MAKING FOSSIL FUEL-BASED INDUSTRIES NEAR ZERO EMISSIONS
In a world where industrial emissions significantly contribute to climate change and create public health problems and costs, SuperFlox empowers industries to take decisive action to prevent these emissions at source. By leveraging our patented flameless oxidation technology, we transform harmful gases into clean air at their source, delivering near-zero emissions previously thought impossible, across various sectors.
APPLICATIONS OF SUPERFLOX TECH BY INDUSTRY
Refined oil products
- Transportation
Coastal and inland tanker ship degassing: instead of residue being vented direct to air to clean tanks after discharging refined oil products carried (now prohibited across the EU for inland tankers), SuperFlox can degas tanks and holds, preventing unburnt gases/volatile organic compounds from being pumped into the air we breathe, reducing CO2 emissions by 98% and Nox emissions by 98% – and in addition converting harmful gases literally into clean air.
Gas
- Fracking
Convert waste gases emitted from hydraulic fracturing into near-zero pollutants. - Flaring
Replace wasteful flaring with flameless oxidation to eliminate harmful byproducts, converting the energy from gases into usable electricity or steam on-site. - LNG tanker vessels
Reduce emissions from gas transport ships to create a cleaner supply chain.
Crude Oil
- Production
Eliminate harmful emissions during crude oil extraction processes by transforming flaring, which typically wastes energy and produces harmful NOx, into a method that harnesses energy to actually power the oil extraction equipment. This process can reduce NOx emissions by up to 98%. - Refineries*
Achieve significant NOx and CO2 emissions reductions, ensuring compliance with stringent regulations. - VLCCs (Very Large Crude Carriers)
Transform the harmful venting of residue vapours and gases directly into the air, achieving near-zero emissions and substantially lowering CO2 emissions from large tanker ships during loading and unloading.
Coal
- Coal Gasification
Producing fertiliser from coal results in substantial methane emissions, which are 80 times more harmful than CO2 In this production process, SuperFlox tech can vastly reduce GHG emissions – by reducing CO2 and NOX - Coal-Fired Power Plants
Mitigate NOX emissions from power generation while adhering to regulatory requirements. - Steel Industry
Address pollution, including particulate matter emissions generated by coal-dependent steel production.
Waste Management
- Incineration
Prevent pollution from waste combustion by eliminating harmful gases at the source. - Landfills
Eliminate harmful methane emissions from decomposing waste by reducing CO2 by 98%, preventing NOX formation with SuperFlox technology.
Chemicals
- Pyrolysis Plants
Ensure cleaner emissions during the thermal decomposition of materials.
Biofuels
- Biogas
Reduce emissions from the production of renewable energy. - Refineries
Enhance sustainability by cleaning emissions generated during biofuel refining.
HOW SUPERFLOX MAKES A DIFFERENCE
Comprehensive Coverage
Superflox effectively addresses over 95% of industrial emissions across a wide range of applications. And we are spending on R&D to make that 99% soon.
Scalable Deployment
Offering mobile containerised units for flexible deployment, as well as large-scale systems like GigaFlox for high-capacity requirements.
Proven Results
Superflox achieves a 98% reduction in NOX and CO2 emissions, and transforms harmful gases to clean air, contributing to significant environmental and economic improvements.