Although direct gas absorption becomes more efficient and advantageous at high temperatures (~ 2,000C), the Company believes that it can significantly improve performance of a wide variety of presently available solar-thermal systems: For low temperatures (~100 C) the technology can improve the performance of flat plate commercial and/or residential solar water heating.
(direct gas absorption; becomes; more efficient and advantageous at high temperatures) (high temperatures; ~; T:2,000C) (the technology; can improve; the performance of flat plate commercial and/or residential solar water heating; T:For low temperatures) (the Company; believes; that it can significantly improve performance of a wide variety of presently available solar-thermal systems: For low temperatures (~100 C) the technology can improve the performance of flat plate commercial and/or residential solar water heating) Context(the Company believes,List([104, 124))):(it; can significantly improve; performance of a wide variety of presently available solar-thermal systems)
the Company believes,List([104, 124))
direct gas absorption high temperatures the technology the Company it
becomes ~ can improve believes can significantly improve
more efficient and advantageous at high temperatures
T:2,000C
the performance of flat plate commercial and/or residential solar water heating T:For low temperatures
that it can significantly improve performance of a wide variety of presently available solar-thermal systems: For low temperatures (~100 C) the technology can improve the performance of flat plate commercial and/or residential solar water heating
performance of a wide variety of presently available solar-thermal systems