Waste heat power generation

A probe into feasibility of auto-operation of sulphuric acid plant on waste heat power generation

硫酸装置废热发电自保运行的可行性探讨

Study on waste heat power generation technology with low-temperature gas

铝电解槽低温烟气余热发电技术探讨新型炭载氧化物低温烟气脱硫剂的研究

Technology of Waste Heat Power Generation of Rotary Kiln in China

我国水泥窑余热发电技术

This paper based on a cement plant using waste heat power generation project .

本课题来源于某水泥厂余热发电建设工程。

Waste Heat Power Generation in New Dry Cement Line

新型干法水泥生产线纯低温余热发电项目前景广阔

Distributed Control System of Pure Low Temperature Waste Heat Power Generation Plant in Cement Industry

水泥纯低温余热发电集散控制系统

Feasibility Study on Float Glass FGD and Waste Heat Power Generation

浮法玻璃烟气脱硫及余热发电可行性研究

Project Introduction of Waste Heat Power Generation

纯低温余热电站项目介绍

Application of Pure Low-temperature Waste Heat Power Generation Technology in Lead-zinc Smelting Industry

铅锌冶炼工业纯低温余热发电技术的应用

Operation Analysis of Waste Heat Power Generation on 5000t / d Clinker Line

5000t/d熟料新型干法生产线国产化纯低温余热发电机组运行分析

The results provide a reliable basis for the design and construction of sintering waste heat power generation project .

其研究结果可为烧结冷却机余热发电工程设计与建设提供可靠的依据。

Electric Elements & Thermodynamics Equipment of Power Plants Study on waste heat power generation technology with low-temperature gas

发电厂电气部分与热力设备

Research on Waste Heat Power Generation of Aluminum Reduction Cells ' Flue Based on Organic Rankine Cycle

基于有机朗肯循环的铝电解槽烟气余热发电技术研究

Electrical Design of the Waste Heat Power Generation Project of a LM 5000 STIG Unit

LM5000STIG120机组余热发电工程电气设计

New dry cement production line in China is basically equipped with a low-temperature waste heat power generation system .

我国新型干法水泥生产线基本上全部配备了纯低温余热发电系统。

Waste heat power generation and cement clinker line often drying section for a heat source In the production process .

在生产过程中经常发生余热发电线和水泥熟料线烘干段争抢热源，从而影响熟料线水泥熟料质量不稳定、产量下降、水泥熟料能耗增高等问题。

Discussion about the technology of pure low temperature waste heat power generation with circle of organic working medium in cement plant

水泥窑纯低温余热发电有机工质循环技术的应用探讨

Study on water-and energy-saving of evaporative condensor in the system of waste heat power generation

蒸发式冷凝器在余热发电冷却系统中的节能节水研究自然对流空冷式蒸发器

The design used this cement plant waste heat power generation DCS control system as the research object . According to the current actual need of waste heat power generation DCS control system .

以该水泥厂余热发电DCS控制系统为研究对象，根据当前余热发电DCS控制系统的实际需要，对以往水泥厂余热发电DCS控制系统进行优化。

In addition , Steam turbine electrohydraulic control system ( DEH ), it is completed by turbine manufacturers . It is an independent " island " to the waste heat power generation DCS control system .

另外汽轮机DEH（电液调节控制系统），目前都是由汽轮机配套厂家来完成，相对于余热发电DCS控制系统是一个独立的孤岛。

Cement industry is large energy consumption , with a great potential of energy conservation , the circulation economic mode , improve cement industry energy efficiency , promote waste heat power generation technology is a very important and effective method .

水泥行业是耗能大户，具有很大的节能潜力，采用循环经济模式，提高水泥行业的能源利用效率，推广余热发电技术是一个非常重要、富有成效的手段。

The paper combines with low temperature waste heat power generation technology to establish the control strategy of the superheat of low temperature waste heat power generation system , and according to the control strategy to establish the control principle block diagram of system .

结合低温余热发电技术建立了低温余热发电系统过热度的控制策略，并根据其控制策略建立了系统的控制原理框图。

But most of the domestic CDM projects in the cement industry are the waste heat power generation projects , only few are resource-comprehensive utilization projects , such as fuel and raw material substitution , increasing the blend .

但目前国内水泥行业CDM项目绝大多数为余热发电项目，鲜有资源综合利用项目，如燃料替代、原料替代、添加混合材。

Aimed at overcoming the bottleneck problems about low temperature difference and poor heat transfer capability of heat exchangers existed in low temperature waste heat power generation , the experiments and mechanism of EHD condensation heat transfer enhancement were researched in this thesis .

本文以解决低温余热发电系统中存在的换热器温差小、换热能力差等关键问题为主要目的，开展了EHD强化冷凝换热效应的实验及理论研究。

In improving the waste heat power generation equipment technology level , reduce the waste heat recovery of cost and improve the recovery of the technology market competitive power , and achieve with independent intellectual property rights of the localization of waste heat generating set a solid foundation .

为提高我国余热发电设备技术水平，降低余热回收利用成本，提高余热回收技术的市场竞争力，实现具有自主知识产权的国产化余热发电机组奠定坚实的基础。

Organic Rankine cycle low-temperature waste heat power generation can recycle waste gas of industrial emissions , solar , terrestrial heat , biomass and some low-grade thermal energy for power generation , at the same time the structure of the system is simple and easy to control .

基于有机朗肯循环低温余热发电系统可回收工业排放的废气、太阳能、地热、生物能等一些低品位热能用于发电，同时该系统具有结构简单、易于控制等优点。

Waste & heat Power Generation in Cement Manufacturing Industries

水泥工业中的余热发电

Design Summary of the Waste Heat Recovery and Power Generation System of a 400kt / a Sulfur-based Sulfuric Acid Production Plant

400kt/a硫磺制酸余热回收和发电系统设计总结

The paper summarizes the design of the waste heat recovery and power generation system of the plant , describes in detail the process data and equipment layout of the system , and analyzes characteristics of the project and equipment .

针对该装置余热回收和发电系统的设计进行了总结，全面介绍了它们的工艺数据、设备布置，重点剖析了工程及设备的特点。

Low-temperature Waste Heat Powered Supercritical Thermal Power Generation Cycle Using Low-boiling Point Fluids

低温余热驱动的低沸点工质超临界动力循环开式循环磁流体动力学