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OwnerHeinz BAUER, Martin KAMANN +1inventors
InventorsHeinz BAUER, Martin KAMANN, Friderike KAMMERMAIER
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The invention relates to a method for condensing a gas, wherein the gas is subjected to cooling in indirect heat exchange with a refrigerant and at least part of the refrigerant is subjected, after the heat exchange with the gas, to compression by means of a drive (GT1) that produces waste heat and to a partial or complete condensing process. After the partial or complete condensing process, a first portion of the refrigerant is subjected to the heat exchange with the gas and a second portion of the refrigerant is subjected, in succession, to pressurization, heating by means of the waste heat of the drive (GT1) and work-performing expansion and thereafter is fed back to the partial or complete condensing process. The invention further relates to a corresponding system.
A method for condensing a gas, wherein the gas is subjected to cooling in indirect heat exchange with a refrigerant, and at least a part of the refrigerant is subjected, after the heat exchange with the gas, to compression using a drive that produces waste heat and to a partial or complete condensing process, wherein, after the partial or complete condensing process, a first portion of the refrigerant is subjected to the heat exchange with the gas, and that a second portion of the refrigerant is subjected, in succession, to pressurization, heating using the waste heat of the drive and to work-performing expansion, and thereafter is fed back to the partial or complete condensing process.
A system for condensing a gas, wherein the system has means configured to subject the gas to cooling in indirect heat exchange with a refrigerant, and at least a part of the refrigerant is subjected, after the heat exchange with the gas, to compression using a drive that produces waste heat and to a partial or complete condensing process, wherein means configured to subject, after the partial or complete condensing process, a first portion of the refrigerant to the heat exchange with the gas, and a second portion of the refrigerant, in succession, to pressurization, heating using the waste heat of the drive and to work-performing expansion, and thereafter to feed it back to the partial or complete condensing process.
Dependencies are inferred from the claim text.