Power and Fresh Drinking Water: $2 Billion USD

Presently, the amount of daily flared sweet gas from Nigeria could power most of Europe. The potential exists to build dry docks on the Atlantic Ocean, about 50 kilometers off the coast, with 60 to 500 MWT turbine production output.

The entire operation would be at sea. The flared gas would serve as feedstock from the sea floor wellheads and would be piped to the turbine to produce the utility.

We have set aside one operator’s flared gas, which could be immediately at our disposal. The heat vapors from the rear of the turbines would be captured to produce fresh drinking water.

Every 60MWT of utility produced can initialize vapors to produce 1 million gallons of drinking water every 24 hours. The utility can be sold in bulk to neighboring countries in the sub-region as well as to the FGN on a pre-paid basis.

We could sell the delivery of the drinking water to other countries and the FGN and price it based on the gallons we produce. We could provide fresh water to some of the 200 offshore oil platforms in the region and other vessels that ply along the West African coast. Siemens owns the “sweet gas-to-power technology.”

We can bring in a technical partner to do a build-out of the dry docks and a major turnkey operator of the turbine/freshwater facility.