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	<title>World of Cogeneration</title>

	<link>http://www.worldofcogeneration.com/index.php</link>

	<description></description>

	<pubDate>Fri, 08 Aug 2008 18:25:00 -0400</pubDate>

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	<language>en</language>



  
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  		<title>Vancouver: We can be 'leaders': Mayor</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=246</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=246#comments</comments>

  		<pubDate>Fri, 11 Dec 2009 10:57:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>DISTRICT HEATING</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=246</guid>

  		<description><![CDATA[<P>The City of Vancouver entered an agreement with B.C. Hydro Monday to elevate conservation by developing district heating systems at new developments, building electric car charging infrastructure and a financing program to building energy retrofits.</P>
<P>The program would see customers borrow money from a bank for the renovation, then put money down on their debt through savings on their hydro bill.</P>
<P>"This puts us in the position to be world leaders and striving to do better," Robertson said.</P>
<P>The city also entered a pact with Vancouver-based Pulse Energy to install real-time energy-use monitoring systems, which find inefficiencies in the order of 10 to 20 per cent, at City Hall, Library Square and seven other sites.</P>
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<P>Meanwhile, Robertson is headed to the Copenhagen Climate Summit to tout the green virtues of Vancouver to more than 100 mayors from around the world. Here are his talking points on how Vancouver got green:</P>
<P>- A shift in transportation modes to walking, cycling and transit</P>
<P>- A focus on education and incentives for better community planning</P>
<P>- A push for electric vehicles</P>
<P>- A reduction in greenhouse gases through methane capture at landfills.</P>
<P>---</P>
<P>NUMBER CRUNCH:</P>
<P>Vancouver to meet Kyoto Protocol by 2012</P>
<P>- A reduction in GHG by 11 per cent from a peak in 2000 to 2.7 million tonnes per year the same at 1990 levels</P>
<P>- On track to meet Kyoto target of 2.5 million tonnes by 2012</P>
<P>- Reductions happened during a 27 per cent increase in population and 18 per cent increase in employment</P>]]></description>

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  		<title>Alberta finances Swan Hills project </title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=244</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=244#comments</comments>

  		<pubDate>Fri, 04 Dec 2009 06:31:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COMBINED CYCLE/HRSG, INVESTMENT / FINANCE</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=244</guid>

  		<description><![CDATA[<P>The project will use an in-situ coal gasification (ISCG) process to access coal seams that have traditionally been considered too deep to mine. The coal seams, located about 1,400 metres beneath the earth’s surface, will be accessed through wells that are similar to conventional oil and gas wells. The ISCG wells will be used to convert the coal underground in its original seam into syngas.
<P>
<P>The syngas will be piped to the Whitecourt area to fuel new high-efficiency combined cycle power generation for Alberta’s electricity market. It will provide about 300 MW of generation capacity.
<P>
<P>The CO2 created during the gasification process will be captured and used for enhanced oil recovery (EOR) in the Swan Hills area.
<P>
<P>The province will invest $285 million in the Swan Hills project, from its $2 billion Carbon Capture and Storage Fund. Construction is expected to begin in 2011 with carbon capture scheduled to start by 2015.</P>]]></description>

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  		<title>Ranhill’s power plant ready by end-2010</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=243</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=243#comments</comments>

  		<pubDate>Fri, 04 Dec 2009 06:24:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COMBINED CYCLE/HRSG, LATEST NEWS</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=243</guid>

  		<description><![CDATA[<P>He said the combined 380-MW capacity of Powertron I and Powertron II would establish the group as the largest independent power producer in Sabah. Powertron II was 100% owned by Ranhill, Hamdan said after the company AGM here yesterday.</P>
<P>He said Ranhill had a 60% stake in Powertron I with the remaining equity held by Sabah Energy Corp Sdn Bhd, a company owned by the state government. The 190-MW Powertron I is already in operation.</P>
<P>On its water and sewerage business, Hamdan said Ranhill would be focusing on expanding into China and India. “The company has six or seven concessions in China, three 20-year concessions in Thailand for water, wastewater and recycled water projects at Amata Nakorn Industrial Park, one in India and a service contract in Saudi Arabia.” </P>]]></description>

