88-14: Hydraulic Cooling Tower Driver the InnovationExpensive fan wrecks and down time occur when motor shaft couplings break or gearboxes self destruct. A viable alternative eliminates shafts, couplings, and gearboxes. The first step is to move the motors to ground level, which are then close coupled to a hydraulic pump, which transmits fluid under pressure to a hydraulic motor at the top of the tower, which directly drives the fan. Microprocessor controllers can provide inexpensive energy

installation and testing of FRP piping to be used in Cooling Tower applications

The relative importance of recirculation and degradation of fan performance is discussed

The quality of river water varies significantly from season to season due to the influence of rainfall and surface water runoff

Significant reductions in mechanical properties were found and consistent relationships between awl penetration and mechanical properties were observed

clay particles

We filed an application to obtain a variance from the board until we could find a satisfactory solution and put it into effect

Protection of water as a natural resource requires that its quality and availability be carefully regulated

Case histories of actual cooling water applications are discussed which show when and where molybdate-based products have outperformed other

In the last few decades

We're concerned about our customers' property -conservation and fully realize that having no losses preserves property and profits

With the concern about energy savings becoming grave and the government imposed standards and subsidies

Pressure Preservative Treatment of Lumber