The world is now phasing out the use of coal as a source of energy generation – burning
Coal in thermal power plants generates twice as much carbon dioxide as burning
Natural gas. This rejection inevitably affects the increased demand for traditional types of fuel
Hydrocarbons, such as natural gas and petroleum products in the power generation sector, as a result
So it creates the preconditions for an increase in its market price. This in turn greatly affects
All areas of economics.
Due to the increasing trend of decarbonization of the global economy which means rejecting the use of coal
As an energy resource due to exceeding the permissible level of emissions into the atmosphere, in
In the preparation phase for the test, we identified potential priority directions for coal marketing. It was completed
The creation of the technology formed two research tasks in the testing process:
1. Develop technological solutions that determine the possibility of using our gasification technology as an effective alternative
For the direct combustion of coal as a stable means of converting it into electricity and other useful products.
2. Develop technological solutions that allow partial replacement in the field of electricity and heat production
For traditional type of hydrocarbon fuel, such as natural gas to synthetic gas that is made
Obtained by coal gasification according to our technology.
To conduct tests, we created a working prototype of a 200 kW gasifier (stand).
per hour of thermal energy from the synthetic gas obtained. Do not exceed the capacity
The carrier specified a ratio of 4 times the minimum capacity of the industrial gasifier, which corresponds
With the minimum recommended ratio of 6 times the capacity of the rack created within the setup
Pre-project, to conduct research, develop and test new technologies using equipment
Industrial engineering plan.

Advantages of the technology used by Sirious Star in operation
Sirious Star used a combination of technical and technological solutions to organize the operation
Gasification according to our technology provides complete conversion of organic compounds to fuel within the gasification reactor,,
It undergoes further conversion and is completely broken down into simple listed chemical compounds
In the final composition of the gas synthesis obtained at the outlet of the gasification reactor – namely
2H, CO, 2CO, 4CH, and other groups of compounds. CnHm
1-.As a result of a certain technological characteristic, there are no reaction products at the outlet of the gasification reactor
Any liquid fraction, including molten lumps, resins and tar water, that does not contain gas
Artificial compounds contain phenols, furans, dioxins and other carcinogens
And harmful toxic substances, as all of this decomposes in the gasification reactor without the rest.
2. Gasification at low gas velocities in the internal space of the reactor results in reduced removal
Solid ash particles (soot) from the reactor, where the reactor actually acts as a granular filter
Low filtration rate.
3. No water is used in the technological processes of gasification and no condensation of products occurs
Pyrolysis, so no industrial wastewater.
4. The above results provide an opportunity to obtain a suitable syngas for use in
Additional technological processes without additional pre-purification.
The resulting synthetic gas after cooling can be used as fuel in power generation units to produce
Thermal and/or electrical energy. In this case, the environmental indicators for its use are consistent with
Pollutant emissions while power generation units operate on natural gas. Harmful emissions
During its combustion are the same as during the combustion of natural gas – carbon dioxide and oxides
Nitrogen, but its concentration during generator gas operation is lower than during natural gas operation