U.C.F.
Ultra Clean Fuels
*******New Proposal for Bio-Fuels*******
Ultra Clean Fuels
*******New Proposal for Bio-Fuels*******
IC1.Inc to present best in class solutions to its potential clients in the areas of power generation, energy use reduction, water purification and distribution, implementing advanced sustainable environmental solutions.
We are now increasing our integrated 75 MWh power plant with additional fuel capacity with micro system refineries to the capacities from 150,000 to 300,000 US Gallons per day. Our single 80 MW/h power plant puts to the grid 75 MW/h and can consume 150,000 US gallons per day. By adding a redundant/ second fuel production module it will allow for fuel sales or a second 80 MW/h per hour power plant.
We are now increasing our integrated 75 MWh power plant with additional fuel capacity with micro system refineries to the capacities from 150,000 to 300,000 US Gallons per day. Our single 80 MW/h power plant puts to the grid 75 MW/h and can consume 150,000 US gallons per day. By adding a redundant/ second fuel production module it will allow for fuel sales or a second 80 MW/h per hour power plant.
Global Human Benefit Holding, (LLC-US) Florida hereafter; ("GHBH") and with IC1 Inc. Wyoming hereafter; ("IC1"), corporations are experts in the treatment of toxic waste water streams, water purification, site sustainable power generation and desalination systems and advanced fuel technologies.
GHBH LLC of Florida, USA turns the focus on the clean energy and "ZERO-WASTE" technologies
Integrated Community Open Network Enterprise systems architectures allow for customized designs.
Our current Africa and Asia projects have been challenging yet inspired equipment designs to include very advance molecular refineries for various fuels. In every country and every environment we have the capacity to produce Bio-Fuels synthesized from various constituents matching elements and local molecular waste into high grade Bio-Fuels.
Building any type of fuel refinery is a very costly process and only the medium and high volume production systems are cost effective in general. Our modular systems will allow for multi-stage processing to scale as well as multi-location production systems. Design capacities for high fuel production allows for one location of fuel production to be distributed to five additional power generation stations of 75-80 MWh Clean Energy Production to the distributed grid areas.
We are now increasing the fuel production module with double the capacity to 300,000 Gallon per day to be used in like kind energy production as well as (NEW DESIGN SMELTING OPERATIONS) and transportation systems.
Production Contracts for fuel must be for a minimum 20 years with a three year minimum securities agreement.
Our Mid-range system of up to four-million-Gallons per day of Ultra-Clean-Fuel (UCF) would supply over 1,440,000,000 gallons Bio-Fuel per year; they are being designed with redundant production pumps for backup production modules ensuring production delivery.
For these full scale Molecular Deconstruction and Reconstruction Engineering plans will require a full pre-project feasibility plan in all regions for analysis of site specific input of constituent for fuel production.
General and detail sight evaluation agreement will be required by chemical engineers, equipment design teams, geological teams and technical financial services evaluations. For all the USA site production systems will have the same risk factors.
For other countries we will need to do a preliminary project evaluation for acceptance of project proposal and then a site specific technical team formal proposal.
Total integration systems are always the best solution
Below we give an example of the best case integrated community or integrated country operational model
Below we give an example of the best case integrated community or integrated country operational model
For this simplified business model we must consider fuels to drive the total project integration of system including the clean energy production.
Basic Plan for 75 Megawatt per hour power production would be the minimum expected model, however we can offer smaller electricity generation systems.
Let's take into account that all communities of public and industrial communities will produce a multitude of waste streams.
Starting with wastewater treatment that may include community roadway water needs some type of treatment.
A wastewater processing system of 16,000 cubic meters a day is nearly 16 tons of water and other waste of dissolved and solid waste to be removed. In general the combined TDS/TS will in general only be 1.5-5% by weight depending on area. In tons this means the extraction of those constituents with about 240 to 800 metric tons of waste material extracted. Our customized design module with increased capacity, can add another 10% municipal solid waste of 1,600 ton per day waste destruction system. This means ("No Landfill") is required. The financial model of tipping fees for various waste channels may even include extreme toxic waste modules for waste destruction.
Combined water and waste material will produce clean water and fuels for power generation in additional to liquid bio-fuel for industrial commercial usage.
For drinking water or agriculture production water will be determined in relationship to the fuel production ratios however we can plan refined polished water in the range of about 12,000 m3/day (over 3 million Gallons/day), in total.
Fuel capacity is yet to be determined based on the technical studies however can be as high as 300,000 US gallons/day.
By producing an additional 150,000 gallons per we can offer to the investor $0.25/US Gallon produced. The loan repayment rate of $37,500 per production day with an estimated 340 day per year production. This $12,750,000 additional revenue per year ensures simple investment terms.
Let's take into account that all communities of public and industrial communities will produce a multitude of waste streams.
Starting with wastewater treatment that may include community roadway water needs some type of treatment.
A wastewater processing system of 16,000 cubic meters a day is nearly 16 tons of water and other waste of dissolved and solid waste to be removed. In general the combined TDS/TS will in general only be 1.5-5% by weight depending on area. In tons this means the extraction of those constituents with about 240 to 800 metric tons of waste material extracted. Our customized design module with increased capacity, can add another 10% municipal solid waste of 1,600 ton per day waste destruction system. This means ("No Landfill") is required. The financial model of tipping fees for various waste channels may even include extreme toxic waste modules for waste destruction.
Combined water and waste material will produce clean water and fuels for power generation in additional to liquid bio-fuel for industrial commercial usage.
For drinking water or agriculture production water will be determined in relationship to the fuel production ratios however we can plan refined polished water in the range of about 12,000 m3/day (over 3 million Gallons/day), in total.
Fuel capacity is yet to be determined based on the technical studies however can be as high as 300,000 US gallons/day.
By producing an additional 150,000 gallons per we can offer to the investor $0.25/US Gallon produced. The loan repayment rate of $37,500 per production day with an estimated 340 day per year production. This $12,750,000 additional revenue per year ensures simple investment terms.
Other Related Information
How about the pass-through water being placed back into the sea, on either side will be even more saline and heavy in toxins. The technologies of RO and FO are very old technologies and even with the advancement of membrane technologies the heated water will generate other molecular challenges with decreased efficiency.
We Are Solution Providers!
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<<<<You can click on this picture as a link to view how this was designed specifically for taking 100% of the wastewater from a Natural Gas Power Plant and full eliminating any output water from the power plant facility.
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By developing modular and containerized systems we can get to market in much shorter time frames. Mobile systems allow for emergency operations and may also start contract supply for basic infrastructure startups
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SOLUTION TO THE REQUIREMENTS LOOK GOOD
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HOW TO MOVE THINGS FORWARD
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The diagram below is just one of our many integrated processing models
