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Organic Rankine cycles (ORCs) are appropriate technology for the conversion of low quality thermal energy to electrical power.
Thermoelectric generators (TEGs) present good potential applications for the conversion of low level thermal energy into electrical power, especially applied to waste heat recovery systems.
It has a high potential to be used as a prime mover for the conversion of low grade waste heat into mechanical or electrical energy.
Organic Rankine cycles (ORCs) provide an alternative to traditional steam Rankine cycles for the conversion of low grade heat sources into power, where conventional steam power cycles are known to be inefficient.
While it is generally accepted that high efficiency conversion of low- and medium-grade heat to electrical power strongly relies on a suitable combination of thermodynamic cycle and working fluid, the selection of suitable operating parameters may be of even more importance.
The contents of land engineering are summarized as follows: (1) conversion of non-agricultural land into agricultural land; (2) conversion of low standard use land into a high standard use land; (3) conversion of current land into human construction use; (4) conversion of polluted and damaged land into usable land.
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To date, there are very few technologies available for the conversion of low-temperature waste heat into electricity.
Addition of binders facilitated conversion of low-calcium bottom ash into aggregates.
Transcritical Rankine cycles using refrigerant R32 (CH2F2) and carbon dioxide (CO2) as the working fluids are studied for the conversion of low-grade heat into mechanical power.
These results highlight the potential of using two-stage axial turbine in a small-scale ORC's system for the conversion of low-temperature heat sources into electricity.
The present state of new developments in direct catalytic conversion of low-molecular-mass alkanes (C1 C3) to petrochemical feedstocks and petrochemicals is reviewed.
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