With strategic stakeholders, we are working on developing a platform for the direct air capture of carbon dioxide that can be retrofitted to existing rooftop heating, ventilation and air conditioning units and converted into energy.
Smart textiles can harvest energy from different sources and through various techniques while walking, standing, running and sweating. In doing so, we can create renewable energy using our own clothes and shoes!
We are creating a decentralized, community-centric system to support biodiversity in ecosystems currently plagued by agricultural runoff, biosolids & organic waste. Conversion of this resource into biocrude could significantly contribute to the creation of a new domestic bioenergy industry, while providing an economically and environmentally sustainable alternative for current waste disposal practices.
Modular shipping containers which uses water & renewable electricity to capture CO2 from the air & convert into aviation fuel (Power-to-Liquid). Can be co-located at airports.
We are designing on-site, containerized organic recycling systems to convert food waste into carbon negative energy while capturing & converting biogenic co2 into a direct replacement for beverage dispensers & carbonated soft drinks.
Circular CCUS is designed to optimize point-source carbon capture for waste-to-energy, cement & steel plants-transforming CO2 into a valuable resource while removing carbon emissions permanently. A carbon dioxide removal process converting waste co2 into a circular asset, while providing the cement industry with an important lever to improve supply chain optionality.
Off-grid EV super-charging eliminating electrical grid demand fees for commercial locations including multifamily apartment communities, gas stations & convenience store locations. Developed utilizing internal fuel cells, solar panels, generators, and battery storage systems.
Trillions of pieces of plastic pollute our oceans today, and the problem is worsening. We are developing technologies & reverse logistics systems to rid the oceans of plastic and reintegrate back into supply chains & the built environment. Including skateboards, flat-pack furniture, plastic lumber & even smaller plastic components for asphalt & concrete.
Redefines residential municipal solid waste (MSW) management by merging multiple collection routes into one streamlined color-bag process. This innovative approach balances economic efficiency with environmental responsibility, offering diverse and flexible options for waste generators.
Using material separation capabilities and environmentally friendly chemicals, liquids are removed from solids using a solvent then the solvent is removed from the liquids to keep billions of greasy pizza boxes in the supply chain & out of landfills.
Abandoned oil and gas wells may number close to 29 million globally with more than 3 million in the US alone. Many of these are emitting significant amounts of methane, estimated at 2.5M tons per year. Biochar-based concrete made from organic waste designed to be used to cap wells and remediate toxins that often contaminate ecosystems around wells, significantly reduce the amount of concrete needed & permanently sequestering carbon deep underground (BiCRS).
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