Chemtronics Technologies (India) Pvt. Ltd. applications

Typically a Commercial Laundry

We provide customized solutions for improvising Indoor air quality & also achieving energy efficiency. We have successfully implement disinfection treatment solution for Hotels, Hospitals, Office Buildings IT Parks, Banks, Schools, Commercial Buildings, Malls, Exhibition Centers, Multiplexes, Industries. Addressing issues like Indoor Air Quality, Odour, Allergy, Smoke, Dusk, Cross Infection, etc.

Smoke Odor from Fire in Hotels, Hospitals, Office Buildings, Refineries, Fueling Stations, Fire Stations, Warehouses, Factories, Schools, Cruise Ships, Military Vessels, Government Facilities, Restaurants, Bars, Lounges, Casinos. Removing smoke odor resulting from a fire can be a challenging task. We have come across cases where the fire affected building was totally re-furnished using best of paints, air fresheners, air purifiers, air cleaners only to find that the fire smoke odor is still there at the end of the day and which made them perceive that they have to leave with it.

Cigarette Smoke Odor removal is very challenging, because it produced toxics like ammonia, carbon monoxide & high level of tar vapour. These are some of the impurities among the dozens of toxic from Cigarette smoke. These are different components and cannot be eliminated with air purifiers & air cleaners. Tobacco smoke just permeates into the entire room, the chemical vapours cling to the carpet, upholstery, drapes, clothing and Cracks. The microscopic cigarette smoke odor residue will remain on the walls, the ceiling, inside closets, cabinets, cracks and crevices, and most other surfaces

Sewage Water Treatment Plant Manufacturer, Supplier & Worldwide Exporter from India, Asia. Specialist in Package Type, Prefabricated Pre-engineered domestic Sewage Treatment Plants ranging from 10,000 LPD - 1,00,000 LPD with Sustainable ADAO Technology.

In Municipal Water Treatment Plants, chlorine has been the only general disinfectant used so far. This has changed in the last few decades as almost all the municipal water treatment plants have gone in for ozone as the primary disinfectant. While chlorine produces carcinogenic chloro by-products, ozone does not produce any harmful by-products as a result of ozonation. Ozone is used as a primary disinfection to take care of the disinfection in the primary stage. New Municipal water treatment goals for DBPs disinfectant Byproducts & for microbial inactivation will increase the need to new disinfection technologies. Ozone is an attractive alternative.

In the course of the past two decades, Drinking water treatment technology has advanced under the combined influence of three simultaneously occurring factors:

The treatment of cooling towers with ozone is not only good for the environment but also good for the bottom line. Ozone, a powerful biocide and oxidant , affords several advantages over the traditional chemical treatment of cooling towers, including:

These are collectively known as“SICK BUILDING SYNDROME”. To address Sick Building Syndrome (SBS) the AHU systems take “Outdoor Air” to dilute Volatile Organic Compound (VOC) and reduce Carbon dioxide (CO2) within acceptable limits. Conventionally Fresh Air is used to improve Indoor Air Quality (IAQ). Fresh air is not cheap! Hot and humid air needs to be cooled down to room temperature.

Auditorium has a unique challenge on indoor air quality concerns for two major reasons: Occupants are very high during the show more people are seated per unit of floor area & almost nil off the show. There is an intermittent occupancy. Occupants remain in one place for a longer time. High density occupancy requires good quality of indoor air for the comfort & wellbeing, as risk of cross contamination is high of the occupants.