Pollution Control Equipment

Our fume extractors marketed under the fumekiller™ brand name are available in a wide range of suction capacities starting from 250 cu mtrs per hour (CMH) to 8000 cu mtrs per hour (CMH) as standard. These work on the principle of electrostatic filtration and can control fumes, smoke and microscopic dust. One large capacity equipment may be used for multiple machines for the capture and control of fumes, dust and smoke. This product is extensively used for removal of fumes, mist, smoke, fine powder, etc, from specific generating sources such as:
 
• CNC and non-CNC m/cs
• Electro-discharge m/cs
• Induction hardening
• TIG/ MIG welding
• Soldering
• Dip tinning
• Diesel genset exhaust
• Furnace Exhaust
• Spark erosion m/cs
• Die-casting fumes

These Fume extractors can be fitted with self-balanced extractor arms of various lengths for added flexibility in capture of fumes from generating sources.
Centralised fume extractors can be supplied upto 1,00,000 CMH suction capacity in modular form.

Fumekiller - Electrostatic Filtration System is a high efficiency two-stage electrostatic precipitator, designed, developed and manufactured for the capture & control of fumes, mist, smoke & fine dust.

Features : The filter modules are many times washable and re-usable during the life of the equipment. Maintenance and running costs are low when compared to conventional mechanical filters. We have incorporated safety features such as motor protection, limit switches and high voltage fault trip circuitry for reliable , safe and efficient functioning. These systems contribute to a safer, healthier work environment where toxic airborne pollutants are removed. We provide excellent factory support and product expertise based on years of industrial process emission control.

Applications : Fumekiller can be used for the capture and control of fumes, smoke & fine dust, from Welding, EDM, Induction hardening, Ink spray, Heat treatment, Oil quenching, Wire drawing, Annealing, Soldering, Dip tinning, Wave soldering, Rubber curing, Die casting, Oil mist, Coolant mist, Diesel gensets, etc. Fumekiller can also be used for capturing fine powder from tabletting, capsuling and finishing operations.

 

Applications : Fumekiller can be used for the capture and control of fumes, smoke & fine dust, from Welding, EDM, Induction hardening, Ink spray, Heat treatment, Oil quenching, Wire drawing, Annealing, Soldering, Dip tinning, Wave soldering, Rubber curing, Die casting, Oil mist, Coolant mist, Diesel gensets, etc. Fumekiller can also be used for capturing fine powder from tabletting, capsuling and finishing operations.

Our Mist Collectors marketed under the fumekiller™ brand name are available in a wide range of suction capacities starting from 500 cu mtrs per hour (CMH) to 8000 cu mtrs per hour (CMH) as standard. These work on the principle of electrostatic filtration and can control all types of mist including oil mist as well as coolant mist. One large capacity equipment may be used for multiple machines for the capture and control of mist. This product is extensively used for removal of  mist from specific generating sources such as:

• CNC and non-CNC m/cs
• Electro-discharge m/cs
• Induction hardening
• Spark erosion m/cs
• Die-casting fumes, etc

These Mist Collectors can be fitted with self-balanced extractor arms of various lengths for added flexibility in capture of mist from generating sources.
Centralised mist collectors can be supplied upto 1,00,000 CMH suction capacity in modular form.

We can provide fresh air ventilation systems with dust controlled air supply using electrostatic filters for the capture of atmospheric and generated dust in an enclosed room. The room may be used for mechanical assembly of components. For general purpose dust controlled rooms these systems are very cost effective.

These filter modules are high-efficiency, two-stage electrostatic filters, designed, developed and manufactured by power tech pollution controls pvt. Ltd. Bangalore, India.

 Features:

The filter modules are many times washable and re-usable during the life of the equipment.  maintenance and running costs are low when compared to conventional mechanical filters. We have incorporated safety features such as high voltage fault trip circuitry for reliable , safe and efficient functioning. These systems contribute to a safer , healthier work environment where toxic airborne pollutants are removed. We provide excellent factory support and product expertise based on years of industrial process emission control.

 Applications :

These modular filters are used for custom-built applications & can beadded module by module to suit various air flow rates. These modules are used as primary filters for class 100,0000 clean rooms & as prefilters for higher class levels ofclean rooms. When used as prefilters for higher class levels, they can increase the life ofthe terminal filters. The total pressure drop as compared to conventional prefilters is negligible. These filters can be used in a centralized system for removal of fumes, smoke,oil mist, coolant mist, dust and fine powders from many in - plant industrial processes which generate pollutants rendering the shop floor unhealthy. How it works : each filter module can handle an air flow rate as specified. The required quantity of modules are placed in an ms painted enclosure. The air inlet side is placed in the air stream using a suitable adaptor ducting. The power pack feeding the electrostatic voltages to the modules is separately mounted in a control panel near thems enclosure with the electrical connections made through conduits. Prefilters and postfilters are placed before and after the electrostatic filter module. Dust and file particulate are sucked into the filter module with the air stream. These first enter the prefilters which prevent large particles entering the modules. The fine particles then enter the modules where, between a series of parallel aluminium plates, they receive a high positive charge. The positively charged particles then pass through another series of negatively charged aluminium plates. Here, the particles are attracted to the oppositely charged plate and stick to them like iron filings to a magnet, but with a difference - the particles remain adhered to the plates even when the electrostatic filter is powered off. The clean air, devoid of particles, escapes through the after filters. The postfilters help in distribution of the air flow through the electrostatic filter modules.