上海某工业区余热利用供冷热系统方案分析徐铭明华东电力设计院有限公司摘要：介绍了某工业区蒸汽冷凝水余热回收利用系统，利用余热产出冷、热能提供给园区内的企业，实现能源梯级利用。
同时，针对系统负荷分布特性，合理设置水蓄能装置利用峰谷分时电价政策，达到电力“削峰填谷”，节约运行成本。
通过系统方案介绍及经济性测算，为相似的工业区余热可利用场景提供思路和参考。
关键词：余热；溴化锂；水蓄能；节能DOI:10.13770/ki.issn2095-705x.2021.05.011Analysis on Waste Heat Utilization in Heating and Cooling System for Some Industrial Zone in ShanghaiXU MingmingEast China Electric Power Design Institute Co.,Ltd.Abstract:This paper introduces the waste heat recovery system of steam condensate in an industrial zone,which uses the waste heat to produce cooling and heating energy for the enterprises to realize the cascade utilization of energy.At the same time,select the reasonable water storage device according to the load distribution characteristics of the system.Taking the advantage of the peak valley time electric power price policy to achieve"peak cutting and valley filling"and save the operating cost.Through the introduction of the system scheme and the economic calculation,it provides ideas and reference for similar scenarios of waste heat recovery system in industrial zone.Key words:Waste Heat；Lithium-Bromide Unit；Water Storage；En-ergy Saving收稿日期：2021-03-17作者简介：徐铭明（1991-04-），女，研究生，注册工程师，主要研究方向为分布式能源、新能源发电No.052021ENERGY CONSERVATION TECHNOLOGY上海节能No.0820180项目概况上海某工业区为国家级经济技术开发区，是国家首批新型工业化示范基地、国家生态工业示范园区。
鲁胜公司采出水主要集中在集输总站和坨28分水站，日产水量分别为7500m 3/d 和4300m 3/d。
由于坨28分水站只进行分水，尚不具备热量综合利用条件，故选择具备条件的集输总站进行了采出油田采出水余热回收利用CCER 项目实践与认识申世峰（胜利油田分公司鲁胜石油开发有限责任公司）摘要：鲁胜公司集输总站每日产生45～80℃的采出水7500m 3，余热长期没法回收利用；需购买蒸汽和燃气加热集输原油到80℃才能达到沉降脱水要求，产生大量有毒烟气污染环境；人工现场巡护抄录，费时费力，效率低，安全性差。
针对上述问题，鲁胜公司采用能源管控系统和安全生产管理平台，建设油田采出水余热智慧回收利用CCER 项目系统，高温采出水采用换热器热交换技术，直接将热量交换给原油，低温采出水采用热泵技术回收其余热，将低品位热能提质，制取高温热水，再通过换热器将热量交换给原油；利用安全生产管理平台，实时在线监控监测和采集余热回收参数，全面有效利用余热，节约能源保护环境，双碳背景下，建设智慧化绿色集输总站。
关键词：智慧；采出水余热；回收利用；节能环保DOI :10.3969/j.issn.2095-1493.2023.06.011Practice and understanding of the CCER project of recovery and utilization of waste heat in oilfield produced water SHEN ShifengShengli Oilfield Company Lusheng Petroleum Development Co ．，Ltd ．Abstract：The gathering and transportation station of Lusheng Company is produced 7500m 3of pro-duced water at 45~80℃per day，and the waste heat hasn't been recovered and utilized for a long time ．What's more，the steam and gas are purchased to heat the gathering and transportation crude oil to 80℃，which is up to the requirement of sedimentation and dehydration，leading to producing a great deal of toxic fumes and polluting the environment．Additionally，the manual inspection and recording on site are time-consuming，laborious，inefficient and unsafe．In view of the above problems，the energy management and control system and safe management platform of Lusheng Company are adopt-ed to construct the CCER project for intelligent recovery and utilization of waste heat from oilfield pro-duced water．On one hand，the high-temperature produced water using the heat exchange technolo-gy of heat exchanger is exchanged directly to the crude oil，while the low-temperature produced water using heat pump technology to recover waste heat is improved the quality by the low-grade heat ener-gy，produced high-temperature hot water，and then is exchanged to the crude oil through heat ex-changer．On the other hand，by using the safe management platform，we can monitor it online in re-al time and collect the recovery parameters of waste heat，fully and effectively utilize waste heat，save energy and environmental protection，and build a smart green gathering and transportation station un-der the background of carbon peak and carbon neutrality ．Keywords：intelligent；waste heat of produced water；recovery and utilization；energy conservation and environmental protection作者简介：申世峰，2016年毕业于中国石油大学（油气开采技术专业），从事生产管理、技术监督工作，177****6183，shenshifeng.****************，胜利油田鲁胜石油开发有限责任公司QHSSE 监督中心，257077。