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  		<title>Energy chief breaks ground at SRS</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=242</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=242#comments</comments>

  		<pubDate>Tue, 01 Dec 2009 09:15:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>BIOGAS / BIOMASS, NORTH AMERICA</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=242</guid>

  		<description><![CDATA[&nbsp;biomass-fueled steam plant at Savannah River Site is a leading example of the nation’s commitment to energy independence, U.S. Energy Secretary Steven Chu said Monday.
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<P>“The development of clean, renewable energy will be a growth industry in the 21st century,”said Dr. Chu, a distinguished scientist and co-winner of the Nobel Prize for Physics in 1997. </P>
<P>The $795 million plant, scheduled to open in December 2011, will burn 322,000 tons of wood products and shredded tires a year and emit less pollution than the aging coal-fired facility it will replace. </P>
<P>It will also generate, in addition to electricity and steam for use at SRS, about 800 construction jobs, he said. “And it will pay for itself through cost savings.” </P>
<P>Dr. Chu, appointed by President Obama and sworn into office on Jan. 21, joined more than 100 other guests to break ground for the 20 megawatt plant, which is being built by Ameresco Federal Solutions Inc. of Knoxville, Tenn. </P>
<P>Although the U.S. has about one-fourth of the world’s coal reserves, our country also has an obligation to take advantage of the economic advantages of renewable energy. </P>
<P>“The question is which nations will export such technology and which nations will be buying it from elsewhere,” he said. “It is ours to lose. In this clean energy economy—which I consider inevitable—the United States will become a world leader.” </P>
<P>The steam-generating plant will be the government’s largest, though there is a larger private one in Virginia, according to an Energy Department fact sheet. </P>
<P>Estimates indicate the project will save $34 million a year in energy, operation and maintenance costs and reduce air emissions, including 100,000 tons of greenhouse gas annually from the coal now being burned at the facility the biomass plant will replace. </P>
<P>U.S. Rep Jim Clyburn, one of the speaker’s at Monday’s event, said the federal government is showing leadership by example in undertaking projects like the SRS facility. </P>
<P>“We believe wholeheartedly in President Obama’s initiative to make this country energy independent,” he said. “The transition to a clean energy economy is inevitable.” </P>
<P>Also at the groundbreaking were U.S. Sen. Lindsey Graham and U.S. Reps. Gresham Barrett, Joseph Wilson and John Barrow; and S.C. Gov. Mark Sanford. </P>
<P>Prior to his appointment, Dr. Chu was director of Lawrence Berkeley National Lab, and professor of Physics and Molecular and Cell Biology at the University of California. Monday marked his first visit to SRS as secretary of energy. </P>
</DIV>]]></description>

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  		<title>Eco-efficient practice(8)-Waste can be turned into heat energy</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=241</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=241#comments</comments>

  		<pubDate>Fri, 13 Nov 2009 04:39:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COGENERATION, EUROPE</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=241</guid>

