Open cooling towers expose process cooling water to the atmosphere, typically as part of a chiller system loop (see Figure 1). These open towers use an efficient, simple, and economical design. All ...

Cooling tower footprints are large and finding a suitable site can be a challenge. In-line towers should be located nearly parallel to the summer prevailing winds to minimize plume recirculation ...

The new closed-loop cooling system has helped Process Conversions control process cooling temperatures within plus or minus 3° F, vs. plus or minus 5° F with the old system.

By the 1970s, new plants used large-scale cooling towers for cooling a plant’s condenser. Today, plants that still rely on open-cycle cooling are exploring how to make the transition to closed ...

With limitations on water availability, closed-loop, evaporative cooling systems can be a cost-effective technology. This article by Niagara Blower shows how wet surface air coolers can play an ...

This month’s B2B focuses on a new cooling tower to serve a pharmaceutical facility’s new process water system. This tower will be a closed-loop, evaporative condenser to operate 24/7/365. The pharma ...

Closed-cooling systems are worth the added cost if you’re going to operate the engine in saltwater all of the time. You must remember, though, that even with a closed-cooling system, some of the ...

In a closed-loop setup, the engine circulates engine coolant (typically a 50-50 mix of antifreeze and distilled water) through its water jacket, just like a car engine.

The Cooling Tower Diagram result screen shows the major flows into and out of the wet cooling tower in all plant types: PC: GET RESULTS: Water Systems: Wet Cooling Tower: Cooling Tower Diagram Each ...

That’s not a colostomy bag, it’s the first prototype of [Stephen’s] scratch-built closed loop personal cooling system. He must be living in an uncomfortably hot apartment as this … ...