工业余热

为此该文建议一种可能的热力循环：LNG在超临界状态作为闭式Brayton循环的冷源，而以工业余热作为Brayton循环的热源，并对此循环进行了详细的热力分析。

For this sake , a feasible closed Brayton cycle is proposed , in which the supercritical LNG is taken as its cold sink and an industrial waste heat as its heat source . A detailed thermodynamic analysis is given .

节能工作渗透在生产生活的方方面面，其中工业余热利用就是节能工作中非常重要的一部分。

Energy - conservation work penetrates all aspects of life and production , of which the use of industrial waste heat energy is very important in a part of .

高性能工业余热利用方式的CPL技术

High-performance CPL Technology for the Utilization of Industrial Residual Heat

用低沸点工质的朗肯循环（ORC）方法回收低位工业余热

Recovery of industrial low-grade waste heat by means of organic rankine cycle ( ORC ) method with low boiling point working fluid

利用工业余热发电是硅化物中温区（400-800K）热电材料的一个重要应用，在大规模高品质的新能源应用领域具有广阔的应用前景。

An important application of middle-temperature thermoelectric materials ( 400-800K ) is to generate electricity from waste heat in industrial field and daily life . Silicide is one of the promising thermoelectric based on its high quality and abundance in shell .

我国钢铁工业余热余能调研报告

Report on Residual Heat and Energy in Chinese Steel Industry

我国钢铁工业余热资源及利用状况

An investigation on waste heat resources and its utilization in china 's steel industry

相变储能材料在工业余热回收领域的应用研究进展

Research and Application Progress of Phase Change Energy Storage Materials in Industry Waste Heat Recovery

本文介绍了在一个工业余热回收系统中应用自然分层热贮存装置的经验。

The performance of a high temperature heat pump unit for heat recovery is experimentally evaluated .

利用工业余热的单级氨水吸收式制冷机在制冰生产中的应用

The Application in Ice making production of One-stage Ammonia Absorption Type Refrigerator based on Waste Heat Recovery

具体主要表现为，大量的热工设备热效率相对较低，许多价值极高的各种工业余热被白白浪费。

The main specific performance is the massive hot working device thermal efficiency is comparatively low , much industry valuable afterheat wasted .

在新能源和工业余热利用中，很大一部分热源温度属于中、低温。

In the new energy development and industrial waste-heat utilization , there arise many heat sources whose temperatures are moderate or low .

开展中高温热泵技术研究，具有拓展热泵节能技术的应用空间、提供工业余热资源回收利用手段的节能与环保意义。

Optimal design is done for water to water moderate and high temperature heat pump system from the viewpoint of saving energy and materials .

我国工业余热特别是低温烟气余热资源丰富，节能潜力巨大。

The industrial waste heat resources of our country , especially in low-temperature flue gas , are abundant . Therefore , there is a great potential of energy conservation .

它是一种新型的、绿色环保的发电技术，可以合理利用太阳能、地热能、工业余热废热等低品位热能。

It is a new , green power generation technologies and can reasonably use of solar energy , geothermal energy , industrial waste heat and other low-grade waste heat energy .

通过蓄热技术储存太阳能和工业余热等热能，再进行利用，不仅节约能源，还能保护环境。

Thermal energy storage technologies store solar energy , industrial waste heat and other energy firstly , and then reuse them , which protect the environment and save the energy .

介绍以工业余热为热源的单级氨水吸收式制冷机在工业制冰（蓄冷）与冷藏中的应用。

This paper deals with the application of one stage ammonia absorption type refrigerator based on industrial waste heat recovery in industrial ice making ( cold storage ) and refrigeration .

城市集中供热是指利用热电联产、区域锅炉、工业余热等热源通过热网向若干个街区乃至整个城市的热用户供热。

City district heating means using heat source such as cogeneration , district boiler , industrial waste heat to supply heat for several blocks or even the whole city by heat supply network .

我国工业余热资源丰富，但余热回收利用效率低下，其中尤以中、低温烟气余热利用节能潜力巨大。

The industrial waste heat resources of our country are abundant , but inefficient use and recovery of it , especially in low-temperature flue gas utilization of waste heat energy has great potential .

在化工领域，吸收式热泵是一种重要的工业余热回收装置，热泵工质对的性质对其性能有着至关重要的影响。

In chemical engineering field , absorption heat pump ( AHP ) is an important industrial device for energy recovery . The properties of AHP working pair are vitally important to its effects .

利用商用温差电致冷组件发电技术大规模开发工业余热、汽车废热、垃圾燃烧热的时代已经到来。

The era that electricity generation in large scale using surplus heat of industry yet , waste heat of vehicle and burn heat of garbage by the commercial thermoelectric cooling module is coming .

低温热能发电技术主要应用于太阳能热电、工业余热发电、地热发电、生物质能发电、海洋温差发电等方面。

The above-mentioned technology is mainly used for solar-energy cogeneration systems , industrial waste heat-based power generation , geothermal power generation as well as power generation by utilizing biomass energy and ocean temperature difference etc.

相变储能技术对能源的开发和合理利用具有重要意义，在太阳能利用、工业余热回收等方面有着显著的优点。

Phase change materials for energy storage offer a useful technology for development and appropriate utilization of energy , and have obvious advantages in solar energy use , water heat recovery and so on .

并且用该机与压缩式制冷机进行了技术经济比较，证明其在工业余热升级利用及节能增效中所起的作用。

A technical and economic comparison of the said type of refrigerator with a compression type refrigerator demonstrates that the former has some advantages in respect of industrial waste heat utilization and energy earing .

本文通过对目前工业余热低利用率的现状以及传统集中供热方式供不应求日益紧张的趋势分析，提出了利用工业余热供热的新方案。

Based on the analysis of low utilization rate of industrial waste heat as well as the insufficiency of the centralized heating supply , this thesis proposed a new program how to utilize industrial waste heat .

热声发电技术是一种新型发电技术，它能够将太阳能、工业余热等低品位热源转化为电能。

Thermoacoustic power generation technology is a new type of technology for power generation , which can convert low grade heat sources , such as solar energy , industrial waste heat etc. , into electrical energy .

吸收式热泵是一种环保、高效的工业余热回收设备，选用的工作介质对热泵的使用寿命及工作性能有很大的影响。

Absorption heat pumps are important energy-saving devices which are driven by industrial waste heat , solar energy and so on . The working fluid in absorption heat pump has the important influence to its service life and performances .

能源和环境问题是目前全球关注的焦点，随着人们对节能和环保的日益重视，太阳能以及工业余热/废热等低品位热能利用的新技术受到了广泛的关注。

Energy and environment are the hottest topics of the world today . And with the emphasis of the energy saving and environment protect , the utilization technology of low-grade energy such as the solar energy and waste heat is focused widely .

工业企业余热资源量计算的计算机辅助系统

Computer aided calculation of quantity of waste heat resources in industry

工业炉余热利用及节能效益的分析

Analysis of Waste Heat Recovery Methods and Calculation of Their Energy Savings