  		<description><![CDATA[The waste comes from households and businesses in Western Sweden. In the economic downturn spare capacity has arisen, creating opportunities to deal with waste that would otherwise have gone to landfill. Efficient energy recovery means a sharp reduction in greenhouse gas emissions.<BR><BR>Renova Company is the leading environmental company in Western Sweden in the waste and<BR>recycling industry. Renova has several plants. In 2008 they treated nearly 700 000 tons of waste, of which 450 000 tons went for incineration with energy recovery. The company is currently expanding its waste co-generation plant with the addition of a fourth incineration line.<BR><BR>The amount of waste is directly affected by the trends in society, and has increased by an average of 2-3 percent every year since 1900. The amount of waste falls sharply during the prevailing economic downturn, but rises again as soon as the economy picks up. Construction of the fourth boiler will safeguard waste management and environmentally friendly energy production in Western Sweden for the future.<BR><BR><B>Large investment</B><BR><BR>With an investment of over 600 million Swedish Kronor(nearly 90 million dollars), the fourth incineration line which includes complete equipment for flue-gas treatment, an important process for eliminating dioxin, is expected to be completed in 2010. <BR><BR>Renova is making further investments of around 100 million(about 15 million dollars) annually to ensure that the plant contains the best equipment for environment. The focus right now is on removing sulphur from the flue gases even more effectively in the existing plant.<BR><BR><B>Energy equivalent to a supertanker every year</B><BR><BR>The waste burnt at Renova provides electricity equivalent to the annual consumption of 60 000 apartments, as well as heating and hot water for 120 000 apartments. The plant contributes energy which is equivalent to more than 120 000 tons of oil per year. This helps avoid large quantity of emissions of greenhouse gas. <BR><BR>Sweden’s northwestern neighbor, Norway, now buys incineration capacity in the Renova plant to deal with waste that would otherwise have gone to landfill.<BR><BR><B>How the process takes place</B><BR><BR>When the waste is burnt in one of the furnaces, the energy released from the waste, is converted to steam in the steam boilers. Then the steam goes to the steam turbine, which drives a generator where electricity is produced. Thermal energy is harnessed in the condenser after the turbine and supplied to the district heating network. Using flue gas condensation and absorption heat pumps, the heat in the flue gases can also be extracted-this too is supplied to the district heating network.<BR><BR>Each ton of waste burned can obtain a total of 3,3 MWh in the form of electricity and district heating. That is the amount consumed in heating a fairly large detached house for two months. A total of 1,3 TWh of energy can be delivered by the plants every year.<BR><BR><B>Three stage treatment </B><BR><BR>The flue gases are treated in three stages. First the dust-borne particles are separated in an electric filter. The acidic gases are then scrubbed and condensed in a wet treatment stage to remove further dust particles and acidic gases. <BR><BR>The third stage is a fabric filter that removes almost all dioxin and additionally ensures that the sulphur levels are reduced from 200 mg/cubic meter to less than 50 mg/cubic meter. A fourth stage in the process – catalyst treatment – is now being built, alongside the new incineration line. <BR><BR>The net result is that Renova’s waste co-generation plant easily meets present and future EU requirements for treatment.<BR>]]></description>

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  		<title>Gross Power Generation YoY increases 16.1% & Gross Steam Sales YoY increases 14.8% for October 2009</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=240</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=240#comments</comments>

  		<pubDate>Fri, 13 Nov 2009 04:29:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COGENERATION, NORTH AMERICA</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=240</guid>

