Patent BE-1017466-A6 (BE)
Title: Extraction of seawater, to establish plant for material on all coasts, capable of preparing the necessary quantity and supplying to all countries each according to its capacity and its demand, preferably filling reservoir of sea water
Filed: 2007-02-14
Granted: 2008-10-07
Abstract: Petroleum extraction of seawater, to establish plant for material on all world coasts for elements of sea water, capable of preparing necessary quantity and supplying to all countries each according to its capacity and demand, preferably filling reservoir of sea water (10 liters) to calculate quantities needed in production of materials, is claimed, where the temperature of sea water in summer reaches 22[deg] C in winter 5[deg] C, and the sea water in the reservoir should be warm of which the temperature is 25[deg] C to activate reaction with other elements. Petroleum extraction of seawater, to establish a plant for material on all world coasts for elements of sea water, which is unique and has same physicochemical properties, capable of preparing necessary quantity and supplying to all countries each according to its capacity and demand, preferably filling reservoir of sea water (10 liters) to calculate quantities needed in production of materials, is claimed, where the temperature of sea water in summer reaches 22[deg] C in winter 5[deg] C, and the sea water in the reservoir should be warm of which the temperature is 25[deg] C to activate reaction with other elements and avoid thermal collision and adverse reactions. Independent claims are included for: (1) a preparation of organic substances and bacteria, where the materials are found in nature to prepare during construction of a plant, comprising preparing the organic substances from sanitary drainage (sewage) after isolating and drying properly, then proportionately treating these substances found in all cities of the world prior to industrialization, and adding 1000 g of organic substances to 10 liters of sea water in proportion of 10% of treated sea water; (2) a preparation of chemical substances, carrying out according the proportion of (in maximum %) carbon (0.08), manganese (2), silicon (1), phosphorus (0.03), sulfide (0.03), chromium (18-20), nickel (8-11) and iron (balance), comprising placing the mixture in an oven at 1500[deg] C for an hour at gradual and decreasing temperature, transforming into a uniform mass like a metal body with a significant rigidity and purity to calculate the time requiring for preparation of the substances with respect to the sea water (10 liters of sea water equivalent to 10000 grams), where 1000 g is 1 kg by in the operation according to the proportions of carbon (0.8 g), manganese (20 g), silicon (10 g), phosphorus (0.4 g), sulfide (0.3 g), chromium (200 g), nickel (110 g) and iron (658.5 g) according to the list 1 kg of the material, that is exact calibration, adding industrial sulfuric acid less expensive than laboratory acid, producing the substance in proportion of a liter, pouring 3 liters of warm sea water on the mixture slowly because it is a very delicate and dangerous process that requires good vigilance because of the violent reaction, after adding 3 measures of sea water to sulfuric acid, the chemical substance (4 liters) being obtained, reacting the materials together till clouding degree because of the large effect of sulfide, after calming down of the cloud, leaving the produced substance for an hour, placing all on a low heat for three hours during that the color of the preparation gradually changes from dark to clear, crystallization of a clear green color resulting from the reaction of the substances at the end, evaporating 2.5 liter before the substance getting green color, then slowly adding seawater (10 liters) that is already in the container at 30[deg] C, leaving the boiling mixture for pouring of water till the evaporation and condensation of the materials having oily viscosity, evaporating mixture (2 liters) before occurrence of the viscosity on 10 liters remain in the container, thus checking the acidity and sulfide by diluting the substances by sea water during the preparation process to know the viscosity index, which is independent of acid and sulfide, separating the hydrogen from oxygen during the fogging and before eliminating, condensing rate of sulfuric acid as well as use of isolated oxygen in the industries, and extinguishing the fire by leaving the materials to cool and reach 40[deg] C; and (3) a fermentation comprising preparing another empty container (10 liters) in which we have already prepared 1 kg of organic material, pouring the prepared substance (40[deg] C), which reacts directly with the organic elements with appearances of intense bubbles with oxygen that emerges from the organic elements, leaving the elements to react for 5-10 hours depending on the quantity and circumstances of the reaction and the production, closing the lid of the container to avoid the exhaust gas for 20-30 days, depending on the prepared quantity or increasing the time of fermentation depending on the volume of the mixture to avoid the reduction of hydrocarbonate quantity while refining, analyzing by setting the duration in the laboratory to obtain the large quantity optionally of fuel and petrochemical products, refining, obtaining hydrocarbon gas, hydrogen, gasoline, kerosene, solar gas and other derivatives that are used as fuels at the step, refining to obtain petrochemical materials which come back into major industries in the present time.