Airochem designs various types and sizes of centrifugal fans for all applications catering to the needs of industries. For boiler application, they are nomenclature as an induced draft (id) forced draft (fd) & secondary air (sa) fans. agro chem has indigenously designed & supplied these fans to various boiler manufacturers in maximum capacities till date as hereunder:
ID fan - 66 m3/sec. 390mm WGSP180 degree c 750 rpm with 500 hp motor.
FD fan - 50 m3/sec. 170mm WGSP 40 degree c 1470 rpm with 200 hp motor.
SA fan - 16. 3 m3/sec. 600mm WGSP 180 degree c 1470 rpm with 200hp motor.
Airochem man coolers are designed for robust & rugged construction to withstand severe conditions in foundries, steel rolling mills, forge shops, steel melting shops etc. Where man coolers are used for human comfort. Airochem man coolers are available in three types.
floor mounted tubular man cooler.
pedestal mounted.
wall or bracket mounted.
and are designed in such a way that peak air velocity is maintained around 150 m3/sec. At distance of 15 diameter away which ensures effectiveness of these units.
Airochem makes rotary airlock valves are available in a standard range of 150mm to 750mm dia. Models as per are 12059-1987 suitably designed for applications like handling lumps, chips, fibres, hard granules powder, cement etc. The body is made of closed grain cast iron up to sizes of 450 mm & thereafter fabricated either from carbon steel plate or erosion-resistant material & are closely machined.
Airochem has variety of designs in centrifugal fans developed in different pressure & volume ranges & for various applications such as,
general ventilation fans.
high pressure blowers.
boiler fans.
material handling fans.
cement fans.
Axial fans are indigenously designed & tested for performance. Sizes of these fans vary from 300mm to 2000mm with delivery volume ranging from 1500 m3/hr to 250,000 m3/hr & static pressure ranges up to 250mm WGSP.
Pulse Jet Filters are designed to give continuous operation, whilst handling a high dust burden at filtration efficiencies often in excess of 99. 9%