We assist you in building IVS - Industrial Ventilation Systems which comprises of LEV & GV systems to control risk of chemical, physical hazard and thermal comfort while maintaining good efficiency of the system’s performance to be within its baseline peak.
On a mission to build and maintain reliable Industrial Ventilation System while minimising energy loss.
E8 Group was incorporated in October 2005 dealing with Environmental Monitoring which covers all the needs required by the Department of Environment and stipulated by the Environmental Quality Act. In 2006 we acquired the expertise to work in the area of Industrial Hygiene to advance our service in establishing control measures for risk of occupational hazards. The continuous industrial exposure have us the opportunity to master engineering application and synergize the application into performance and condition monitoring.
“Proper ventilation isn’t just about improving air quality; it’s about enhancing human productivity and ensuring safer, healthier work place.”
— Anonymous
What we do.
Industrial Ventilation & MRO
Quantification of airborne hazards and Design of proper geometrical shape / hood for a specific process
Design, installation, and Commissioning of Local and General Ventilation systems.
Supply of Laboratory Hood and other Laboratory LEV System Applications.
Complete solutions to laboratory ventilation system (GV and LEV System).
Establishment of Effective Operation, Periodic Inspection, and Preventive Maintenance
Modification and Upgrading of Ventilation System
Local and General Ventilation System Testing and Monitoring
System rectification as per finding in Local Exhaust Ventilation System Assessment Report
Chimney emission monitoring
Establishment of performance monitoring.
Training users in operation LEV and GV system.
Training maintenance team on establishing preventive checks as a part of their preventive maintenance protocol.
Corrosion Engineering
Laboratory furnitures to meet the need to use variety of corrosive chemicals.
Thermoplastic ducting / pipping to suit the fluid transfer application.
Fiber Reinforced Plastic lining for application which can use off the shelf product.
Air Cleaning Device
Design, fabrication and Supply of Cyclone Dust Collector, Fabric Bag House Dust Collector, and Packed Tower Scrubber Systems.
Design, fabrication and Supply of organic vapor adsorbent air cleaning device.
Design, fabrication and Supply of non organic vapor (acid and other type of chemicals).
Fan
Design, fabrication and Supply of Centrifugal and Axial Fans.
Repair and Replace Motor to meet the design duty point.
Fan balancing and in-situ impeller alignment, bearing replacement.
Design Permitting
Air Pollution Control System Notification and Declaration to JAS -Jabatan Alam Sekitar, as per the requirement of Clean Air Regulation Reg 5 and 7.
Design document preparation with Professional Engineer endorsement as per the requirement of the USECHH Reg 18 which comes under the purview of JKKKP - Jabatan Keselamatan dan Kesihatan Pekerja.
How a proper use of fan curve and fan sizing in ventilation system can reduce carbon footprint !
Sizing a centrifugal fan involves determining the airflow, pressure, and power requirements for a specific application. This process ensures the fan operates efficiently and meets the needs of the system it serves. However due to the culture of guestimation and failing to use capture velocity at the accurate capture plane, a ventilation system in the industries name it LEV System, GV System or even AHU will end up getting oversized. Don’t forget there is another form of false believe which is, the higher the velocity the better the efficiency will be.
Using the fan curves to power the capture efficiency of airborne contaminants while saving energy.
Ventilation is a mechanism based on the movement of air, engineered to provide comfort, support industrial processes, remove heat and remove suspended airborne contaminants. Ventilation is a form of engineering control element that has the highest efficiency in control mechanics. As the control integrity is good, the emphasis to optimise (an approach to operate at high efficiency within a feasible rate of power consumption) the design is always overlooked causing a system to run at high expenditure due to an overpowered motor. On top of it, the exhaust ventilation will be designed unnecessarily high in exhaust flow rate causing heavy loss of the conditioned air increasing another cost of operation. The question is, can all these be avoided? Can the word optimum design be put to reflect its meaning and objectives?
Contact us.
Have questions about our solution options? Talk with an E8 Group expert to learn how we can support your needs.
Talk to us
sales@e8group.com.my
Tel : 03 80248148 / 6149
Fax: 03 80246148
Subang Office
19-1, Jalan USJ 21/6, 47630. Subang Jaya. Selangor.
Southern Office
No 04-09, Blok A, Pusat Perdagangan Ekoflora, Jalan Ekoflora 7/3, Taman Ekoflora, 81100, Johor Bahru, Johor. Tel : 0123078108