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power plant condenser scrap

Condenser Optimization for Improved Power Plant Operations

  In power plants, condensers act as a heat-rejection engine when condensing steam into water. The volume collapse of that conversion (on the order of

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Key Condenser Failure Mechanisms - Power Engineering

  Plant personnel decided to replace the tubes with 90-10 copper-nickel, a material that had performed well in other condensers. Within two years, the new tubes

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PSR Condenser Tube Removal, Tube Puller and Tube Extractors

PSR manufactures the prime condenser tube removal tools and equipment used by power plants, mechanical and demolition contractors worldwide to retube or salvage large

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Power Plant Boilers: Condenser Performance

  The steam condenser of a power plant boiler is a critical heat exchanger in the process. Poor performance due to restricted heat transfer can have a dramatic influence on unit efficiency....

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Condenser Retubing - POWER Magazine

  In many ways, a condenser retubing is a large material-handling project. Old tubes are removed and salvaged as the new tubes are moved into place. Hundreds of tons of tubes are replaced tube by ...

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Demolishing and decommissioning power plants

  Power plants are just full of varying types of structures. Lots of tall structures, perhaps structures that were not built exactly as shown on drawings, and

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Energy losses from condensers in the power plants.

The component-level analysis at designed conditions show condenser as a main contributor towards energy loss of 68.19% followed by boiler with energy loss of 24.7% while the

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Titanium widespread use in power plant condensers and chemical ...

The first use of titanium tubing in a power plant surface condenser in the U.S. was at the Teche power station (Baldwin, La.) in 1970. The Arthur Kill generating station (Staten

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Zombie Coal Plants Reanimated to Stabilize the Grid

  The U.S. Energy Information Agency projects that existing pollution regulations and new carbon limits could shutter about 30 percent of U.S. coal power capacity by 2020. That will leave many ...

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Condenser Optimization for Improved Power Plant Operations

  In power plants, condensers act as a heat-rejection engine when condensing steam into water. The volume collapse of that conversion (on the order of 1,700 times) causes a significant pressure change, creating a

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Improving Condenser OM Practices - POWER

  Losses attributed to condenser tube leaks, fouling, and failures continue to climb, costing the power generation industry an estimated half-billion dollars annually in maintenance costs and...

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Key Condenser Failure Mechanisms - Power Engineering

  Plant personnel decided to replace the tubes with 90-10 copper-nickel, a material that had performed well in other condensers. Within two years, the new tubes began to fail.

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Power Plant Boilers: Condenser Performance

  The steam condenser of a power plant boiler is a critical heat exchanger in the process. Poor performance due to restricted heat transfer can have a dramatic influence on unit efficiency....

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Synchronous Condensers GE Steam Power

As part of our renewable steam power offerings, GE has a broad synchronous condenser portfolio and over the past 100 years has supplied more than 200 synchronous condensers to utilities around the globe,

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Condenser Retubing - POWER Magazine

  A 40,000-tube condenser may require two daily shifts for three to five weeks. A well-trained, fully equipped crew can remove and replace 600 to 800 tubes per shift and, later, stick tubes at...

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Thermal performance assessment of steam surface condenser

  The steam condenser is one of the important components in a power plant which significantly affect the power generation and performance of unit in terms of heat rate. Deterioration in thermal performance of condenser not only affects the power generation but also thermal performance of unit as a whole [1, 2]. The parameters that are

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Modernization Upgrades for Condenser - Siemens

Poor condenser performance results in performance losses which reduce the profitability of your power plant. Another important factor is the condenser’s operating reliability. In the worst case, the entire

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A New Algorithm for a Condenser Design for Large-Scale Nuclear Power ...

  Abstract This work presents a new velocity search algorithm for designing a condenser of a 1200 MW e large-scale nuclear power plant situated in tropical region. For this, the condenser pressure was considered in the range of 7.5–15 kPa while its tube inner diameter was taken as 28 mm with 1 mm tube wall thickness.

