DETERMINATION OF THE HEAT OF COMBUSTION OF VEGETABLE RAW MATERIALS AND CHARCOAL-Reference-Cited by-同舟云学术

DETERMINATION OF THE HEAT OF COMBUSTION OF VEGETABLE RAW MATERIALS AND CHARCOAL

Published:2023-12-01 Issue:2 Volume:6 Page:61-75
ISSN:2617-7307
Container-title:Chemistry, Technology and Application of Substances
language:
Short-container-title:CTAS

Author:

Malik I.K., ,Koval V.V.,Miroshnichenko D. V.,Contreras Aquilino Bautista,Hassan Nader, , , ,

Abstract

The values of the highest heat of combustion for the dry ashless state of combustion of 35 samples of vegetable raw materials and 35 charcoal were determined. The need for calculating indicators of their technical and elemental analysis was established. Mathematical and graphical relationships between the actual and estimated values of the highest heat of combustion of plant raw materials for the production of biogas and charcoal were developed. A statistical analysis of the dependence data was performed. The results of the analysis indicate the adequacy of the developed dependencies, and allow us to draw a conclusion about the possibility of predicting with high accuracy the value of the higher heat of combustion of vegetable raw materials by carbon or oxygen content, and charcoal for this determination of the yield of volatile substances or non-volatile carbon.

Publisher

Lviv Polytechnic National University

Subject

General Medicine

Reference13 articles.

1. 1. Zapaіowska А., Bashutska U. (2016). Otrymannya derevnoyi biomasy z enerhetychnoyu metoyu u Polʹshchi ta Ukrayini. Naukovi pratsi Lisivnychoyi akademiyi nauk Ukrayiny, №14. S. 17-22. https:// doi.org/ 10. 15421/411601.

2. 2. Klymenko V. V., Kravchenko V. I., Lychuk M. V., Soldatenko V. P. (2016). Eksperymentalʹna otsinka vyhotovlennya tverdoho biopalyva z kompozytiv na osnovi roslynnykh vidkhodiv. Énerhotekhnolohyy y resursosberezhenye, № 3. S. 18-24. http://nbuv. gov. ua/UJRN/ ETRS_ 2016_3_4.

3. 3. Klymenko V. V., Kravchenko V. I., Lychuk M. V., Soldatenko V. P. (2016). Eksperymentalʹna otsinka vyhotovlennya tverdoho biopalyva z kompozytiv na osnovi roslynnykh vidkhodiv. Énerhotekhnolohyy y resursosberezhenye, № 3. S. 18-24. http://nbuv. gov. ua/UJRN/ ETRS_ 2016_3_4.

4. 4. Barbash V.A. (2018). Innovatsiyni tekhnolohiyi roslynnoho resursozberezhennya / navchalʹnyy posibnyk // K.: Karavela,- 288 s.

5. 5. Plachkova S. H., Plachkov I.V., Dunaevsʹka N.I., Podhurenko V.S., Shylyayev B.A., Landau YU.O., Syhal I.YA., Danylko H.D. (2012-2013). Enerhetyka: istoriya, suchasnistʹ i maybutnye. Knyha 5. Elektroenerhetyka ta okhorona navkolyshnʹoho seredovyshcha. Funktsionuvannya enerhetyky v suchasnomu sviti. - K.: Enerhetyka: istoriya, suchasnistʹ i maybutnye,- 589 s. http://energetika.in.ua/ru/books/book-1