Materials Handling, Storage and Lifting Equipment
| BRUKS | ||
BRUKS offers project management, equipment supply, controls, PLC and MCC, installation, commissioning, support, service and spare parts with its turnkey biomass handling systems. |
BRUKS provides storage silos for wood chips, bark, fines and biofuel. |
BRUKS provided a complete feed stock handling system for Green Circle Bio Energy, US, with an annual capacity of 500,000t. |
BRUKS supplied the fuel handling and processing system for a 20MW (e) electric power and heat generation plant for Stadwerke Leipzig, Kraftwerk Wittenberg, Germany. |
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| COH | ||
205/25/2.5 Mg Powerhouse crane. |
Powerhouse cranes at work during construction. |
130 T Spillway Gates and 30 T Stoplog Monorail Hoist. |
Water intake, draft tube and spill way gate hoists, cranes and gantries. |
Rack and pinion stoplog handling gantries. |
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| ESI Eurosilo | ||
At Vattenfall Power Station Tiefstack, in Hamburg, Germany, ESI has built a coal handling system on a turnkey basis, consisting of two 50,000m³ silos including infeed and outfeed belt conveyors housed in enclosed galleries. |
The typical outfit of the Eurosilo system, which fills and reclaims the silo automatically at an adjustable rate - simultaneously filling and reclaiming is also possible. |
At Salmasaari Power Station of Helsinki Energy, ESI is building an underground coal storage system consisting of four silo units each containing 50,000t of steam coal. This system has to replace the existing outdoor storage. |
Using silos will result in an optimal land utilization compared with an A-frame shed. The compact design of a Eurosilo system is a great benefit, especially for power stations, which have to be retrofitted with an FGD plant. This benefit can be even greater if the dewatering is placed on top of the silo. |
Typical view at the internal machinery of an FGD-gypsum silo, showing the slewing screw-conveyor system and central slotted column which assures the ability to reclaim at any time. The silo structure is shown as a steel structure with a wooden inner wall. |
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| IBAU HAMBURG | ||
Illustration of ESP ash removal and ash storage silos. |
Coal-fired power plant, Mehrum / Germany. |
IBAU central cone silo of 25,000m³ at Mehrum power plant. |
IBAU low-pressure conveying system for FGD products. |
Conveying air control unit for rail car pressure vessel discharge. |
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| Magaldi Group | ||
The Magaldi ash cooler (MAC) is the best available technology for dry bottom ash handling from pulverized coal fired boilers. |
The Magaldi ash recycling (MAR) system reduces the environmental and economical impacts of bottom ash dumping by the complete recycle of ash in the combustion chamber. |
The Magaldi mill rejects system (MRS) safely handles mill rejects without the use of any single drop of water, avoiding environmental problems as far as plugging. |
The FLUIMAC system for dry extraction of bed ash from CFB boilers. |
The Magaldi Ecomag conveyor for automatic and reliable handling of economiser's and air heaters ash. |
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| Power Techniques | ||
Our field engineers can install engineered controlled flow chutes, conventional chutes as well as conveyors, conveyor belts, drives, and feeders such as this one. |
Power Techniques offers state-of-the-art engineering of stacker conveyors and other equipment to resolve the most difficult bulk material handling problems. |
Our bulk material consulting services address problems including conveyor spillage, chute loading problems, belt tracking, and general maintenance. |
Power Techniques is the supplier for the WEBA full flow control transfer system and the advanced flow chute design in the United States. |
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| Tractel | ||
Tailor made windmill inspection cradles. |
Access to a tower furnace through the ash pit. |
Access to oil derrick. |
Tractel has designed and installed special engineered maintenance platforms for nuclear power stations. |
Permanent lifeline installed above gantry beam, with free movement of the traveller along the system, giving the user complete mobility. |
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| United Conveyor Corporation | ||
The DEPAC™ dense phase conveying system (fly ash) for long distance and low maintenance. |
The Nuveyor™ dilute phase vacuum system (fly ash) offers low headroom advantage. |
The SFC™ mechanical submerged flight conveyor (bottom ash) has over 75 reference sites. |
VAX™ next-generation technology for dry bottom-ash handling offers lower cost and higher reliability versus moving belt designs. |
Reagent handling systems for SOx removal in wet and dry scrubbers, duct injection and fluidized bed boiler applications. |
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| Weir Minerals Europe | ||
Warman slurry pumps handling bottom ash at the Pocerardy power station in the Czech Republic. |
A cluster of Cavex hydrocyclones in the limestone grinding circuit at Drax power station. |
Warman 500STL absorber recycle pumps at the Opatovice FGD plant in the Czech Republic. |
Limestone grinding at Melnik FGD plant in the Czech Republic. |
Geho piston diaphragm pumps transporting high-density fly ash slurry at the Bayswater power station in Australia. |
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