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Marley Class 160

Similar in design to the Sigma, these highly-efficient, low-maintenance towers offer a wide choice of solutions for heavy industrial plants and large HVAC applications. Available in wood (Douglas fir or redwood). Tower cells range from 1,500 to 11,660 GPM capacities.

LNG Heating Tower

Before this technology was available, U.S. LNG facility operators had to use the natural gas they were storing and transporting as the heat source to reconvert LNG from its liquid form to gas. They were using their own raw materials that otherwise could be sold, as part of the regasification process. The heating tower uses ambient temperature air to heat the water. That warm water circulates back through a series of heat exchangers, and turns LNG from its liquid form – which is extremely cold at 200 degrees below zero (Fahrenheit) – into a gaseous state. The cold water returning from the LNG heat exchangers is recirculated back to the heating tower to begin the water-heating process all over again.

Biomedia System

The Biomedia System is a set of products specially designed to work together for waste water treatment applications.

MarPier

MarPier is a specialized support system for the Biomedia System that can be configured to accommodate various trickling filter floor slopes and media configurations.

MarDek

As part of the Biomedia System, MarDek is a high-strength grating support system designed to accommodate all loads associated with filter operation. It offers superior media bearing area along with an open design allowing free water flow.

MarGrid

MarGrid is grating designed to be placed above MarPak in the Biomedia System and is ideal as a walking surface and a maintenance platform for your waste water treatment application. With complete coverage, MarDek serves to further protect the media surface from weathering and impact.

MarPak

MarPak is a modular PVC corrugated fill media specifically designed for biological treatment applications as part of the Biomedia System.

Balcke Counterflow FRP

Cell-type cooling towers consist of one or several rectangular cells. Being the type most frequently built, cell-type cooling towers are widely used in all industry branches.

Balcke Crossflow Timber

A film- or splash-filled crossflow cooling tower of redwood or Douglas Fir construction offering complete flexibility to meet all system design requirements to maximize the total, year-round system energy efficiency.

Balcke Counterflow Timber

Cell-type cooling towers consist of one or several rectangular cells. Being the type most frequently built, cell-type cooling towers are widely used in all industry branches. Timber cooling towers require minimal capital expenditure. They are often used in plants with short depreciation periods.

Balcke Crossflow Steel

A film-filled crossflow cooling tower of steel construction offering complete flexibility to meet all system design requirements to maximize the total, year-round system energy efficiency.

ClearSky™

The SPX ClearSky™ Plume Abatement System reduces cooling plumes using leading-edge technologies.

Air Cooled Condensers

Combining the expertise and resources of Balcke and Hamon Dry Cooling, we are a world leader in Air-Cooled Condenser design, manufacturing, construction and service. We have installed hundreds of Air-Cooled Condensers around the world for a wide range of environmental conditions: coastal and desert climates, remote industrial and urban locations and both temperate and freezing climates. We maintain a global reputation of excellence in power generation and industrial markets.

Marley Aquatower

Fiberglass, G235 Galvanized or 300 series Stainless Steel

Hybrid Cell-Type Cooling Tower

The hybrid cell-type cooling tower offers efficient cold water temperatures with reduced visible plume and enhanced water conservation.

Hexacool® Air Cooled Condenser

Hexacool™ is an air cooled condenser well suited for use in smaller waste to energy, biomass and small size electrical power plants and industrial co-generation.

Recold MW

G235 Galvanized or series 300 Stainless Steel

Marley MC Fluid Cooler

G235 Galvanized steel (G600 Europe/Z600 China) or 300 series Stainless Steel

Air-Cooled Heat Exchangers

AirFin Heat Exchanger have been designed, manufactured and supplied worldwide for over 40 years. Our satisfied customers include the process and power generation industries.

Recold JW

G235 Galvanized or 300 series Stainless Steel

Indirect Dry Cooling

Indirect dry condensing system couples a dry cooling tower with a steam surface condenser.

Recold JT

G235 Galvanized or series 300 Stainless Steel

Marley MH Fluid Cooler

G235 Galvanized or 300 series Stainless Steel

Marley CTF

Fiberglass

Marley MCW

G600 Galvanized steel (G235 Americas) or 300 series Stainless Steel

Marley AV

G235 Galvanized or 300 series Stainless Steel

Marley QuadraFlow

Fiberglass with 300 series stainless steel

Marley MD

G235 Galvanized or 300 series Stainless Steel

Balcke CP

Fiberglass and Stainless Steel

Marley MS/Architectural

Concrete

Recold MC

Induced draft design, with a high efficiency propeller type fan and low weight, corrosion resistant copper coil all in a space saving counterflow package.
Availability:  Worldwide.

Marley NC [Fiberglass]

Fiberglass with HDG or Stainless Steel Structure

Recold JC

Low noise, forced draft, centrifugal fan design with a weight saving copper coil all in a low height configuration.
Availability:  Worldwide.

Marley NC [Steel]

G600 Galvanized (G235 Americas) or 300 series Stainless Steel

Marley NC Alpha [Splash Fill]

G235 Galvanized or 300 series Stainless Steel

Marley SRC

Fiberglass with HDG or Stainless Steel subframe

Marley Series 10 and Series 15

Wood

Marley Sigma

Wood, Galvanized Steel, Stainless Steel, Pultruded Fiberglass

Counterflow Field Erected

Pultruded Fiberglass, Concrete, Wood

Crossflow Field Erected

Wood

Round Forced Draft

Concrete

Hybrid Circular Tower

Circular hybrid cooling towers are ideal for processing large cooling water flow rates with reduced visible plume.

Natural Draft

Concrete

Air2Air™

Reduce your cooling tower water consumption up to 30 percent annually with Air2Air™ water recovery technology.