Waste-to-Energy Plants
Waste-to-Energy Plants
Keppel Seghers provides technologies for the treatment of municipal solid waste and sludge. Its waste-to-energy (WTE) plants use advanced technology solutions to generate green energy from waste and help in landfill diversion by as much as 90% through reduction in the volume of waste disposed, thereby maximising the value of waste streams and minimising the environmental impact.
To date, Keppel Seghers has implemented more than 100 WTE projects.
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Keppel Seghers Tuas Waste-to-Energy Plant
Keppel Seghers Tuas WTE Plant is Singapore's fifth incineration plant built, and the first to be done so under the National Environment Agency's Public Private Partnership initiative.
Developed by Keppel Seghers in 2006 and operational since October 2009, it is the first in Singapore to showcase WTE technology from a Singapore company. Built on a land space of only 1.6 hectares, the Keppel Seghers Tuas WTE Plant is one of the most compact WTE facilities in the world.
The plant is equipped with two incinerator-boiler units with one condensing turbine-generator. Incorporating Keppel Seghers' in-house technologies such as the air-cooled grate and flue gas cleaning system, the plant is able to treat 800 tonnes of solid waste daily to generate about 22MW of green energy.
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Senoko Waste-to-Energy Plant
Senoko WTE Plant is the third waste incineration plant built in Singapore and is one of the four incineration plants currently operating. It was commissioned in 1992 at a cost of S$560 million on a land area of 7.5 hectares. Senoko WTE Plant is equipped with six incinerator-boiler units with two condensing turbine-generators offering a power generation capacity of 2 x 28 MW.
The Singapore Government decommissioned Ulu Pandan Incineration Plant, the first of the five incineration plants built in Singapore, in August 2009. Following the decommissioning, Senoko WTE Plant is the only waste incineration plant located outside of the Tuas area (which is in the western part of Singapore) and this positions it to serve the eastern, northern and central areas of Singapore.
The Senoko WTE Plant was retrofitted with Keppel Seghers' flue gas treatment technology in June 2012. The upgraded flue gas treatment system is significantly more effective at removing harmful and acidic gases, dust and particulates.
The Senoko WTE Plant is able to treat 2,400 tonnes of waste per day. Together with Keppel Seghers Tuas WTE plant, Keppel can treat almost half of Singapore's total volume of incinerable waste.
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Domestic Solid Waste Management Centre
Keppel Seghers was awarded two contracts by the Ministry of Municipality and Urban Planning (previously known as Ministry of Municipal Affairs and Agriculture in Qatar to design and build four Waste Transfer Stations and an Integrated Domestic Solid Waste Management Centre (DSWMC) to handle and treat domestic solid waste for the whole of Qatar. As a Design-Build-Operate (DBO) project, Keppel Seghers will operate the waste management facility for 20 years.
The plant is designed to treat up to 2,300 tonnes per day of mixed domestic solid waste. It comprises waste sorting and recycling facilities, landfill, composting plant and a 1,500 tonnes per day WTE plant.
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Greater Manchester Energy-from-Waste Plant
In 2009, Keppel Seghers was awarded an Engineering, Procurement and Construction contract to build an Energy-from-Waste (EfW) Combined Heat and Power Plant to serve the Greater Manchester region in the UK.
In 2010, Keppel Seghers was awarded the contract for phase two of the project. With the total capacity to treat 750,000 tonnes of waste per year and generate, at full capacity, 83 MW of electricity and 51 MW of heat, the plant will be one of the largest EfW facilities in the UK when both phases are completed.
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Waste-to-Energy Plant in Baoan, Shenzhen, China
Keppel Seghers is one of the leading providers for imported WTE solutions in China. Its proprietary technology was supplied for the expansion of the Baoan WTE plant in Shenzhen, Guangdong.
Keppel Seghers' technology enabled the facility to treat an additional 3,000 tonnes to the previous 1,200 tonnes of municipal waste per day. Completed in 2013, the WTE plant is the largest in China with a total capacity to treat 4,200 tonnes of municipal waste per day.
The key components of the first phase of the plant were also provided by Keppel Seghers in 1999, when it was built. Back then, the plant was also the largest WTE plant in China.
For more information, download our&.城市生活垃圾卫生填埋场恶臭的防治技术进展_石磊_百度文库
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出门在外也不愁&&&incineration plants
的翻译结果:
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It has been estimated that Beijing should establish 3～4 incineration plants on a scale of 1 000
for each in the future based on MSW output, increasing rate, landfill fields life for use.
根据北京市生活垃圾产量、增长率、现有填埋场使用寿命等因素预测 ,北京应该在未来建成 3～ 4座 1 0 0 0t/d处理规模的垃圾焚烧厂。
Construction and Operation Model of Refuse Incineration Plants in Ningbo
宁波垃圾焚烧厂的建设与运营模式
Inspection report of the refuse incineration plants in Korea and Singapore
赴韩国、新加坡垃圾焚烧厂的考察报告
Two municipal solid waste incineration plants will be put into operation in Shanghai by 2002, which will produce about 230,000 tons of residue per year.
