At the same time became available technology for processing natural gas into a stable transportable synthetic products (technologies GTL - «gas to liquid") - a synthetic oil and synthetic motor fuel. Primary processing of natural gas into synthetic products allows for five or more times the price of refined products compared with raw materials. Constrains large-scale development of technologies for processing natural gas into synthetic products are the high cost and long payback periods plants GTL.
The solution is to develop new technologies and mass production of modular systems of preparation and processing of gas directly in the fields. Technology for processing natural gas into synthetic products repeat the process of carbon oxidation by oxygen (if the rocket with liquid oxygen or air, if an aircraft engine). These processes are well known to specialists of aircraft and rocket engine. Rocket engine or the aircraft is the oxidation reactor. Missile and air-water reactors (engines) carry in itself the most advanced technical solutions 20 and 21 and other than the actual process must perform a number of important tasks to ensure the preservation of human life in its transportation and freight. In Samara and Zaporozhye region has accumulated rich experience in manufacturing missile and aircraft engines, created a scientific school with arrivals in 1946 from Germany 700 experts aircraft and rocket engine plants Junkers and BMW Motors.
Using scientific research, production capacity and financial resources for the production of modular equipment will ensure a large number of orders.
A proposal for collaboration is:
1. Expansion of the design bureau for development of learning technologies (including desulfurization, gas drying, etc.) and processing of hydrocarbon gas (electricity, synthetic products, etc.).
2. Implementation of licenses to use the technologies developed.
3. Production and sales of equipment made on the basis of the developed technologies, can be organized in any country with a stable investment climate
4. Processing of on-premise resources of natural gas and other hydrocarbons, including the untapped resources of associated gas, shale gas, gas, marginal fields, the gas with high content of hydrogen sulfide, etc.
In the face of increased competition in the natural gas market, gas processing equipment in synthetic products, especially in countries remote from the markets (South America, Africa, Middle East, Australia and others), with payback periods of less than 3-5 years, will have a high demand .
The solution is to develop new technologies and mass production of modular systems of preparation and processing of gas directly in the fields. Technology for processing natural gas into synthetic products repeat the process of carbon oxidation by oxygen (if the rocket with liquid oxygen or air, if an aircraft engine). These processes are well known to specialists of aircraft and rocket engine. Rocket engine or the aircraft is the oxidation reactor. Missile and air-water reactors (engines) carry in itself the most advanced technical solutions 20 and 21 and other than the actual process must perform a number of important tasks to ensure the preservation of human life in its transportation and freight. In Samara and Zaporozhye region has accumulated rich experience in manufacturing missile and aircraft engines, created a scientific school with arrivals in 1946 from Germany 700 experts aircraft and rocket engine plants Junkers and BMW Motors.
Using scientific research, production capacity and financial resources for the production of modular equipment will ensure a large number of orders.
A proposal for collaboration is:
1. Expansion of the design bureau for development of learning technologies (including desulfurization, gas drying, etc.) and processing of hydrocarbon gas (electricity, synthetic products, etc.).
2. Implementation of licenses to use the technologies developed.
3. Production and sales of equipment made on the basis of the developed technologies, can be organized in any country with a stable investment climate
4. Processing of on-premise resources of natural gas and other hydrocarbons, including the untapped resources of associated gas, shale gas, gas, marginal fields, the gas with high content of hydrogen sulfide, etc.
In the face of increased competition in the natural gas market, gas processing equipment in synthetic products, especially in countries remote from the markets (South America, Africa, Middle East, Australia and others), with payback periods of less than 3-5 years, will have a high demand .
Country: Russia
Value:
