Furdas Y. Improving energy efficiency of small bioreactors of household biogas systems

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0414U001283

Thesis Registration Form

0414U001283.pdf

Applicant for

Specialization

  • 05.23.03 - Вентиляція, освітлення та теплогазопостачання

26-02-2014

Specialized Academic Board

Д 26.056.07

Essay

Thesis deals with the topical problem of energy-efficient heating small bioreactors of household biogas systems. On the basis of the analysis, the feasibility of using bioreactor rational form throughout the year was substantiated. Based on modeling and experiments complex studies to determine patterns of bioreactor thermal conditions for its operation were performed. Based on the results of studies designed energy-efficient design of the bioreactor household biogas plant for conditions in regions with temperate climates. An implementation of the proposed models are developed on the basis of an engineering method for calculating heating system of bioreactor using a battery of heat. An economic assessment for the use of the proposed technical solutions design of community bioreactor was done.

Read more

Files

diser FURDAS--ДИСЕРТАЦІЯ ФУРДАС.pdf

diser FURDAS--додаток 2.jpg

diser FURDAS--додаток 3.jpg

АВТОРЕФЕРАТ -Фурдас - титульний лист.pdf

АВТОРЕФЕРАТ- Фурдас.pdf

Similar theses

0422U100047

Lysak Oleh V.

Energy-efficient space heating with a combined static-dynamic storage heater with magnesite bricks

0422U100033

Vysotska Mariia Volodymyrivna

Heat and cold supply based on the transformation of integrated energy of cold water and air flows

0421U103726

Moskvitina Anna S.

Energy efficient seasonal accumulation of heat in solar decentralized heating systems.

0421U103640

Yevdokymenko Yurii Mykolaiovych

Energy-saving air conditioning system with a semi-permeable membrane storage for premises of seeds of gourd family

0421U103639

Ribachov Serhii G.

Energy efficient air jet shielding of large industrial baths