Application of Chemical Heat Pumps for Temperature Amplification in Nuclear Hybrid Energy Systems for Synthetic Transportation Fuel Production Piyush Sabharwall Daniel Wendt Vivek P Utgikar October 2013 DISCLAIMER This information was prepared as an account of work sponsored by an agency of the U S Government Neither the U S Government nor any agency thereof nor any of their employees Improving efficiency of heat pumps by use of zeotropic mixtures for different temperature glides The present study demonstrates the optimization of a heat pump for an application with a large temperature glide on the sink and a smaller temperature glide on the source side The study includes a simulation of a heat pump cycle for all possible binary mixtures from a list of 14 natural

Energy saving for batch distillation with mechanical heat

The methods studied are vapour recompression vapour compression and vapour recompression with the application of an external heat exchanger Operational heat transfer and economic issues are discussed We stated that for the VRC in the minimal pay-pack period point the operation time of the batch process is significantly higher (the production capacity is much lower) than that of the

Viking Pumps are used throughout the chemical processing industry from refineries and gas processing plants to basic chemical plants to polymer processing to end use product manufacturing The chemical industry encompasses such a broad range of fluids and processes that just about every type of Viking pump made is used in one application or another

This study reviews the current state of the art and the current research activities of high temperature heat pumps (HTHPs) with heat sink temperatures in the range of 90 to 160C The focus is on the analysis of the heat pump cycles and the suitable refrigerants More than 20 HTHPs from 13 manufacturers have been identified on the market that are able to provide heat sink temperatures of at

Flat-plate solar collectors and ground source heat pumps can support industrial processes requiring warm to hot water such as pressurization or pre-heating water Many agricultural processes also require gentle warming For example flat-plate solar collectors and ground source heat pumps can help to warm soil or warm water for fish farming to about 100F Chemical processing kilning

This study reviews the current state of the art and the current research activities of high temperature heat pumps (HTHPs) with heat sink temperatures in the range of 90 to 160C The focus is on the analysis of the heat pump cycles and the suitable refrigerants More than 20 HTHPs from 13 manufacturers have been identified on the market that are able to provide heat sink temperatures of at

Combined Chemicals

DHS 3700 is a stabilised biocide for low temperature heating and renewable energy systems to prevent the growth of bacteria and fungi DHS 3700 eliminates problems caused by micro-organisms such as blockages of the pipe work manifolds valves and heat exchangers and it is very effective in sanitising the ground loop in GSHP systems

Overview Accuheat chemical inline heaters consist of ultra pure quartz tubes wrapped in an Inconel heater element that provides even conductive heat over the entire area Alumina Silica insulation is tightly packed to minimize heat loss and the PTFE Teflon housing offers chemical resistance and a low surface temperature

These properties enable hydriding metals to be used in chemical heat pumps for upgrading industrial waste energy to supply useful energy in the form of process hot water or steam With proper selection of the hydriding materials temperature boosts of about 200 F can be obtained in a single stage cycle This paper describes the state-of-the-art developments of metal hydride heat pumps (MHCHP

DOI link for Heat Pumps in Chemical Process Industry Heat Pumps in Chemical Process Industry book Heat Pumps in Chemical Process Industry DOI link for Heat Pumps in Chemical Process Industry Heat Pumps in Chemical Process Industry book By Anton A Kiss Carlos A Infante Ferreira Edition 1st Edition First Published 2016 eBook Published 14 October 2016 Pub location Boca Raton

engineering services and application know-how to support all aspects of geothermal power generation Harnessing the Earth's Power 3 A Complete Package Flowserve can provide geothermal plant operators with a complete package of reliable proven pumps and sealing systems along with the power industry's most accomplished team of technical support and field service experts • Vertical

engineering services and application know-how to support all aspects of geothermal power generation Harnessing the Earth's Power 3 A Complete Package Flowserve can provide geothermal plant operators with a complete package of reliable proven pumps and sealing systems along with the power industry's most accomplished team of technical support and field service experts • Vertical

APPLICATION OF INDUSTRIAL HEAT PUMPS Rainer Jakobs1 Laurent Levacher2 Heat pumps for high temperature applications and industrial use have often been neglected The share of energy cost has been low for companies and thus investments to improve production normally have a much higher priority than investments in energy efficiency Increased use of energy has to some extent been an

Screening of Ionic Liquid/H 2 O Working Pairs for Application in Low Temperature Driven Sorption Heat Pump Systems Sabine Popp Andreas Bsmann Ren Wlfel Peter Wasserscheid * View Author Information Institute of Chemical Reaction Engineering Friedrich-Alexander-University Erlangen-Nuremberg Egerlandstrae 3 91058 Erlangen Germany *Peter Wasserscheid E-mail: [email protected

A comprehensive review on advances and applications of

However heat pumps have not been widely applied for industrial usage for recovering low-grade waste heat in China [7] The International Energy Agency (IEA) launched a new project named ''Application of Industrial Heat Pumps" in 2010 which focuses on heat pumps for high-temperature industrial and commercial applications [8] In recent

Application of heat pump in constant temperature swimming pool Constant temperature swimming pool also called indoor constant temperature swimming pool that is the temperature of the swimming pool water is maintained at 26-28 degrees which is suitable for the temperature of the human body

DHS 3700 is a stabilised biocide for low temperature heating and renewable energy systems to prevent the growth of bacteria and fungi DHS 3700 eliminates problems caused by micro-organisms such as blockages of the pipe work manifolds valves and heat exchangers and it is very effective in sanitising the ground loop in GSHP systems

The temperature glide match in the source was identified to have a higher influence on the performance than in the sink AB - The present study demonstrates the optimization of a heat pump for an application with a large temperature glide on the sink and a smaller temperature glide on the source side The study includes a simulation of a heat

Thermodynamic heat pump cycles or refrigeration cycles are the conceptual and mathematical models for heat pump air conditioning and refrigeration systems A heat pump is a mechanical system that allows for the transmission of heat from one location (the source) at a lower temperature to another location (the sink or heat sink) at a higher temperature