节能余热利用方案英文回答：Energy Saving and Waste Heat Utilization Plan.Reducing energy consumption and utilizing waste heat are crucial measures for promoting energy efficiency and environmental sustainability. Here's a comprehensive plan for implementing energy-saving and waste heat utilization solutions:Energy Efficiency Measures:Conduct energy audits: Identify areas of high energy consumption and potential savings.Install energy-efficient equipment: Replace outdated appliances, lighting, and HVAC systems with more efficient models.Optimize building operations: Implement measures to reduce energy consumption in heating, cooling, and lighting.Implement energy management systems: Use technology to monitor and control energy usage, identify inefficiencies, and automate energy-saving measures.Promote energy conservation awareness: Educate employees and tenants about energy-saving practices.Waste Heat Utilization Measures:Identify heat sources: Determine potential sources of waste heat, such as industrial processes, exhaust gases,and cooling systems.Evaluate heat recovery technologies: Consider using heat exchangers, heat pumps, or other technologies to capture and reuse waste heat.Determine heat utilization applications: Identify potential uses for recovered heat, such as space heating,domestic hot water heating, or industrial process heating.Implement heat recovery systems: Install heat recovery equipment and integrate it into existing systems to utilize waste heat effectively.Monitor and optimize performance: Regularly monitor the performance of waste heat recovery systems and make adjustments to maximize efficiency.Benefits of Energy Saving and Waste Heat Utilization: Reduced energy costs.Improved environmental performance.Enhanced competitiveness.Reduced greenhouse gas emissions.Increased energy security.中文回答：节能和余热利用方案。
烟气余热利用及相关设备介绍摘要：能源是经济发展和社会进步的重要基础，在能源消耗不断攀升从而带来诸多社会和环境问题的现实背景下，节能减排已成为当今人类的共识。
余热利用作为节能减排中的重要部分，具有巨大的发展潜力。
我国余热资源丰富，利用好余热资源对于节能减排有重要意义。
本文介绍了余热利用设备及余热利用在我国基本概况，并对余热利用今后发展提出见解。
关键词：余热利用，省煤器，烟气余热换热器Utilization of Flue Gas Waste Heat and Related EquipmentAbstract: the energy is an important foundation for economic development and social progress, in rising energy consumption so as to bring many social and environmental problems under the background of reality, has become the consensus of the human energy saving and emission reduction. Waste heat utilization as an important part in energy conservation and emissions reduction, has huge development potential. Waste heat resources in our country, make good use of waste heat resources has important significance for energy conservation and emissions reduction. And waste heat utilization of waste heat utilization equipment were introduced in this paper basic situation in our country, and put forward opinions for the future development of waste heat utilization.Key words:waste heat utilization, economizer, flue gas waste heat exchanger1余热利用概述余热属于二次能源,它是一次能源和可燃物料转换过程后的产物,是燃料燃烧过程中所发出的热量在完成某一工艺过程后所剩下的热量。
