with post-consumer plastic
We developed a similar cost, carbon neutral brick for non-structural uses. This is badly needed as the construction industry still utilizes cement for non-structural applications (pavers, etc.) which emits millions of tons of CO2e every year.
Consulting Services
Black Plastic Mulch with no carbon black
Brick with post-consumer plastic
You want to lower the embodied carbon of your industrial product? Drop us an email, we can help integrating carbon neutral and carbon negative practices to help you reach your objectives!
Biochar integration
Anaerobic Digestion
Anaerobic Digestion
Anaerobic Digestion
When added to digesters, biochar provides a large surface area for microbes to colonize, which enhances microbial efficiency and boosts biogas production. It also helps capture and retain nutrients, reducing nutrient loss in the digestate. Moreover, biochar reduces odors in AD systems, improving operational conditions. The biochar-enriche
When added to digesters, biochar provides a large surface area for microbes to colonize, which enhances microbial efficiency and boosts biogas production. It also helps capture and retain nutrients, reducing nutrient loss in the digestate. Moreover, biochar reduces odors in AD systems, improving operational conditions. The biochar-enriched digestate can then be used as a nutrient-rich soil amendment, promoting carbon sequestration while improving soil health. By integrating biochar into AD processes, operators can close the loop on waste, turning food waste into biochar and digestate, and creating a circular, sustainable bioeconomy.
Composting
Anaerobic Digestion
Anaerobic Digestion
In composting, biochar improves aeration and moisture retention, creating an optimal environment for microbial activity. This accelerates the breakdown of organic matter, leading to faster compost maturity times. Its porous structure captures and stores nutrients, preventing them from leaching out during the composting process, which enha
In composting, biochar improves aeration and moisture retention, creating an optimal environment for microbial activity. This accelerates the breakdown of organic matter, leading to faster compost maturity times. Its porous structure captures and stores nutrients, preventing them from leaching out during the composting process, which enhances the quality of the final compost product. Additionally, biochar reduces odors in large compost piles by binding them to volatile gases responsible for bad smells, making the composting operation more pleasant and efficient. Composters can achieve circularity by pyrolyzing their own excess food waste, turning it into biochar, and then adding it back to the compost pile. This not only recycles organic waste but also enriches the compost with valuable carbon and nutrients, promoting sustainable waste management.
Consulting Services
Anaerobic Digestion
Consulting Services
Do you want to utilize biochar in your industrial process? Drop us an email, we can help integrating carbon neutral and carbon negative practices to help you reach your objectives!