2002年,上海有2座城市生活垃圾焚烧厂将点火运行。
This paper discusses the reasons of abnormal operation in most of the land-fills, incineration plants and comprehensive disposal plants, and puts forward countermeasures for the solution of the problems.
分析和探讨了四川省已建的垃圾卫生填埋场、垃圾焚烧厂和垃圾综合处理厂大部分运行不正常的原因,并提出解决问题的对策。
The Treatment of Heavy Metals in the Wastewater from Municipal Incineration Plants
城市垃圾焚烧站重金属废水的处理
A FUZZY CONTROL SYSTEM FOR REFUSE INCINERATION PLANTS
一个垃圾焚烧炉模糊控制系统
The results have the consulting importance for the layout of incineration plants and the establishment of related policies.
该结果对于混烧处理厂的规划以及相关政策的制定有一定参考价值
Index computing method provided money quantification base for environmental economic cost-benefit analysis of these two domestic refuse incineration plants.
指标法为2个项目的环境经济损益分析提供了货币量化。
Due to the crisis of natural resource and energy,the resource policy of urban refuse has been taken and the urban refuse incineration plants are founded rapidly in the developed countries.
由于资源和能源危机的影响 ,发达国家对城市垃圾采取了资源化方针 ,垃圾焚烧发电站在发达国家迅猛发展。
The Investigation Report about the Incineration Plants in Europe.
赴欧洲垃圾焚烧厂考察报告
On incineration of plants with high concentration of cadmium and lead
富含Cd、Pb植物焚烧处理方法的探讨
Decorating with plants
植物装饰画
Do Plants Sleep?
Do Plants Sleep?(高一适用)
Incineration of Household Refuse
生活垃圾焚烧处理技术
查询“incineration plants”译词为用户自定义的双语例句&&&&我想查看译文中含有：的双语例句
为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。&&&&&&&&&&&&&&&&&&&& A new refuse incineration plant is planed to be constructed in Shanghai Pudong New Area. This report detailed introduced the combustion grates, incineration technology and the flue gas purification technology used in three refuse incineration plants we had visited in Korea and Singapore. Based on the investigation, to put forward that the national condition is the basin no matter formulating the emission standard of air pollutants or selecting the flue gas treatment technology. Also,... &&&&&&&&&&&&上海浦东新区正在建设生活垃圾焚烧厂。通过对韩国、新加坡的3个垃圾焚烧厂焚烧工艺、炉排、烟气净化技术的介绍，提出了我们在建设焚烧厂的过程中，无论是制定环保排放标准还是采取何种烟气治理工艺，均应考虑中国的国情。同时指出，重视基础数据的分析与预测，加强对公众的宣传是非常重要的。&&&&&&&& From the view of technology, economy and environment, the cocombustion utilization technology of coal with municipal solid waste in FBC was analyzed. Results indicate the waste ration in mixed fuel should be less than 90% for the current waste in China.The waste fee and electrical price has much influence on the economy of incineration plants.From the view of encouraging to incinerate and not to make electricity,waste fee should be increased to maintain the operation in gear. Compared with coal ... &&&&&&&&&&&&从技术、经济和环保等方面 ,对于煤与垃圾在流化床中的混烧利用技术进行了比较详细的分析。结果表明对于我国目前的垃圾 ,混烧比率宜小于 90 % ;垃圾收费和售电价格对于焚烧厂的经济状况影响很大 ,若从鼓励多焚烧垃圾而不是多发电的角度出发 ,应尽量增加垃圾收费补贴来使焚烧厂正常运行 ;与纯烧煤相比 ,混烧时除SOx 外 ,其余污染物排放均有所增加 ,但混烧有利于提高燃烧温度 ,破坏二?英类物质的生成。该结果对于混烧处理厂的规划以及相关政策的制定有一定参考价值&&&&&&&& The development of municipal solid waste incineration in Taiwan was described.One of typical incineration plants of Taiwan was Pei
Tou Refuse Incineration Plant.The technological processes of incineration and pollution control of the plant were depicted.The last issue of standard for pollution control on the municipal solid waste incineration of Taiwan was also introduced. &&&&&&&&&&&&概述了台湾目前城市生活垃圾焚烧处理现状。以台湾最大的垃圾焚烧厂———台北市北投焚化厂为例 ,介绍了垃圾焚烧工艺及二次污染控制技术 ,并对台湾地区最新颁布的焚化炉空气污染排放标准进行了介绍。&nbsp&&&&&&&&相关查询:
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2008 CNKI－中国知网
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&2008中国知网(cnki) 中国学术期刊(光盘版)电子杂志社}