This company develops low-impact agricultural alternatives using biotechnology to replace environmentally destructive products. Their initial focus is on creating cocoa substitutes derived from upcycled industrial coffee waste. They utilize a proprietary extraction and refining method to produce a powder ready for use in baking applications.
Funding
$110K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
GAFounders
Product
Problem
The production of traditional cocoa powder contributes to significant environmental issues, including deforestation, high water consumption, and greenhouse gas emissions from agricultural practices. The industry's reliance on resource-intensive farming methods poses a threat to biodiversity and sustainable land use.
Solution
Kawa Project offers a sustainable alternative to traditional cocoa by upcycling used coffee grounds into a cocoa powder substitute. Their proprietary extraction and refining process transforms coffee waste from industrial brewers into a versatile ingredient for baking and food production. This approach reduces the environmental impact associated with conventional cocoa farming by utilizing an existing waste stream and minimizing the need for additional agricultural land and resources. The resulting cocoa alternative provides a more environmentally friendly option for manufacturers and consumers seeking to reduce their ecological footprint.
Target Audience
The primary target audience includes food manufacturers, bakeries, and other businesses seeking sustainable and environmentally conscious ingredients for their products.
Features
- Utilizes upcycled coffee grounds as the primary raw material.
- Employs a proprietary extraction and refining method to process coffee waste.
- Produces a milled powder suitable as a direct substitute for cocoa powder in baking applications.
- Reduces reliance on traditional cocoa farming, mitigating deforestation and resource depletion.