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Saltwater, Raw Sewage and Industrial Wastewater can all be processed for waste element extraction, where the waste generates clean energy and our refined processed potable water exceeds all drinking water standards.

Systems are customized modules to meet the parameters of the volumes and constituents of intake waters.
Many modules are then integrated from component specifications to a full processing flow design model. Some modules are designed specifically for high return on investment revenue system.

Integration of the site and surrounding environments are always the important part of infrastructure plans and development design for delivering turnkey solutions. In many cases we would integrate the sewage treatment systems with solid waste destruction plants to generate more energy in a cost effective methods. Again, our ZERO WASTE SOLUTION would present a clean waste dump site every day. This would be conditioned to the following stage.
STAGE #4.0 Solid Waste to Energy Platforms
Municipal Solid Waste, Industrial and Commercial solid waste processing is a very complex design plan and if the volume totals less than 2,000 ton per day it is best integrated with the sewage treatment plant.  

STAGE #1.0 Desalination and Water Processing
STAGE #1.1 Seawater goes through customized water intake system as the first stage seawater refinery where the "Total Solids (TS") are extracted and passed to the waste destruction systems.
STAGE #1.2 The Total Dissolved (TDS) solids dissolved solids with desalination removing the salts. The micro particles and extracted salts will also be captured for product processing or passed to the
STAGE #1.3 customized general waste processing system that includes preliminary organic material processing for creating onsite bio-gas or liquid fuels
STAGE #1.4 IC1fuel organic & element molecular processing refinery for basic operation energy production for onsite power generation bio-fuel plant.
STAGE #2.0 expanded Primary Fuel Production Refinery with capacity starting at 60 ton per day up to 25000 ton per day with integrated module systems and or
STAGE #3.0 IC1LtPower Generator Systems for total site requirement and or expanded power generation for the community or national grids with clean energy distributed power solutions.

STAGE #4.0 Is considered in the preliminary site study.

In many cases the STAGE #1.3 thus 1.4 elements, General Waste Destruction System with high volumes of hazardous & toxic waste materials we will need to add STAGE #2.0 Total Waste Destruction System, this is where the extreme toxic waste, pharmaceuticals  and even radioactive materials that were extracted are required to be fully deconstructed. 
For this reason we need to do a full preliminary evaluation of the materials and areas we are processing in and one model does not fit all areas. The combination of the waste extracts could become lethal when concentrated and would require full destruction processing in two or more stages.     

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For all sites within any country we have setup base parameters of first, understand what the client is asking for and then evaluating what is the best operational plan for integrated development for that region.
Feasibility site plans and financial plans will be considered with the advanced engineering evaluation within country. Client must be prepared for the fees associated to site development structures the will make this a bankable project.Our team experts may be done in three stages and as few as two development trips with three teams.

IC1Lt Advanced Technologies with Fully Integrated Solutions