THE RESEARCH OF IMPROVEMENT WAYS FOR PYROLYSIS GAS COOLING AND BLOWING PROCESSES IN PYROLYSIS GAS POWER STATIONS USING CONVENTIONAL TECHNICAL SOLUTIONS

Authors

DOI:

https://doi.org/10.18372/0370-2197.3(100).17900

Keywords:

pyrolysis gas, gas transporting, gas cooling, gas to air mixture, flammable gases

Abstract

The article is dedicated to describing the research of different ways, appliances and solutions for flammable gas supply, transportation and cooling, performed in terms of authors’ PhD theses, related to pyrolysis gas production and application for electric power production. The main idea of this research is the investigation of opportunities of application of modern simple generally used technological solutions on pyrolysis gas power plants for the above mentioned units design. The research is related to different ways of pyrolysis gas cooling and also to the ways of the gas supply from gas generator to the consumer. Another goal is to create a systematic approach to the automation of pyrolysis gas production and transportation onto future pyrolysis gas powered electric power plants.

Author Biographies

Ivan Obodovskyi, Ihor Sikorsky National Technical Univeristy of Ukraine

 PhD student, Ihor Sikorsky National Technical Univeristy of Ukraine, Kyiv, Ukraine

Viacheslav Morozov, Ihor Sikorsky National Technical Univeristy of Ukraine

 PhD student, Ihor Sikorsky National Technical Univeristy of Ukraine, Kyiv, Ukraine

References

The explanation of the heating value of a gas - https://www.sciencedirect.com/topics/engineering/calorific-value (востаннє відкрито 15.05.23)

I. I. Obodovskyi, V. S. Morozov. Ohliad ta analiz istorychnykh ta suchasnykh tekhnolohii ta napriamkiv vykorystannia piroliznoho hazu v pobuti ta promyslovosti [The overview and analysis of historic and modern technologies of household and industrial pyrolysis gas application.] “Problems of friction and wear” of National Aviation University, Kyiv, 2021. PP.3-5 (in Ukrainian)

Obodovskyi Ivan, Varlamov Genadiy. VIBІR KONSTRUKCІЇ PIROLIZNOGO GAZOGENERATORA DLYA ZHIVLENNYA GTU

PІROLІZNIM GAZOM [The choice of the pyrolysis gas generator construction for gas turbine engine gas supply]. Problems of scientific support of energy industry. Compilation of materials of 19 th International Young Scientists’ Conference, Kyiv, 2021 (in Ukrainian).

Vaccum cleaner engine and fan blower used on designed gas generator power plant - https://fixpart.ie/en/product/view/0005408036 (востаннє відкрито 01.07.23).

The guidelines for calculation of the pressure difference - https://lambdageeks.com/how-to-calculate-pressure-difference/ (востаннє відкрито 29..05.23).

Calculation of fan blower - https://www.netsolwater.com/how-to-design-an-air-blower-speed.php?blog=655 (востаннє відкрито 30.03.23).

I. I. Obodovskyi, V. S. Morozov. Avanproekt richkovogo katera-buksyra z sylovoyu ustanovkoyu na piroliznomu gazu [THE PRELIMINARY PROJECT OF THE RIVER TOW VESSEL POWERED BY A PYROLYSIS GAS GENERATOR POWER PLANT] “PROBLEMS OF FRICTION AND WEAR” OF NATIONAL AVIATION UNIVERSITY, KYIV, 2022. PP.??? (IN UKRAINIAN).

General description of different car anti-freeze types - https://www.popularmechanics.com/cars/how-to/a91/1272436/ (востаннє відкрито 28.06.23).

Design guidelines for the heat exchanger – https://intech-gmbh.com/heat_exchangers_calc_and_select/(востаннє відкрито 30.06.23).

Heat exchanger design simulator (used for initial design approaches and verification) https://hisaka-asia.com/web-simulator (востаннє відкрито 30.06.23)

Nukiyama heating curve explanation - https://www.researchgate.net/figure/Nukiyamas-boiling-curve-for-saturated-water-at-1-atm_fig2_282505798 (востаннє відкрито 03.06.23).

Published

2023-09-27

Issue

Section

Проблеми тертя та зношування