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Heat Recovery Ventilation

Advanced Heat Recovery Ventilation (HRV) systems designed to continuously supply fresh, filtered outdoor air while simultaneously recovering thermal energy from exhausted stale air, drastically reducing facility energy costs.

Service Overview

Fresh Air, Zero Energy Waste.

Traditional ventilation systems simply expel conditioned indoor air outside, wasting the energy originally used to heat or cool it. Heat Recovery Ventilation (HRV) solves this fundamental engineering inefficiency.

At the core of an HRV unit is an advanced heat exchanger. As warm, stale air is extracted from the building, it passes through the core and transfers its thermal energy to the incoming fresh, cold outdoor air—without the two air streams ever physically mixing.

This ingenious mechanical process allows your facility to maintain exceptional indoor air quality (IAQ) and constant fresh air circulation while recovering up to 90% of the exhaust heat, leading to massive reductions in your HVAC operational loads.

Heat Recovery Ventilation Systems

Energy Recovery

Capturing up to 90% of exhaust heat to precondition fresh air.

System Importance

Purpose of an HRV System

Implementing a Heat Recovery Ventilation unit is no longer just a luxury; it is a highly regulated, critical component of modern, sustainable, and strictly energy-efficient building design.

Energy Efficiency

Recovers thermal energy from exhaust air, significantly lowering the heating and cooling load on your primary HVAC equipment.

Indoor Air Quality

Continuously replaces stale, CO2-heavy indoor air with fresh, highly filtered outdoor air for a healthier environment.

Cost Reduction

By recycling existing heat rather than generating new heat, HRV systems dramatically reduce monthly utility bills.

Moisture Control

Helps regulate indoor humidity levels, preventing condensation, dampness, and harmful mold growth in tightly sealed buildings.

Applications

Environments We Serve.

HRV systems are practically mandatory for any modern, highly insulated facility looking to optimize indoor air quality without sacrificing strict energy efficiency standards.

Corporate
Offices

Ensuring employees remain alert and productive with a continuous supply of fresh, oxygen-rich, temperature-controlled air.

Residential
Complexes

Providing tightly sealed modern apartment buildings with healthy air circulation while keeping winter heating bills exceptionally low.

Educational
Institutions

Maintaining superior indoor air quality in densely packed classrooms to improve student concentration, comfort, and general health.

Healthcare &
Clinics

Delivering highly filtered, thermally stable fresh air to patient waiting areas and general wards to continuously dilute airborne pathogens.

Retail &
Shopping Malls

Keeping large commercial retail spaces fresh and comfortable for shoppers while mitigating the massive HVAC energy overhead.

Light
Manufacturing

Ensuring worker safety through constant air exchange without venting away the valuable thermal energy used to heat the facility.

How We Work

Our Step-By-Step Execution Process.

01

Load & ACH Calculations

We mathematically evaluate your facility's volume, standard occupancy, and insulation levels to determine the precise Air Changes per Hour (ACH) and specify the optimal HRV core capacity.

  • • Volume & occupancy mapping
  • • Air Changes per Hour (ACH) sizing
  • • Thermal recovery projections
02

System & Ductwork Design

Engineering the dual-duct network. One path is dedicated to extracting stale air from wet/warm zones, while the other supplies pre-conditioned fresh air to main living and working spaces.

  • • Supply & exhaust duct routing
  • • Heat exchanger core specification
  • • Airflow balancing strategy
03

Installation & Integration

Our execution teams securely mount the central HRV unit, assemble the heavily insulated ductwork, and neatly integrate the fresh air intake and exhaust louvers to the building exterior.

  • • HRV unit mounting & isolation
  • • Insulated ductwork assembly
  • • Exterior weather louver installation
04

Air Balancing & Commissioning

We meticulously measure the supply and exhaust airflows using anemometers to ensure they are perfectly balanced, a critical step to maximize the heat transfer efficiency of the core.

  • • Supply/Exhaust airflow balancing
  • • Thermal recovery efficiency testing
  • • Smart controller configuration

Get in Touch.

We’re ready to discuss your engineering project and provide technical consultation.

Our Address

F-197, PHASE-VIII-B, INDUSTRIAL FOCAL POINT, SAS NAGAR (MOHALI), PUNJAB

Our Contact

Mobile: +91-9815299944

Mobile: +91-8427799944

Working Hours

Monday-Saturday: 9:00 – 19:00

Start a Project

Request a Quote.