ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES

For countries with limited access to conventional hydrocarbon gases, methane hydrates appear as a possible source of energy or as a strategic concern for the creation of alternative natural gas reserves. Currently, natural gas hydrates are beginning to be included in the considerations of gas supply...

Full description

Bibliographic Details
Main Authors: Dávid Hečko, Milan Malcho, Pavol Mičko, Marián Pafčuga, Martin Vantúch
Format: Article
Language:English
Published: 4S go, s.r.o. 2019-06-01
Series:Acta Tecnología
Subjects:
Online Access:http://www.actatecnologia.eu/issues/2019/II_2019_05_Hecko_Malcho_Micko_Pafcuga_Vantuch.pdf
id doaj-846d3f5b5dd4403289443df2fa0b0ea6
record_format Article
spelling doaj-846d3f5b5dd4403289443df2fa0b0ea62020-11-25T01:13:07Zeng4S go, s.r.o.Acta Tecnología2453-675X2019-06-0152495310.22306/atec.v5i2.55ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATESDávid Hečko0Milan Malcho1Pavol Mičko2Marián Pafčuga3Martin Vantúch4University of ŽilinaUniversity of ŽilinaUniversity of ŽilinaUniversity of ŽilinaUniversity of ŽilinaFor countries with limited access to conventional hydrocarbon gases, methane hydrates appear as a possible source of energy or as a strategic concern for the creation of alternative natural gas reserves. Currently, natural gas hydrates are beginning to be included in the considerations of gas supply for the next decades. From a perspective point of view, the accumulation of natural gas in the form of hydrate structures and subsequent release, if necessary, proves to be very advantageous. Storing gas in such a form creates an energy-efficient interest in developing and innovating technology in this area.http://www.actatecnologia.eu/issues/2019/II_2019_05_Hecko_Malcho_Micko_Pafcuga_Vantuch.pdfhydratehydrate formationenergy sourceaccumulationmethane
collection DOAJ
language English
format Article
sources DOAJ
author Dávid Hečko
Milan Malcho
Pavol Mičko
Marián Pafčuga
Martin Vantúch
spellingShingle Dávid Hečko
Milan Malcho
Pavol Mičko
Marián Pafčuga
Martin Vantúch
ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES
Acta Tecnología
hydrate
hydrate formation
energy source
accumulation
methane
author_facet Dávid Hečko
Milan Malcho
Pavol Mičko
Marián Pafčuga
Martin Vantúch
author_sort Dávid Hečko
title ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES
title_short ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES
title_full ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES
title_fullStr ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES
title_full_unstemmed ACCUMULATION OF HIGH-POTENTIAL CHEMICAL ENERGY OF METHANE TO HYDRATES
title_sort accumulation of high-potential chemical energy of methane to hydrates
publisher 4S go, s.r.o.
series Acta Tecnología
issn 2453-675X
publishDate 2019-06-01
description For countries with limited access to conventional hydrocarbon gases, methane hydrates appear as a possible source of energy or as a strategic concern for the creation of alternative natural gas reserves. Currently, natural gas hydrates are beginning to be included in the considerations of gas supply for the next decades. From a perspective point of view, the accumulation of natural gas in the form of hydrate structures and subsequent release, if necessary, proves to be very advantageous. Storing gas in such a form creates an energy-efficient interest in developing and innovating technology in this area.
topic hydrate
hydrate formation
energy source
accumulation
methane
url http://www.actatecnologia.eu/issues/2019/II_2019_05_Hecko_Malcho_Micko_Pafcuga_Vantuch.pdf
work_keys_str_mv AT davidhecko accumulationofhighpotentialchemicalenergyofmethanetohydrates
AT milanmalcho accumulationofhighpotentialchemicalenergyofmethanetohydrates
AT pavolmicko accumulationofhighpotentialchemicalenergyofmethanetohydrates
AT marianpafcuga accumulationofhighpotentialchemicalenergyofmethanetohydrates
AT martinvantuch accumulationofhighpotentialchemicalenergyofmethanetohydrates
_version_ 1725163249632018432