The DPR baseline study will assess the current status of industrial effluent discharge and its environmental impact. It includes discharge points and affected water bodies, with monthly sampling over six months. Parameters measured include physical (temperature, pH), chemical (COD, heavy metals), and biological (coliform bacteria).

Effluent from industrial processes, also known as industrial sewage, is a critical component of environmental management and water treatment. Effective treatment of industrial effluent ensures that harmful pollutants do not contaminate water bodies, preserving both the environment and public health.

Rain Water Harvesting involves collecting and storing rainwater from surfaces like rooftops to use for irrigation, flushing toilets, and other non-potable applications. This method conserves water and reduces reliance on groundwater sources.

Waste Mobility Services involve the design, customization, and provision of specialized vehicles and equipment for the efficient collection, transportation, and disposal of solid and liquid waste. These services ensure streamlined waste management operations, meeting regulatory standards and promoting environmental sustainability.

Water management ensures conservation and quality through treatment and recycling efforts. Solid waste management handles collection, disposal, and recycling of materials to minimize environmental impact. Liquid waste management involves safe disposal and treatment of industrial and domestic liquids.

Legacy waste management refers to the remediation and long-term management of historical or existing waste that was improperly handled or disposed of in the past. It involves strategies such as containment, treatment, and remediation to mitigate environmental and health risks associated with older waste sites.