We stringently comply with ISO 9001 guidelines along with ISO 17025
guidelines for quality testing & ISO 45001 guidelines for Occupational Health & Safety.
Air pollution plays a substantial role in the gradual rise of global warming. The extent of air pollution is causing harm to human life and posing a threat to the already depleting natural resources of our planet. In light of this, DCPL provides Ambient Air Monitoring and Work-Place Monitoring Services.
Ambient Air Monitoring
Natural and anthropogenic sources contribute significantly to outdoor air pollution, with the contribution of human activities far exceeding natural sources. Fuel combustion by motor vehicles (e.g. cars and heavy duty vehicles). Heat and power generation (e.g. oil and coal-fired power plants and boilers) Guidelines: National Ambient Air Quality Standards (NAAQS), CPCB 2009.
Irritation, sensitization, and carcinogenicity are all side effects of airborne hazardous chemicals. Workplace air monitoring is done to determine the amounts of specific hazardous compounds in the air that workers are likely to be exposed to at work.
Water & WasteWater
When you pour yourself a glass of water to drink, it may seem clean, taste good and you may expect it to be safe. However,it may, no deposit casino bonus, contain dissolved minerals, organic compounds or even living organisms in concentrations that are unacceptable for regulation and harmful for consumption.
All aspects of the water supply, including drinking water, that have an impact on health must be subject to periodic water quality assessment in accordance with the Drinking Water Standard IS 10500 to ensure public health safety.
Water contamination is everywhere as a result of the rapid development of industry and agriculture, and the conservation of water resources is receiving more attention.. A drinking water quality monitoring and evaluation system is designed to effectively detect and analyse drinking water pollution.
Groundwater monitoring is an important part of any environmental data system. Information is obtained from validated groundwater monitoring data on which judgments can be made.
The technique of monitoring wastewater for pollutants is known as wastewater surveillance. It can be used for biosurveillance, detecting the presence of infections in local populations, and detecting the presence of psychoactive drugs, among other things.
The quality of seawater is continuously tested as it enters the facility and progresses through the desalination process to generate potable water. As it is returned to the marine environment, the saltwater concentration is also continuously examined.
These are unwanted by-products of industrial activities and can cause irreparable damage to the environment. We characterise all types of industrial waste in accordance with the Hazardous Waste Management Guidelines to enable eﬀective and safe disposal in secured landfills or incinerators to prevent pollution of the local environment.