
Power & Energy
Heat exchangers for power plants in the UAE: HEI-standard condensers, coolers and heat recovery equipment for conventional and renewable generation.
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Induced-draft cooling towers engineered for Gulf wet-bulb conditions, with fabrication, installation, and fill replacement support from Abu Dhabi.
The induced-draft fan on the deck that pulls warm saturated air up through the tower and out through the stack.
For representation purposes only.
Engineered against the specific failures that cost operators downtime, contamination or wasted energy.
A tower that misses its design cold-water temperature pushes every downstream exchanger and condenser off duty. Fill selection and water-quality mismatches show up as scale, biofilm and structural rot years before a rebuild is budgeted for.
Cooling water temperature sets the ceiling on every process and utility exchanger fed from the loop. A tower undersized for the region's peak wet-bulb temperature caps plant capacity on the hottest days of the year — exactly when demand is highest.
Poor air/water distribution wastes fan power for the same cooling duty. In-region fill and drift eliminator stock turns a fouled cell around in days instead of the months an imported rebuild takes.

Qualified to the procurement standards ADNOC group companies require, with in-country value that scores directly on operator and EPC tenders.

Four decades of sizing cooling water systems against the Gulf's wet-bulb extremes, not imported design assumptions that undersize the tower.

Standing fill, eliminator and mechanical spares stock in Mussafah keeps a fouled or damaged cell down for days, not the months an overseas rebuild takes.
What sets cooling towers from Dolphin Group apart, in specific and measurable terms.
Thermal design against regional peak wet-bulb data, not a generic climate assumption, so the tower holds duty on the hottest day of the year.
Local stock of film fill and drift eliminators cuts a fouled-cell turnaround from months to days.
Casing and structure matched to the makeup water chemistry and site environment for maximum service life.
Full cell rebuilds — fill, distribution, eliminators, fan — executed without importing a complete new tower.
High-efficiency eliminators cut water and chemical loss to atmosphere, reducing make-up cost and environmental impact.
Guaranteed approach and range backed by thermal design calculations, not a nameplate estimate.
Design codes, materials and testing scope confirmed for every cooling towers order.
Configuration
Induced-draft counterflow / forced-draft crossflow
Fill type
Film fill (PVC) · splash fill for high-fouling water
Casing/structure
FRP pultruded · hot-dip galvanised steel
Drift loss
As low as 0.001% of circulating flow
Design basis
Site-specific wet-bulb, approach and range
Fan drive
Direct or gear/belt drive, variable-speed option
Thermal design against site-specific wet-bulb data through fabrication and installation, using FRP or galvanised steel matched to the makeup water chemistry.
Full cell rebuilds — fill, distribution, eliminators and fan — engineered into an existing structure at a fraction of full replacement cost.
Fill and eliminator inspection, cleaning and thermal performance verification that confirm the tower still holds its design approach and range.
Scheduled fill and eliminator turnaround programmes, backed by standing local stock, that keep a fouled cell down for days rather than months.
Cooling Towers in service, sector by sector, application by application.

Heat exchangers for power plants in the UAE: HEI-standard condensers, coolers and heat recovery equipment for conventional and renewable generation.
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Heat exchangers for petrochemical plants in the UAE: we build exchangers and reboilers for crackers, polymer plants and aromatics complexes worldwide.
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Heat exchangers for oil and gas in the UAE: thermal equipment engineered for upstream, midstream and refining service, built and serviced in Abu Dhabi.
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Steel plant heat exchangers and cooling equipment: furnace cooling, quench systems and dust-laden gas coolers built for the hardest environments in industry.
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Heat exchangers for chemical plants in the UAE: corrosion-resistant exchangers and vessels for acids, alkalis and speciality chemistry.
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Data center cooling systems in the UAE: high-availability cooling infrastructure for the world’s fastest-growing digital economy.
View SectorFrom single-cell package towers to multi-cell field-erected structures sized for major power and process cooling water duties.
Yes. Fill, distribution, drift eliminators and mechanical components are re-engineered into the existing structure where the casing and structure remain sound.
Thermal design uses site-specific design wet-bulb temperature data — a generic or imported climate assumption will undersize the tower for Gulf summer extremes.
Splash fill or wider-flute film fill resists fouling better than fine-channel film fill where makeup water carries higher suspended solids.
Both — FRP pultruded structures for maximum corrosion life, or hot-dip galvanised steel where capital cost is the priority.
Yes. High-efficiency drift eliminators and low-noise fan options are available where site proximity requires it.
Yes. Dolphin Group is ADNOC-approved and Local+ Certified — one of roughly 70 Local+ Certified companies in the UAE.
Send your heat load, flow rate and site wet-bulb design temperature through our RFQ form or to connect@dolphin.ae — we typically respond within two working days.
Send your duty requirements or existing datasheet, and our engineers will confirm the right configuration.
Design codes, materials and testing scope confirmed for every cooling towers order.
Configuration
Induced-draft counterflow / forced-draft crossflow
Fill type
Film fill (PVC) · splash fill for high-fouling water
Casing/structure
FRP pultruded · hot-dip galvanised steel
Drift loss
As low as 0.001% of circulating flow
Design basis
Site-specific wet-bulb, approach and range
Fan drive
Direct or gear/belt drive, variable-speed option