Major Industries We Serve
Petro-Chemicals
Petrochemicals are chemicals derived from petroleum. They are used to make plastics, detergents, solvents, and pesticides.
Petrochemicals are the backbone of our modern society. They are used in all kinds of industries and products that we use in our everyday life. Petrochemicals have a low cost and easy availability which makes them such a popular choice for many industries.
Oily Sludge
Used Oil
Spent Catalyst
Cotton Waste
Spent Carbon
Oil Soaked Cotton
Agro Chemicals
Agro chemicals are chemicals used in agriculture for the protection of crops and livestock, as well as for their production.
Process Residue
Distillation Residue
Tarry Waste
Off Specification Products
Hazardous waste management - Transportation, Storage, and safe disposal of residue at our approved landfill facility.
Operational efficiency through process automation and advanced control systems. Efficient flue gas treatment for air pollution control with continuous online monitoring system.
State of the art in-house laboratory for comprehensive and quick check analysis; monitoring waste characterisation parameters.
Effective treatment solutions for hazardous waste streams from a wide spectrum of industrial waste viz. Pharma, Pesticides, Bulk Drugs, Dyes, Chemical sector.
Chemicals
Chemicals are substances that have properties that can change the physical, chemical and biological properties of other substances. Chemicals can be organic or inorganic. Organic chemicals are made from living organisms. Inorganic chemicals are not made from living organisms. They are naturally occurring or man-made.
Chemicals in the environment can be natural, like carbon dioxide and oxygen, or artificial, like pesticides and detergents. The term 'chemical' is often used to describe any substance that has a chemical property such as combustibility, solubility in water or reactivity with other chemicals.
Distillation Residue
Process Waste
Spent Carbon
ETP Sludge
Sludges
Auto
Automotive waste management is a complex process. It involves the reuse and recycling of waste materials like metal, solvents, batteries, plastics, and chemicals.
The automotive industry has an impact on the environment in many ways. One of these ways is through the disposal of hazardous materials generated during manufacturing, use and servicing of vehicles.
Phosphate Sludge
Chemical Sludge
Paint Sludge
Sealant Waste
ETP Sludge
Drugs & Pharma
The pharmaceutical industry is one of the largest contributors to waste in the world. In fact, it is responsible for producing a third of all the waste generated by manufacturing industries in the United States.
This excerpt from an article published by Forbes illustrates how much waste is generated by this industry: "In 2013, pharmaceutical manufacturers produced more than 2 billion pounds of hazardous waste, and about 20% of that was considered toxic."
This section discusses how drug companies are doing their part to reduce their contribution to environmental pollution. Pharmaceutical companies are looking for ways to reduce the toxicity of their products and packaging, and they are also looking for ways to minimize their use of expensive resources such as plastic and aluminum.
Spent Organic Solvent
Spent Mother Liquor
ETP Sludge
Our expertise lies in processing the incoming waste in the right way for the planet starting with sorting of the waste and subsequent value recovery to the extent possible including organic or inorganic materials. Post recovery, we also ensure that the rejects are disposed in a scientific manner to prevent pollution. Our methodologies can handle treatment and disposal of any scale, with facilities processing 200 tons per day to 6000 tons per day.
Textile
Textiles are a major contributor to the global waste problem. The textile industry is one of the largest contributors to greenhouse gas emissions, which contributes to climate change. Textiles also take up a large amount of space in landfills, and in some cases, can take up to 500 years to decompose.
The textile industry is one of the largest contributors to greenhouse gas emissions, which contributes to climate change. Textiles also take up a large amount of space in landfills and can take up to 500 years to decompose.
Chemical Sludge from Waste Water
Distillation Residue
Wind & Power
Wind and solar power are renewable energy sources that have the potential to replace fossil fuels.
Resin Waste
Doughy Material
Process Waste
Engineering
Solid waste engineering is the process of managing and treating solid waste. The term "solid waste" typically refers to discarded materials that are not liquid, such as garbage, sewage sludge, construction debris and mining wastes.
Cutting Waste
Oily Sludge
Grinding
RSPL has commissioned waste to energy plant in ankleshwar,Our team has mastered the art of converting waste into clean energy and valuable raw materials in an environmentally safe manner. Waste to Energy plants also reduce the amount of waste that ends up in landfills, reducing the footprint of waste on Earth.