An ISO 9001-2015 Certified Company

Engineering Solutions

Comprehensive Engineering Solutions

At Amartal Cooling, we provide data-driven engineering solutions to optimize complex industrial cooling processes. Our team conducts in-depth technical audits and feasibility studies to improve system reliability, safety, and energy efficiency. We specialize in identifying systemic bottlenecks and providing actionable engineering roadmaps for medium to large-scale industrial plants.

Whether you are looking to integrate a new cooling system or optimize an existing one, our engineering expertise ensures seamless integration with your plant's operational workflows.

Engineering Solutions Render

Load Analysis

Detailed analysis of electrical and mechanical loads to ensure power efficiency and stability.

Material Specs

Providing exact material specifications for FRP and steel components for maximum longevity.

System Integration

Integrating cooling technology with existing industrial industrial automation systems.

Debottlenecking

Identifying and removing system constraints to boost overall cooling plant output.

Advanced Engineering Capabilities

Our engineering unit is equipped with licensed thermal calculation software and structural analysis tools to provide rapid prototyping and efficient system design. We tackle every challenge with a focus on debottlenecking existing cooling infrastructure to improve your plant's overall thermodynamic performance.

  • Vibration analysis of fan drive systems
  • Feasibility studies for plant expansion
  • Power factor correction for cooling motors
  • Heat load re-rating for seasonal shifts
  • Automated chemical dosing integration
  • Water chemistry impact analysis

Frequently Asked Questions

A technical audit involves a comprehensive physical and operational check of the cooling tower to evaluate its current efficiency against its original design parameters, identifying areas for energy savings or performance boost.

We specialize in brownfield projects. Our team maps existing piping, electrical, and control systems to ensure new cooling components are integrated with minimal downtime and maximum compatibility.

Debottlenecking allows your plant to achieve higher production rates by ensuring the cooling system is not the limiting factor. It often involves cost-effective upgrades to internal components like fills or nozzles.

Integration provides real-time monitoring of key metrics like water levels, fan speeds, and vibrations. This allows for predictive maintenance, rapid response to anomalies, and significant energy optimization.

Yes, we engineer custom piping configurations designed to minimize friction head loss and ensure perfectly balanced water distribution across and within multi-cell cooling systems.

We conduct detailed thermal profiling to assess if your current cooling infrastructure can absorb additional production loads, and design modular upgrades where capacity gaps are identified.

Depending on the environment, we use high-tensile hot-dip galvanized steel or pultruded composite FRP sections to ensure the refurbished cooling tower outlasts the plant’s projected lifecycle.

Absolutely. We specify and integrate automated blow-down and chemical dosing systems to maintain optimal cycles of concentration, preventing scaling, corrosion, and biological fouling.

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