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Clean Air as a Service

  • Zero Cap-Ex guaranteed air quality which is backed by SLA driven payment terms.

  • Retro fit your Air Handling Unit with low pressure drop Clairco Filter compatible with existing systems.

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LOW PRESSURE DROP AIR FILTERS

Clairco's special retro fit low pressure drop high purification filters ensures clean indoor air.

Our filters have a pressure drop of 47 Pa - 55 Pa with PM 2.5 initial fractional efficiency of 90%-95%.

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AIR QUALITY MONITORS

Clairco’s Air quality Monitors are accurate and app-enabled, they are designed and manufactured in India. Our  IoT based air quality monitors (AQM) measures PM 2.5, PM 10, CO2 and TVOC (Benzene, Toluene, Organic solvents)  in real-time. 

Clairco's Air Quality Monitors are ISO-9001:2015 & CE certified.

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MARKET CLEAN AIR TO CUSTOMERS

Show your customers and employees that you care for indoor air quality. Brand your clean real time indoor air quality on your smart screens using Clairco's API integration.

IN DEPTH MONTHLY REPORTS 

Our full-featured web dashboard allows you to download historical data, compare monitors, plot averages, and generate reports.

It helps you detect trends in your indoor air quality over time which assists business decisions.

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VENTILATION CONTROL & ENERGY OPTIMISATION

We provide Treated Fresh Air (TFA) and automate fresh air fan operations based on our proprietary  algorithms which takes into account both PM 2.5 and CO2 levels to optimise the air flow indoors. We also monitor filter performance using Differential Pressure Transmitters (DPT) & predicting filter life. 

REAL TIME MONITORING USING WEB-APP

We display the real time air quality data of entire property using our secure login enabled dashboard with deep insights.

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ULTRAVOILET GERMICIDAL IRRADIATION IN AHUs

We use UVC Lamps of 1000-2500 μW/sq cm intensity.

UVGI on the air conditioning coil and drain-pan is known to prohibit microbial growth (bacteria and mold) from fouling the coil and drain pan. 

This application is reported to reduce maintenance costs, reduce pressure drop across the evaporator coils, and improve heat transfer of evaporator coils, therefore resulting in overall energy savings.