THE EGP PROCESS
THE ULTIMATE CRMs EXTRACTION PROCESS
A general base technology for processing industrial waste with simultaneous production of hydrogen, which is a by-product of processing acid and other industrial waste.
EGP Process- The process offers the opportunities of Clean World Mining!
The EGP Process offers the large basic industries expanded processing opportunities by being able to extract pure materials from their existing raw material resources and residual products.
Production of pure materials, e.g. "Rare earth metals" All ERMs from residual products through a new innovative Centrifugal Extraction process, with completely ecologically closed chemical reactions and processing.
Fossil-free Hydrogen production as a by-product of chemical processes, "Fossil-free" hydrogen production, hydrogen production, without electrolysis, by also being able to extract eg hydrogen as "by-product" in large volumes, and thereby achieve a total economic solution partly for the industry's own energy needs and processes but also a large hydrogen volume production at a low cost.
As part of an industrial example based on the H2SiF6 waste as a constituent raw material, the cost of Hydrogen production as a by-product could come down to approx. 7 000-12 000 SEK / TON. To be compared with today's average cost for the production of Hydrogen through Electrolysis of 40 000-60 000 SEK / TON.
If all by-products is sold with today market prices the production cost for Hydrogen would be basically zero, (0:- SEK), or even below zero depending on market pricing.
Below is an industrial example with the EGP process: All end products with chemical purity of minimum 99,99 %, without use of any additional cleaning methods.
Ex.Simplified process flow diagram for a new "silicon highway" by a new raw material source
H2SiF6
HF
SiF4
SiH4
Si
H2
LOW ENERGY DRIVEN - LOW TEMPERATURE FLUORIDE PROCESS
For processing of High Purity Materials
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Cheap raw materials / New sources
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Cheap operating production costs
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High value final products
When implementing our technological process, which is patented, it is proposed to obtain from an aqueous solution of hydrofluorosilicic acid (H2SiF6 ∙ nH2O ↓) gaseous monosilane (SiH4 ↑) as the target product, which can then be used to obtain silicon (Si ↓) and hydrogen ( H2 ↑), as the end products of the technological process, by decomposition at a temperature of 600-700 С.
The chemical purity of the final products (without the use of additional cleaning methods) will be at least 99.99%.