  		<description><![CDATA[<P>The monthly gross steam sales for <CHRON>October 2009</CHRON> was 576,638 tonnes, representing an increase of 14.8% from 502,377 tonnes for the same period last year; the gross steam sales for the first ten months of 2009 was up 2.4% to 5,481,215 tonnes (January to <CHRON>October 2008</CHRON>: 5,352,440 tonnes).</P>
<PRE>October 2009        First 10 Months 2009
Gross Power      YoY      Gross Power     YoY
Generation (MWh)   Growth Generation (MWh)  Growth
Subsidiary Plants             461,726    21.7%       4,776,222    14.3%
Associated Plants              73,405   -10.3%         794,228     7.1%
Total                 535,131    16.1%       5,570,450    13.2%
October 2009         First 10 Months 2009
Gross Steam      YoY      Gross Steam     YoY
Sales (tonnes)    Growth  Sales (tonnes)   Growth
Subsidiary Plants             551,828    14.7%       5,142,862     1.9%
Associated Plants              24,810    17.6%         338,353    11.1%
Total                 576,638    14.8%       5,481,215     2.4%
</PRE>
<P>Note: subsidiary power plants include Kunshan Cogeneration Plant, Haimen Cogeneration Plant, Rudong Cogeneration Plant, Huzhou Cogeneration Plant, Taicang Poly Cogeneration Plant, Jiaxing Cogeneration Plant, Puyuan Cogeneration Plant, Fengxian Cogeneration Plant, Dongtai Cogeneration Plant, Peixian Cogeneration Plant, Xuzhou Cogeneration Plant, Yangzhou Cogeneration Plant, Xinneng Cogeneration Plant, Suzhou Cogeneration Plant, Baoying Cogeneration Plant, Lianyungang Cogeneration Plant, Taicang Incineration Plant and
<PERSON>Xilin Gol Wind Farm</PERSON>
; associated power plants include Funing Cogeneration Plant and China Resources Beijing Cogeneration Plant.</P>
<P>About GCL-Poly Energy Holdings Limited (stock code: 3800.HK)</P>
<P>GCL-Poly Energy Holdings Limited is one of the world's leading polysilicon and wafer supplier and also a leading integrated green energy enterprise in <LOCATION>China</LOCATION>. Annual polysilicon production capacity of GCL Solar, a subsidiary of the Group, is expected to reach 18,<CHRON>000 MT</CHRON> by the end of 2009 and 21,<CHRON>000 MT</CHRON> by the end of 2010. GCL Solar has also started constructing wafer production facilities and targets to achieve 1GW of capacity by mid-2010. In addition, the Group operates a total of 18 cogeneration power plants, 1 incineration power plant and 1 windpower plant. Most of these plants are located in <LOCATION>Jiangsu</LOCATION> and <LOCATION>Zhejiang</LOCATION> provinces in <LOCATION>China</LOCATION> with strong economic growth and robust demand for electricity and steam. All these plants are advocated and encouraged by the Chinese government.</P>
<P>For more information about GCL-Poly, please visit the company's website at <A href="http://www.gcl-poly.com.hk"><FONT color=#6099e9>http://www.gcl-poly.com.hk</FONT></A> .</P>
<PRE>    Press Enquiry:
GCL-Poly Energy Holdings Limited:
Mr. Zhou Jiangbo
Tel: (852) 3761 3120
Email: <A title="zhoujiangbo@gcl-power.com.hk&#10;&#10;" href="mailto:zhoujiangbo@gcl-power.com.hk" target=_blank><FONT color=#6099e9>zhoujiangbo@gcl-power.com.hk
</FONT></A>     Ms. Stephanie Lau
Tel: (852) 3761 3145
Email: <A title="stephanielau@gclsolarenergy.com&#10;&#10;" href="mailto:stephanielau@gclsolarenergy.com" target=_blank><FONT color=#6099e9>stephanielau@gclsolarenergy.com
</FONT></A>     Porda International (Finance) PR Group
Ms. Harriet Lau
Tel: (852) 3150 6761
Email: <A title="harriet.lau@pordafinance.com.hk&#10;&#10;" href="mailto:harriet.lau@pordafinance.com.hk" target=_blank><FONT color=#6099e9>harriet.lau@pordafinance.com.hk
</FONT></A>     Ms. Sharis Siu
Tel: (852) 3150 6771
Email: <A title="sharis.siu@pordafinance.com.hk&#10;&#10;" href="mailto:sharis.siu@pordafinance.com.hk" target=_blank><FONT color=#6099e9>sharis.siu@pordafinance.com.hk
</FONT></A>     Ms. Ada Leung
Tel: (852) 3150 6732
Email: <A title="ada.leung@pordafinance.com.hk&#10;" href="mailto:ada.leung@pordafinance.com.hk" target=_blank><FONT color=#6099e9>ada.leung@pordafinance.com.hk
</FONT></A></PRE>]]></description>

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  		<title>Veolia Energy Expands its Footprint on the West Coast with a District Cooling System in Portland, Oregon</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=239</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=239#comments</comments>

  		<pubDate>Mon, 09 Nov 2009 11:03:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>DISTRICT HEATING</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=239</guid>

