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Research & Development

Research & Development at Rudraksha

Rudraksha provides comprehensive process research and development services as well as current good manufacturing practices manufacturing capacities to help clients with investigational to commercial-scale development programs. We cater to several industries including pharmaceuticals, specialty chemicals, agrochemicals, polymers, oligonucleotides, animal health, and consumer products. Our team excels at resolving complex scientific problems with a systematic approach and in a time-bound manner while assuring the quality of all processes and products.

In-house R & D Facility

IN-HOUSE R&D facility approved by DSIR, Ministry of Science & Technology, Govt of India, New Delhi.



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Red Water

We have developed and currently patenting the process of purification of Redwater affluent from the Ordnance factory.

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Magnesium Hydroxide

Pharma Grade Magnesium Hydroxide from dolomite.





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Nitirc Acid

Rudraksha had developed Nitric acid technologies that can be used for Recovery of RDX from Spent Nitric Acid.








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Granulation of Calcium Nitrate

Granulation of Calcium Nitrate.
















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R&D and Extraction of Lithium (Li)

We are working on the extraction of Lithium (Li). It is a very innovative and challenging project for us. This project will open up many avenues and will lead us to many more business opportunities across the world.

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Graphene

It’s no secret that there’s challenges associated with large scale graphene manufacturing, anyone in the industry will tell you this. However, we have taken up the challenge to innovations with Graphene.



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Nickel (Ni)

Nickel is known primarily for its divalent compounds since the most important oxidation state of the element is +2. Nickel hydroxide usually occurs as green crystals that can be precipitated when aqueous alkali is added to a solution of a nickel (II) salt.

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Sewage Extraction

Sewage stinks. It causes pollution. Few people care where it goes. Fewer chemists want to work with it. And yet, with the help of the right technology, sewage could become a reliable, low-cost feedstock for chemicals and other materials.

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