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Tom Buechel - Owner - Rockaway Recycling LinkedIn

While many plants do not want to shut down, we understand the rules and requirements and try to help offset the closure costs. Many assets inside

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Main Condenser - Steam Condenser Description nuclear-power

The condenser must maintain a sufficient low vacuum to increase the power plant efficiency. The vacuum pumps maintain a sufficient vacuum in the condenser by extracting air and uncondensed gases. The lowest feasible condenser pressure is the saturation pressure corresponding to the ambient temperature (e.g., the absolute pressure of 0.008

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Comprehensive review of pure vapour condensation outside of

  The thermal design of an industrial shell-and-tube condenser requires the use of heat transfer coefficients, usually obtained from tables or correlations.Willing to develop a numerical model for design purposes, the present authors noticed the surprising diversity of correlations for the shellside heat transfer coefficient in the case of pure

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SPIG® Air Cooled Condensers, Air Fin Coolers, Dry Cooling Towers

Air-cooled condenser (ACC) technology is installed in power plants to condensate the turbine exhaust steam. The system provides cooling using only the ambient air without any need for water. In this system, exhaust steam from the turbine flows counter-currently through the tube bundles of an ACC and is condensed in parallel flow tube bundles ...

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Zombie Coal Plants Reanimated to Stabilize the Grid

  Environmental regulations and competition from gas-fired turbines and renewable energy sources are shutting down dozens of older coal-fired power plants across North America and Europe. But some of

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Key Condenser Failure Mechanisms - Power Engineering

  The steam surface condenser is an integral component at electric utilities and other facilities that generate power. It is also the point where highly pure condensate can potentially come in...

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Modernization Upgrades for Condenser - Siemens

Poor condenser performance results in performance losses which reduce the profitability of your power plant. Another important factor is the condenser’s operating reliability. In the worst case, the entire

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Synchronous Condensers GE Steam Power

As part of our renewable steam power offerings, GE has a broad synchronous condenser portfolio and over the past 100 years has supplied more than 200 synchronous condensers to utilities around the globe,

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Thermal performance assessment of steam surface condenser

  The configuration of steam condenser as shown in Fig. 1, is a shell and tube type heat exchanger. Cooling water (CW) enters to the tubes, through tube sheet and the shell side of condenser receives steam from exhaust of LPT. Steam passes over the shell side and cooling water flows through tube side.

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High-performance Condenser Tube Cleaning System

Condenser tubes vary depending on the capacity of the power plant, but tubes to accommodate the largest class nuclear power plant have a cooling surface of 102,000 m2and a total tube length (i.e. length × number of tubes) of over 1,100 km (see Table 1).

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Best Practices for Maximizing Condenser Efficiency

  For example, a power plant with a feedwater flow rate of 2.5 million pounds per hour and condenser pressure of 3 inches Hg would see a heat rate improvement of nearly 6% if station engineers could ...

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Steam Condenser: Basics, Parts, Advantages and

  Unlike surface condensers, the maintenance costs of direct contact condensers are low. More power is required for air and water pumping in direct contact condensers. Steam Condenser Applications.

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Main Condenser - Steam Condenser Description nuclear-power

The condenser must maintain a sufficient low vacuum to increase the power plant efficiency. The vacuum pumps maintain a sufficient vacuum in the condenser by extracting air and uncondensed gases. The lowest feasible condenser pressure is the saturation pressure corresponding to the ambient temperature (e.g., the absolute pressure of 0.008

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The role of condenser in power plant - India Study Channel

  Condenser is a one kind of heat exchanger where the heat transfer takes place between hot and cold fluid. In condenser the exhaust steam coming from the last stage of the steam turbine is condensed or cooled either in direct contact with cooling water or indirect with cooling water via heat transfer medium separating them. Objectives of

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Comprehensive review of pure vapour condensation outside of

  The thermal design of an industrial shell-and-tube condenser requires the use of heat transfer coefficients, usually obtained from tables or correlations.Willing to develop a numerical model for design purposes, the present authors noticed the surprising diversity of correlations for the shellside heat transfer coefficient in the case of pure

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Putting Idle Turbine Generators to Work - POWER Magazine

  The many gas turbines and combined cycle power plants deployed in the 1990s and 2000s were expected to enjoy life for many more years. ... These GE synchronous condenser units will supply reactive ...

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A Journey to Improve Condenser Performance - Power Engineering

  The three most common materials used for power plant condenser tubes are: copper, stainless steel and titanium. Copper is a natural antimicrobial material, and while copper condenser tubes disrupt ...

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Synchronous condenser Flexible AC transmission systems

The Siemens Energy synchronous condenser solution comprises a horizontal synchronous generator connected to the high-voltage transmission network via a step-up transformer. It is started up and stopped with a frequency-controlled electric motor (pony motor) or a starting frequency converter.

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