Continuous Pyrolysis represents the thermal degradation of materials at high temperatures within an inert atmosphere. This is the most advanced and proven technology to convert any combustible material into useful products such as Oil, Carbon and Gas without any pollution and this technology does not need any fossil fuel or electricity to run the process. This technology can run on its own power from the output by products and is totally sustainable without any pollution

Major advantage in Continuous Pyrolysis technology is the output Gas which can be converted to Electricity by Powering a Generator or a Turbine. Pyrolysis is an advanced proven technology against the Incineration of waste plastics.


Methane pyrolysis involves the thermal decomposition of methane into its components, that is, hydrogen and carbon. Therefore, the greatest benefit is the generation of CO2-free hydrogen with solid carbon as the only byproduct.

By utilizing the major contents of Hydrogen and Methane from waste Pyrolysis.

Green Hydrogen produced through Methane Pyrolysis is further fused with atmospheric Nitrogen and converted into Ammonia for economical storage for Fertilizerproduction.


Biogas is produced by the anaerobic digestion without oxygen of fermentation of biodegradable materials such as sewage, wet municipal waste, biomass, and agricultural waste.

This process is used for industrial or domestic purpose to manage waste.Biogas comprises primarily Methane, Co2 and small traces of other gases.

The gases can further stored in Cylinders or delivered to Methane Pyrolysis by pipeline for Green Hydrogen Production.


Green Hydrogen is a potential Energy source that can replace fossil fuels and reduce environmental pollution. The high demand for plastics is driving the plastics production rate to increase yearly, leading to a great accumulation of plastic waste materials resulting in a severe burden on the environment.

Our Continuous Pyrolysis of plastic waste materials into hydrogen and other high-value fuels is a promising route that can efficiently provide an ideal long-term solution necessary to overcome this environmental challenge, and full fill the much demanded Energy demand.


Carbon Pellets can be made from any one of six general categories of biomass: MSW waste, Industrial waste and co-products, food waste, Agricultural residues, Energy crops and untreated lumber.

All combustible waste from MSW are transformed into carbon powder through Continuous Pyrolysis process which is further feeded into the Pelletization machine and made into sizable carbon pellets which has high calorific value and used for Boiler /Burner industries for heat generation.


Algae are a group of plants that are usually found in water. Sunlight and Co2 is the main ingredients required to grow algae apart from nutrients. A photobioreactor is a device used to cultivate microorganisms using light as an energy source and produce biofuels, such as algae or cyanobacteria.

Biofuels produced in this way have the potential to be more sustainable and environmentally friendly than fossil fuels. Some microorganisms grown in photobioreactors can absorb and fix atmospheric CO2, potentially reducing greenhouse gas emissions.


The demand for energy was increased largely due to the vast growth of world population. Fossil fuels, the most fuel used nowadays caused many problems for the Environment. As a result, the need for reducing the dependence on fossil fuels, led to the search for a new renewable sources of energy like Biofuels.

Biodiesel is a clean and renewable energy source produced from vegetable oils, animal fats, and  once used cooking oil through Transesterification process.


Gravity Storage is a concept with which unprecedentedly large quantities of power can be stored for a long time of 6-14 hours, and can be made available again.

Power from the seasonal Windmills could be stored in this Gravity Energy Storage System GESS for months to gather and can be converted when needed  @80% effiency.

During the day time, the solar panel will power a motor that will lift a heavy object. At night, the object will slowly be lowered down, powering a generator, and sending that power to the grid.


All Non Biodegradable dry waste such as plastics, paper, rubber, tire, cloth and agriculture residue will be passed through the waste shredder line and further shredded into 20mm to 6mm size material which is used as a source for the continuous pyrolysis plant in order to convert into useful carbon neutral energy products such as Furnace Oil, Carbon pellets and Gas without any pollution to the Environment.

Shredders are categorized into twin shaft and single shaft shredder based on the process.

All require to handle feedstock provided like Conveyors, separators, classifiers and sorting equipments.


Waste is a global problem. The world generates around 2 billion tons of municipal solid waste (MSW) annually, which is expected to increase by 70% by 2050. Disposing of such massive amounts of waste is causing landfills to overflow, polluting the environment, and posing health risks.

Through our Modern Scientific System, The waste will be collected from the source without any Human Handling.

Poor Waste management contributes to Climate Change and Air Pollution. All Landfills releases Methane a very power full Green House Gas linked to Climate Change.


Construction and Demolition debris can be processed to useful materials using RM70- GO mobile crushers. Even in the Bio mining site, which is done to clear the long time dumped legacy waste at dump sites , the legacy demolition debris is converted to M-sand using RM70 –GO machine.

The Machine is Portable and the processing could be done in the Demolition site itself. The RM 70GO is compact and at the same time extremely high output mobile crushers. It meets the most demanding expectations in terms of flexibility and handling and process a wide range of materials such as rubble, asphalt, concrete and medium hardness natural rock can be processed. It produces upto 150 tonnes of cubic high quality grain per hour. Weighing just 19 tonnes it is the lightest weighted crusher. It has very low emission and diesel consumption producing high power and energy with low maintenance cost.


Development of technologies pertaining to utilisation of thorium has been a part of ongoing activities in Department of Atomic Energy.  With sustained efforts over the years, India has gained experience in different areas of Thorium fuel cycle. Efforts are currently on to enlarge the present Thorium related R&D work and activities to a bigger scale and towards development of technologies for the third stage of our nuclear power programme. Safety has been accorded paramount importance in all Thorium technology development studies.


The floating vessel is equipped with a power unit featuring two nuclear reactors, which can produce 20MW of electricity or 100MW of heat, as well as two steam-driven turbine units. It can also be converted into a desalination plant with a capacity to produce 120,000m³ of fresh water a day.

The project features offshore and onshore facilities to transfer the energy and power generated from the plant.

The energy and heat generated by the offshore units are transmitted onshore, while the onshore facilities further transfer the heat and power to the grid. The project is estimated to save 100,000t of coal and 50,000t of fuel oil a year.

The offshore vessel accommodates the reactors, steam turbine plants and storage facilities that house fresh and nuclear fuel assemblies, as well as solid and liquid radioactive waste.