CLEAN POWER & POTABLE WATER PRODUCTION
Our diesel replacement, which can also be blended with regular diesel, can be used in diesel generators.
We can produce a Carbon-free natural methane gas replacement that can be used in gas-fired turbines (in both the gaseous and liquid phases).
We can also produce a Carbon-free fuel that replaces Coal to be used to heat the boilers, as well as produce steam to drive turbines.
Additionally, we have a complete turn-key powerplant that can be used to augment or replace all of the above power generation systems or, be used as a stand-alone unit for new or expansion power needs.
It has a very small footprint, making it easy for retrofitting or as replacement for other systems. It is a combination of more than five technologies that redefine clean power production.
Simultaneously produces enormous volumes of clean water from seawater
Besides its extraordinary power capabilities, this new power plant simultaneously produces enormous volumes of clean water from seawater, virtually obsoleting the need for desalination.
Full global implementation of this technology has the real potential to reduce or eliminate drought and related famine worldwide.
Clean water is produced without the use of filters, membranes, distillation, reverse osmosis, chemicals, ion exchange, and it does not produce a brine discharge. And, the system cleans the air in the process, as it uses a type of Carbon-free Fuel. Water outputs can be ultrapure water – potable, boiler feed quality, de-ionized, or oxygenated to specified levels.
The fully integrated system captures and utilizes the untapped energy residing in seawater, wastewater
and even solid waste.
Through the application of modern Quantum Physics and breakthrough non-thermal plasma technology, a suite of technologies has been developed to both capture and harness the energy of water and produce clean power at volumes that can supply cities. The fully integrated system captures and utilizes the untapped energy residing in seawater, wastewater and even solid waste. These are just some of the notable benefits:
The footprint of the power plant operation is typically less than 10% of conventional processes for the same output.
The system produces a pure signal, reducing “dirty power” and its related health issues.
Each power system is built in modular construction, shop fabricated and tested.
Each system has full built in redundancy and is guaranteed to always have power available.
REDUCED BROWN OUTS
It is designed to provide both base load and peak load (ancillary or distributive) Carbon-free electrical power, reducing brown outs and damage from low voltage variances in conventional power production.
LESS THAN 60 SECONDS TO FULL CAPACITY
Modules can be powered up from start to full capacity in less than 60 seconds in most cases.
QUICK ADAPTATION TO LOAD CHANGES
The modules can take on and adjust to severe load changes in seconds without damaging equipment.
GUARANTEED INDUSTRY STANDARD
The power output volume and quality are guaranteed and bonded as industry standards require.
PROFESSIONAL FEASIBILITY STUDY
Each project undergoes a professional feasibility study prior to initiation.
MEETS HIGHEST SAFETY STANDARDS
Each module and power plant are designed to meet the highest safety standards.
Each plant is remotely monitored and controlled via satellite uplink and other methods 24/7/365.
The power plant produces zero toxic emissions.
Power costs are typically competitive with existing green power production.
NO VALUABLE RESOURCES CONSUMED
No valuable resources are consumed - only waste, which is destroyed in the process. The Seawater feedstock is converted to fresh water and Carbon-free Fuel.
MINIMUM OUTPUT START AT 5 MW
Minimum power modules start at outputs of 5 MW and can be operated at lower levels
MAX OUTPUT 280 MW PER MODULE
Maximum power output - 280 MW per module, and multiple modules can be ganged together to meet any power demand or need.
FULLY OPERATIONAL IN 12 MONTHS
Project schedule – up to 9 months to fabricate, up to 3 months installation and commissioning, fully operational 12 months from NTP