Ventilation System Design

Using acceptable standards we design extraction hood at the point of contaminant generation or establish effective air change per hour for an enclosure which is very important in establishing the most effective control mechanism in air borne hazard control.

Air Cleaning Device

Identification of the air borne hazard is crucial for the design simulation process of a ventilation system name it local exhaust or general ventilation. Similarly the abatement process prior to the vertical discharge in the chimney, the suitable air cleaning device must be selected, design, constructed, commissioned and kick off operation with reliable predictive maintenance protocol. These air cleaning devices ranges from adsorption filters (activated carbon, Potassium Permanganate), scrubbers (spray chambers, packed towers, venturi), dust collectors (preliminary, fabric filter bag house, cyclones, multi cyclones).

Construction And Commissioning

We design exhaust hoods to have optimal resistance along the system so that the fan size is not causing high energy consumption. Proper introduction of duct size and other accessories will ensure the system curve intersects with the power optimized fan curve depicting it as the energy and environment conscious solution.

Laboratory Safety System

Chemical and Physical stressors in a laboratory occupational settings can be very imminent in becoming health risk to the workers in the laboratory. Clear definition of the process emitting the airborne hazard in the form of chemical or even heat will enable effective deployment of control hoods such as fume hoods, chemical safety cabinets, exterior extendable arm, safety cabinets, reliable general ventilation with adequate air changes, humidity control and etc.

Maintenance, Repair And Overhaul

System reliability of a control mechanism is vital to ensure the permissible exposure limit to the airborne contaminant are kept in check. We derive a good performance monitoring and periodical assessment to gauge the deterioration in performance from the peak condition below the minimum acceptable range. We establish a good operation and maintenance program based on actual performance trends that will ensure continuous reliability of the engineering control element.

Monthly Inspection & Training.

Deterioration of a system form the peak condition to below acceptable state can only gauge via performance monitoring, periodic monitoring or monthly monitoring. We establish this monthly monitoring and trigger the exact time the system needs to be serviced. This approach will keep the system operation optimised and minimize unwanted stoppage / idle time.