Outdoor rejection / recovery / hybrid cooling
Heat Rejection & Heat Recovery
Cooling towers, dry coolers, condensers, adiabatic and hybrid systems for site-scale heat rejection and recovery.
- Product lines
- 9
- Series entries
- 22
- Core standards
- ASME VIII Div. 1 · API 661
- Release
- Rev. 04 / 2026
Family context
A site-scale range for rejecting, recovering or reusing heat across data centres, refrigeration plants, industry, power and district energy. Selection balances ambient design conditions, water availability, noise, plume, plot space and annual energy use.
Design standards
- ASME VIII Div. 1
- API 661
- CTI ATC-105
- PED 2014/68/EU
Material scope
- Hot-dip galvanised steel
- Stainless steel
- Aluminium fins
- CuNi tube
- C5-M coating
Where this family is used
01
Data centres
02
District energy
03
Power
04
HVAC-R
05
Industrial cooling
06
Hydrogen
Product lines
9 engineered routes inside heat rejection.
Each line has its own duty envelope, series ledger, documentation set and application route. Use the line pages to compare intent before requesting a selection.
012 seriesEvaporative assist / hot ambient resilience
Adiabatic Systems
Spray and pad adiabatic systems that increase outdoor cooling performance during high ambient conditions while controlling water use.
Datasheet · drawing
023 seriesSteam condensation / A-frame
Air Cooled Condensers
Air-cooled condenser systems for steam condensation and process services where water consumption, plot plan, and vacuum performance matter.
Datasheet · drawing
032 seriesFinned-tube bundles / major industry
Air Fin Coolers
Air-cooled finned-tube exchangers for heavy industrial sites that need durable process cooling under demanding ambient conditions.
Datasheet · drawing041 seriesDry, wet, and mixed mode
Cascade Cooling
Hybrid cooling architecture that switches between dry, wet, and mixed modes to balance energy use, water use, and peak capacity.
Datasheet · drawing052 seriesEvaporative rejection / modular towers
Cooling Towers
Modular and field-erected cooling towers for rejecting industrial, building, power, and data-center heat through evaporative water circuits.
Datasheet · drawing064 seriesHorizontal outdoor cooler range
Flatbed Condenser / Drycooler
Flatbed condensers, gas coolers, and drycoolers for outdoor installations that need high power density and flexible configuration.
Datasheet · drawing072 seriesDry and evaporative cooling in one unit
Hybrid Coolers
Hybrid coolers that combine dry operation with evaporative support for sites balancing energy efficiency, water use, and peak-day capacity.
Datasheet · drawing082 seriesModular heat rejection at hyperscale
Mega-Bay & Giga-Bay Cooling
Large pre-engineered and site-engineered cooling bays for data centers and heavy infrastructure with multi-megawatt modules.
Datasheet · drawing094 seriesHigh-density V-bank outdoor cooling
V-Shape Condenser / Drycooler
V-bank condensers, gas coolers, and drycoolers for narrow footprints, high capacity density, and outdoor cooling loads.
Datasheet · drawingSeries ledger
The range, at series level.
Series entries are the building blocks behind each line. Tables on the line pages carry representative planning values; certified ratings are issued against the project duty point.
Model · Capacity · Fan diameter · Operating mode — representative columns
Documentation
The family folder.
The brochure covers the family. The manual covers handling and maintenance. Line-level datasheets and drawings sit on each product page; certificates and material reports are issued per order.
Filter the library by heat rejection| Document | Type | Revision | Date | Action |
|---|---|---|---|---|
| Heat Rejection & Heat Recovery Brochure6 pages · PDF | Family brochure | Rev. 04 | 01 Oct 2026 | |
| Heat Rejection & Heat Recovery — Installation and Maintenance8 pages · PDF | Installation manual | Rev. 02 | 15 Jun 2026 | |
| Heat Rejection & Heat Recovery — Certificate of Conformity1 page · PDF · issued on request | Certificate | Issued per order | 01 Oct 2026 | Request |
| Heat Rejection & Heat Recovery — Material Test Report1 page · PDF · issued on request | Material test report | Issued per order | 01 Oct 2026 | Request |
Heat Rejection & Heat Recovery / selection
Define the duty. We will define the envelope.
Send the media, flow, temperatures, pressure class, ambient conditions and available space. We will return a line recommendation, a preliminary series fit and the documentation required for review.