FOOD CROP RESIDUES KEY TO THE CIRCULAR AND BIO ECONOMY
WE LIVE IN A WORLD FULL OF FIBERS AND POLYMERS
WE LIVE IN A WORLD FULL OF FIBERS AND POLYMERS
DEMAND IS GROWING, OUR PLANET CAN’T KEEP UP
Cotton grows on land needed for food
Planted forests displace native plants and animals
Oil: finite supply and results in air/water/land/toxicity
Cotton grows on land needed for food
Planted forests displace native plants and animals
Oil: finite supply and results in air/water/land/toxicity
FOOD CROP RESIDUES: THE FUTURE OF FIBERS AND POLYMERS
These are some the plants that provide our food and the clothing we wear, representing one of the largest sources of agricultural biomass.
~40% of the crop biomass is used as food or fiber
Cotton Fiber and seed
Rice Grain
Wheat Grain
Sugar cane Sweetener
~60% are crop residues and this biomass may be used for bio-products
Cotton Stalk
Rice & Wheat
Stems & Husks
Cane Bark
FOOD CROP RESIDUES CAN BE A LIABILITY
And A Major Contributor To Climate Change
This biomass is getting burned.
*Causing 7 million deaths per year (WHO 2008)
SOLUTION: THE AGREFINERYTM
Food Crop Residue Valorization
COMPETITIVE ADVANTAGE
Circular Tech + Regenerative Impact
Low cost
Cost competitive to conventional virgin and fossil fuel-based products.
Feedstock Agnostic
Designed to process the biggest non-food lignocellulosic biomass categories on the planet.
Biofractionation
Mechanical, chemical and hydrothermal processes to effectively fractionate feedstocks and unlock the value of their constituent parts.
Multi-Product Approach
Upgrading biomass into diverse fiber, polymer and chemical co-products.
Renewable Energy
Our closed loop systems incorporate a variety of renewable energy strategies like non-wood biomass for thermal energy, and wind or solar for electrical energy.
Carbon Negative
Use of annually regrown biomass as the source for carbon negative fibers, biopolymers and process energy in a one-year carbon loop.
Fertility Cycle
Our closed-loop system co-products include regenerative fertilizer, a blend of fixed carbon, organic carbon, bioactives, and minerals, all sourced from the same source of non-food biomass as our fibers, polymers, and chemicals.
Bioenergy
Our technology harnesses the synergy of simultaneous bio-energy and bio-chemical production.