Tech Env Solutions Pvt Ltd

Chakradharpur, Pashchimi Singhbhum, Jharkhand

Beta Ray Attenuation technology measures PM2.5 and PM10 levels in the air by assessing the reduction in intensity of beta radiation passing through a sample containing airborne particles. The method employs a beta radition source and detectors to determine particle concentration, offering a reliable means for assessing air quality and environmental impact

This instrument utilizes chromatographic column separation and pre-concentration technology to analyze CH4 and NMHCs in ambient air. The sample gas is quantified in a loop, undergoes separation in the CH4 analysis column, and is detected by the FID detector. Simultaneously, NMHCs are enriched through an adsorption tube in the pre-concentration module before analysis using high-temperature thermal desorption in the FID detector

High-purity hydrogen gas is generated by electrolysis of pure water without using sodium hydroxide solution. (Generation method: ion exchange membrane water electrolysis method) Can be used as a fuel gas for gas chromatographs, hydrocarbon meters, SO2 meters, etc., as well as a hydrogen source for physics and chemistry laboratories

In order to perform the calibration of ambient air monitoring systems, the Zero Gas Generator was created to verify the zero point and dilute the span gas sources. Strict official guidelines, which demand pure and dry air in a sufficient quantity at steady pressure, necessitate the rising sensitivity of ambient air analyzers

Ultrasonic Weather Monitoring Sensor, a sophisticated device delivering real-time data on essential environmental parameters. This advanced sensor measures Wind Speed, Wind Direction, Ambient Temperature, Relative Humidity, Barometric Pressure, Rainfall, UV Index, and Illumination. With ultrasonic technology and precision sensors, it offers accurate insights for applications such as agriculture, energy, and climate research

The electrochemical sensor in order to monitor Carbon Monoxide, Nitrogen Dioxide, Nitric Oxide, Sulphur Dioxide, Hydrogen Sulphide and Oxygen. The user can combine up to five electrochemical sensors with infra-red measurement technology to monitor Carbon Monoxide (up to 10%), Carbon Dioxide and Hydrocarbons