Search Results: "results/search&keywords=oil/P20/page/2/" | 79 results


Factory Assembled Cooling Towers for Power and Industrial Applications

Brochures, Library
Marley Factory-Assembled Cooling Tower Modules deserve careful consideration for today’s power generation plant, chemical, oil and gas plants and other industrial cooling applications with small to medium thermal loads. Modules offer several advantages, including rugged, industrial-strength construction materials, factory-assembly, turnkey installation, faster, safer completion and shorter outage requirements.

Air-Cooled Heat Exchangers

Brochures, Library
Marley Air Cooled Heat Exchangers stand up to the demanding requirements for heat transfer processes in chemical, oil and gas, process and power generation applications.

Marley NC Everest – Heavy Industrial Applications

Brochures, Library
The Marley NC Everest Cooling Tower deserves careful consideration for today’s chemical, oil and gas plants, power generation plants and other industrial cooling applications. Whether designing a new plant or replacing an aging traditional field-erected cooling tower, the NC Everest’s pre-assembled crossflow design offers significant advantages, including faster delivery and installation coupled with up to 50% more cooling capacity per cell and 20% reduction in pump energy.

S Series Geareducer

Engineering Data, Library
S Series Geareducers include both a custom Inpro/Seal® input shaft seal and an output shaft lip-type oil seal.

Pump Flow vs. Gravity Flow

Library, Technical Papers
Is the cooling tower operating on pump flow or gravity flow? This question is often misunderstood and sometimes results in hydraulic or scope issues that could have been easily avoided.

Marley Insight – Safety Process

Library, White Papers
Marley is committed to construction safety and our results prove it. Better safety also means faster project completion and lower installation costs for customers.

Operating Cooling Towers in Freezing Weather

Library, White Papers
A properly designed cooling tower promotes the maximum possible contact between air and water—and does so for the maximum possible time period. This effort on the part of the designer results in an efficiency which, although greatly appreciated in the summertime, has the capability to produce performance-degrading ice formations during winter operation.
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