  		<description><![CDATA[<P>The Portland District Cooling Company is Veolia Energy's first district energy system in the Pacific Northwest. Veolia Energy owns and operates the largest portfolio of heating, cooling and cogeneration networks in North America, with systems across the country in Atlanta, Baltimore, Boston, Cambridge, Grand Rapids, Kansas City, Las Vegas, Los Angeles, Oklahoma City, Philadelphia, St. Louis, Trenton and Tulsa. As part of the acquisition, Veolia Energy plans to implement its best practices for preventive maintenance, and will continue to invest in the system to increase efficiency. </P>
<P>"We are delighted to add the Portland District Cooling Company to our growing North American portfolio and we are committed to delivering excellent service to the customers served by this system," said Stewart A. Wood, President and CEO of Veolia Energy North America. "Portland has been formally recognized as the number one green city in the U.S. by Popular Science and SustainLane. Veolia Energy's business activities are designed to reduce carbon footprints, so operating in a sustainable city of Portland's stature is a perfect fit for us. We are also pleased that the plant was designed with future expansion in mind, so we are well positioned to grow with our customer base." </P>
<P>The Portland district cooling system produces and distributes chilled water to the Brewery Blocks, a five-block shopping and professional district in Portland's post-industrial Pearl District neighborhood. The plant, with 4,000 tons of installed chilled water capacity, houses two centrifugal chillers along with a state-of-the art automation system that operates the chillers and controls system devices. Customers who currently utilize chilled water from the system include retail businesses, office buildings, luxury apartments and condos, a large datacenter and a performance art hall. </P>
<P>The district cooling system was initially developed by Portland General Electric (PGE), a local electric utility that constructed the district plant and an underground distribution loop from 1999-2001. The plant is expected to remain in operation for at least another twenty years. </P>
<P>About Veolia Energy North America</P>
<P>A subsidiary of Veolia Environnement, the world's leading environmental services company, Veolia Energy focuses on controlling energy costs and reducing carbon footprints through energy-efficient, custom solutions. Solutions encompass the production and distribution of highly-reliable thermal energy; on-site operation of customers' complex equipment to enhance the technical, economic and environmental performance; combined heat and power generation (cogeneration); and the introduction of renewable fuels into the energy mix where it is viable. Veolia Energy serves customers throughout the Continental USA, with a national reach and capability, and owns and operates the largest portfolio of district energy (heating, cooling and cogeneration) networks in North America. With approximately 335,000 employees globally, Veolia Environnement reported revenue of $50 billion in 2008. </P>]]></description>

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  		<title>Corporate investments nearly $1B over past 2 years in Middletown</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=238</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=238#comments</comments>

  		<pubDate>Thu, 05 Nov 2009 05:40:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COMBINED CYCLE/HRSG, INVESTMENT / FINANCE</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=238</guid>

  		<description><![CDATA[<P>The newest investment headed to the city is a $300 million combined cycle power generation plant to be built by Penn.-based Air Products and Chemicals, Inc. at AK Steel’s Middletown Works. The new plant, to be constructed over the next two years, would capture waste blast furnace gas from the AK’s blast furnace and process it to make steam and electricity to be used by the local mill.</P>
<P>The new investment is a boon for Middletown, which has struggled recently with job losses and high levels of unemployment.</P>
<P>Mike Robinette, economic development director for Middletown, said he was not aware of another single manufacturing facility that has invested so much in its operations within the last few years.</P>
<P>AK Steel’s partnerships with Tenn.-based SunCoke Energy for a new $340 million coke plant coupled with the Air Products project push the local steelmaker to over $640 million of new investment to improve operations at its local mill alone.</P>
<P>According to data from the Ohio Department of Development, while there are several projects that have created or retained more jobs than AK’s recent partnerships — about 75 permanent jobs will be created through the SunCoke project — dollar investments don’t even come close. The next closest is Solar, Inc. of Perrysburg, Ohio, which is spending $83 million to buy new equipment and expand its operations.</P>
<P>“It bodes well for the future of the AK Steel facility,” Robinette said.</P>
<P>Robinette said the project will lower emissions and generate electricity at AK’s Middletown Works. “There’s not another project in the U.S. like this one,” he said.</P>
<P>Middletown Mayor Larry Mulligan Jr. said the project “shows AK’s initiative to stay here and grow their business here.”</P>
<P>“It’s an incredible project,” said City Manager Judy Gilleland. “We are thrilled that this has received stimulus money funding and is yet one more reason why AK Steel Corp. is a valuable community asset.”</P>
<P>It also shows that AK is making a move to be green, said Bill Triick, president and CEO of The Chamber of Commerce.</P>
<P>“It’s a move to be more of an environmentally friendly. AK is moving in the right direction and that needs to be applauded,” he said.</P>
<P>While AK’s investments account for more than half of the nearly $1 billion in Middletown projects, the city also boasts investments topping $265 from Atrium Medical Center and a $20 million expansion by Quaker Chemical.</P>]]></description>

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  		<title>150MW Chandpur power project: Cabinet body okays Chinese co’s bid</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=237</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=237#comments</comments>

