In 2026, the Air Scrubber Installation process in Malaysia is governed by a strict intersection of DOSH 2026 safety codes and the Energy Efficiency and Conservation Act (EECA). Whether it is a stationary unit for a chemical plant in Shah Alam or a temporary negative air setup for a hospital renovation in KL, the installation must ensure zero bypass leakage and optimal airflow velocity.
At EKG M&E, we apply 34 years of technical depth to ensure your scrubber is not just "plugged in," but engineered for long-term compliance and a low Building Energy Index (BEI).
A scrubber is only as effective as its physical seal. In the high-humidity Malaysian climate, thermal expansion and contraction can cause housing leaks.
Vibration Isolation: We install scrubbers on Spring-Loaded or Neoprene Isolators. This prevents the high-pressure blower's vibration from traveling into the building's ductwork or ceiling grid.
Gas-Tight Welding: For industrial VOC scrubbers, we utilize full-perimeter TIG welding on stainless steel or polypropylene housings.
Gasket Compression: During installation, we use calibrated torque wrenches on the filter clamping mechanisms. This ensures uniform pressure on the H14 HEPA or Carbon V-Bank gaskets, preventing "Bypass Leaks" that often lead to DOSH audit failures.
Under the EECA 2026 mandate, every scrubber motor above 5hp must be managed by a Variable Frequency Drive (VFD).
Sensor-Based Control: We install Differential Pressure (Delta P) transmitters across the filter stages. The VFD is programmed to maintain a constant CFM (Cubic Feet per Minute) even as the filters clog.
The Cube Law Advantage: Following the Cube Law, if our duct design reduces the system's static resistance, we can slow the fan speed by 20%. This results in a nearly 50% reduction in electricity costs. For 24/7 industrial scrubbers, this optimization often pays for the installation costs within the first year.
BMS Connectivity: All EKG installations include a Modbus or BacNet interface, allowing your facility manager to monitor scrubber health from a central dashboard.
The 2026 Department of Environment (DOE) Clean Air Regulations specify how and where scrubbed air is discharged.
Stack Height: For chemical scrubbers, we calculate the required stack height to ensure proper atmospheric dispersion.
Laminar Transition: We install "Straightening Vanes" in the ductwork immediately before and after the scrubber. This reduces turbulence, which lowers the system's total static pressure and keeps the fan running in its most efficient "Sweet Spot."
Negative Pressure Zones: For renovation scrubbers, we seal the work zone with 6-mil poly-sheeting and use the scrubber to maintain a minimum of -5 Pascal relative to the adjacent clean areas.
Once the physical installation is complete, we perform a multi-point validation:
In-Situ Integrity Scan: We inject PAO (Polyalphaolefin) aerosol upstream and scan 100% of the filter face and seals. We guarantee a penetration of less than 0.01%.
FFT Vibration Fingerprinting: We use Fast Fourier Transform (FFT) analysis on the motor and housing. If we identify a harmonic resonance that could cause "Media Flutter" or joint fatigue, we program the VFD to "skip" those specific frequencies.
Airflow Traverse: We perform a 16-point pitot tube traverse in the discharge duct to verify the True CFM matches the design specifications.
34 Years of Engineering Depth: A Malaysian leader in high-performance MEP for the industrial and healthcare sectors.
Audit-Ready Compliance: We provide the PAO Integrity Certificate, CFM Flow Report, and VFD-Energy ROI data required for 2026 regulatory audits.
Turnkey Engineering: From System Sizing and Custom Box Fabrication to Electrical VFD Integration.
Malaysia
