Biochar for environmentally safe pigment removal
Graphene Integrations offers a biochar solution, utilizing patented acid dehydration, to remove pigments from waste streams effectively, sustainably, and cost-efficiently. This approach enhances circularity by potentially using local waste streams for on-site biochar production.
Overview
Graphene Integrations presents a biochar-based solution for the environmentally safe removal of pigments from various waste streams. Leveraging their expertise in biochar and a patented acid dehydration process, this solution is designed to be both cost-effective and sustainable. The unique properties of biochar, which can vary based on feedstocks and processing methods, allow for tailored applications to meet specific removal goals. This approach not only addresses pigment removal but also enhances circularity by potentially enabling on-site biochar production using local waste streams.
Technical specifications
Key features:
- Utilizes patented acid dehydration process to produce biochar
- Capable of removing pigments from diverse waste streams
- Adaptable to different feedstocks and processes to optimize performance
- Supports on-site production to improve sustainability and reduce costs
- Promotes circularity by integrating local waste streams into production
Technology readiness level
This biochar-based pigment removal technology is at a Technology Readiness Level (TRL) of 8. It has been demonstrated successfully in relevant environments and is nearing commercial deployment. The next steps involve optimizing processes at lab and pilot scales, followed by business rollout discussions.
About Graphene Integrations
Graphene Integrations is a technology firm focusing on practical applications of graphene. Likely founded by material scientists, it aims to commercialize graphene beyond electronics. The choice of Manchester hints at links to the University of Manchester (a graphene research hub). They provide solutions in various sectors and have recently spotlighted food packaging as a promising field.
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