  		<pubDate>Thu, 05 Nov 2009 05:26:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COMBINED CYCLE/HRSG, LATEST NEWS</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=237</guid>

  		<description><![CDATA[<P>In a meeting with Finance Minister AMA Muhith in the chair the cabinet committee also approved another 9 purchase proposals for the import of on-urea fertilizers and 10 locomotive engines. <BR><BR>The 150MW Chandpur plant will have a simple-cycle 100MW gas turbine and a 50MW steam-turbine machine.<BR><BR>As a turnkey contractor, China Chengda Engineering Co. Ltd will construct the power plant at a cost of Tk 1005 crore (US$ 144.60 million) for the state-owned Power Development Board (PDB).<BR><BR>The Chinese company won the bid in a re-tender invited by the PDB. <BR><BR>As per terms of the contract, the Chinese company will have to supply, install and commission the combined-cycle unit within 650 days and the simple unit within 450 days or 15 months from the signing of contract.<BR><BR>PDB officials hope that the simple-cycle unit will come into operation before end of 2011. Sources are, however, skeptical about the plant's implementation as per schedule as there is gas shortage.<BR><BR>They said though the government moved to implement the project, but Petrobangla is yet to confirm the gas supply.<BR><BR>Only it assured that the Chandpur project would get priority if gas is available for supply. It also suggested the PDB to convert the plant to a dual-fuel one. <BR><BR>Earlier, another Chinese contractor, Harbin Power Engineering, had won the bid at US$ 54 million to install a 100MW simple-cycle plant during the previous BNP-led alliance government. <BR><BR>But, after the takeover of charge by the caretaker government, the Chinese contractor insisted on enhancing the cost to $ 60 million on the plea of inordinate delay in signing the deal. Finally, the caretaker government, instead of enhancing cost, cancelled the bid. Now, the Awami League government approved the project at an enhanced cost of $ 85 million as the project will be implemented at US$ 144.60 million. The project capacity was enhanced to be 150MW combined-cycle plant. <BR><BR>The Cabinet body approved a proposal of the Communications Ministry for importing 10 meter-gauge locomotive engines for Bangladesh Railway at a cost of Tk 98.59 crore.<BR><BR>A proposal of Food ministry for the import of 100,000 metric tons of wheat obtained the nod of the Cabinet body.<BR><BR>Import of 150,000 metric tons of MOP fertiliser from Byelorussia under a state-to-state deal was also approved in the meeting.<BR><BR>The meeting gave the go-ahead to a proposal of the Public Works Ministry to award contract to a contractor to construct 78 flats for government employees at a cost of Tk 23.67 crore at Lalmatia in the city. <BR><BR>Each flat will have the size from 1060 square feet to 1250 SF.<BR><BR>Another proposal awarding contract for construction of 180 flats for middle class and low-income people at Mohammadpur Block-b also got approval. The flats will be soled on higher-purchase basis.<BR><BR>A number of proposals of the same ministry for road construction with surface drain at Purbachal housing project were also approved by the committee.</P>]]></description>

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  		<title>AGO secures order to build wood gas cogeneration plant in Germany</title>

  		<link>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=236</link>

  		<comments>http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=236#comments</comments>

  		<pubDate>Thu, 05 Nov 2009 05:13:00 -0500</pubDate>

  		<dc:creator>Pangea</dc:creator>

    	<category>COGENERATION, EUROPE</category>

  		<guid isPermaLink="true">http://www.worldofcogeneration.com/index.php?do=viewarticle&amp;artid=236</guid>

  		<description><![CDATA[<P>The order volume for the construction amounts to approximately E17 million. AGO AG Energie + Anlagen (AGO) has already started with the plant's engineering. Apart from the actual wood gasification unit, one ORC module and two cogeneration units will be used for generating electricity. </P>
<P>The heat generated has to be then fed into a district heating network. The regenerative plant's construction is planned to start in the summer of 2010 and will be completed after about a one-year period. </P>
<P>The project's total costs amount to approximately E33 million, of which E6.6 million is funded by the Federal Ministry for food, agriculture and consumer protection of Germany, represented by the agency for re-growing raw materials, with funds from the aid program for re-growing raw materials.</P>]]></description>

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