First Petroleum Source's In-House Technologies
Regenerative Ballistic Armor
Hydrogen Producing Fuel Reformer
Hydrogen Producing Fuel Reformer
This technology is already patented and undergoing further testing. Light weight, high performance ballistic armor that can be regenerated in the field for continued protection.
Hydrogen Producing Fuel Reformer
Hydrogen Producing Fuel Reformer
Hydrogen Producing Fuel Reformer
Highly efficient, light weight, portable fuel reformer capable of producing hydrogen on-demand for use in fuel cells for the clean generation of electrical power.
Greenhouse Heat Pipes
Hydrogen Producing Fuel Reformer
In Situ PCB Incineration
Reduces or eliminates the requirements of heating and cooling greenhouses.
In Situ PCB Incineration
Oilfield Parraffin Treatment
In Situ PCB Incineration
Highly efficient, mobile package that removes PCB’s from waterways and returns the cleaned water to the source. Eliminating costs of transporting hazardous materials.
Oilfield Parraffin Treatment
Oilfield Parraffin Treatment
Oilfield Parraffin Treatment
Flameless, non chemical process used to prevent the void up of paraffin in oil wells and flow lines.
Control Fires in Peat Bog
Oilfield Parraffin Treatment
Oilfield Parraffin Treatment
The package provides an organic barrier that prevents the spread of fire in peat bog.
The Hydrogen Project
The Hydrogen Project
The Hydrogen Project
Powered by Hydrogen:
Hydrogen FCEVs are comparable to typical EV's. Hydrogen cars store energy to run electric motors. The difference is that FCEV's fill their tank with highly pressurized hydrogen rather than charging the batteries via cables or charging stations. The most significant aspect is the only by-products of hydrogen cars are electricity and pure water.
Clean Water Tech
The Hydrogen Project
The Hydrogen Project
Case Study: Massive quantities of highly acidic water (“sour water”) are being produced and injected into the ground for oil and gas production. The sour water causes the break-down of production and injection equipment and reduces oil recovery. Current best practice is to treat water with large quantities of chemicals to neutralize the
Case Study: Massive quantities of highly acidic water (“sour water”) are being produced and injected into the ground for oil and gas production. The sour water causes the break-down of production and injection equipment and reduces oil recovery. Current best practice is to treat water with large quantities of chemicals to neutralize the sulfides. It is expensive and a hazard to the environment.
Solution: We apply a new process using our proprietary self-cleaning electro-chemical reactor with special electrodes to produce mixed-oxidants and ozone. This process is less expensive to operate than the current chemical treatment practices and requires no additional chemicals or chemical storage.