'Net Zero Needn't be a Zero Sum Game'
The fuels of today can be the fuels of tomorrow.
Like it or not, carbon-based fuels are the only way to supply a great many of our global energy needs. They are required to achieve sufficiently high energy density in a wide range of applications from transport, manufacture and aviation through to basic heating and cooking.
C3 BIOTECH is pioneering solutions that enable global markets to continue using conventional carbon-based fuels through effective carbon management without increasing the net amount of CO2 emitted into our environment, thereby meeting net zero carbon targets.
C3 BIOTECH is engineering biology to biomanufacture hydrocarbon fuels from major industrial wastes including CO2. These can then drop into existing supply chains as sustainable replacement fuels.
C3 BIOTECH uses emergent technologies for the bio-production of BIO-AIR and BIO-LPG. We are energising a radical bottom-up redesign of the entire biological production system to create complete biomanufacturing solutions to meet global energy needs. C3 BIOTECH works across biomanufacturing and fuels distribution supply chains to ensure delivery of hydrocarbon fuels that are sustainable, renewable and cost effective.
C3 BIOTECH embeds the complete bio-production of hydrocarbon fuels into existing infrastructures for efficient waste processing and fuel distribution. By tailoring to multiple waste streams, C3 BIOTECH provides new solutions to support energy self-sufficiency, waste management, fresh water conservation and carbon reduction in both advanced and developing nations of the world, thereby contributing to global resource de-stressing.
WASTE INTO HIGH VALUE FUEL
GLOBAL RESOURCE DE-STRESSING
Human activity generates waste. C3 BIOTECH is engineering biology to work with a range of industrial and organic waste streams, including CO2. We provide pioneering solutions to waste management and convert low value waste streams into sustainable high-value fuels using natural biological processes. This drives economic prosperity whilst simultaneously reducing the impact of industrial wastes on the global environment and climate change.