Biogas typically refers to a mixture of different gases produced by the breakdown of organic matter in the absence of oxygen. Biogas can be produced from raw materials such as agricultural waste, manure, municipal waste, plant material, sewage, green waste or food waste. It is a renewable energy source and in many cases exerts a very small carbon footprint. .

Through our decade long R&D and experimentation we have been able to achive an additive which helps in promoting growth by upto 30% in plants and seeds.

Here we soak the seeds we are purchased by farmers into our growth additive overnight and then dried on planting the growth factor of the seeds into plants are boosted by around 30% this means a crop which is to yields in 100 days will now yield in 70 days thus saving the farmer a complete 30 days, this not only helps the farmers to get more crops in the season but also help him in a better variant of the same. This additive have been tested with great results in not only our own rnd facility but with farmers who tried them on their farms.

This is s very revolutionary idea in the field of farming.

Shreeniwas Innovations Pvt.Ltd technology converts mixed waste plastics from consumer, industrial and agricultural waste streams to hydrocarbon fuels that have several applications.The technology helps waste management companies generate substantial cash flows from end-of-life waste plastics while also providing a next life solution to the problem of paste consumer plastics.

We through our decade of successive development ,optimized the process design to achieve 7 literss of liquid fuels per ton of waste plastic.The system achieves upto 95% conversion of waste plastics to liquid fuels and (LPG-like) offgas.our technology deploys self-cleaning process for continuous and automated removal of carbon char from the pyrolysis vessels.Our design engineering is a disruptive improvement to prior batch-mode variants and it enables us to develop systems that have lower capEx (reduced size of plant machinery), lower opEx (reduced number of personnel) and smaller footprint.

Aside, our technology deploys proprietary controls which allow us to optimize the de-polymerization process so as to achieve a direct conversion of waste plastics to petrol and diesel blendstocks as opposed to syncrude.