Praj Industries Launches Advanced Precision Fermentation Lab to Accelerate India’s Biomanufacturing Future!

Praj Industries Limited has unveiled an Advanced Precision Fermentation Lab at its innovation hub, Praj Matrix, marking a significant milestone in advancing next-generation industrial biotechnology. The announcement, made during the 18th Foundation Day of Praj Matrix, underscores the company’s commitment to driving sustainable, low-carbon biomanufacturing solutions and strengthening India’s position in the global bioeconomy.

The newly established facility is designed to accelerate innovation in precision fermentation and bioprocess engineering—two critical pillars of modern biotechnology. By integrating high-capacity, AI-enabled fermentation systems, the lab aims to improve process efficiency, enhance reliability, and reduce the risks typically associated with scaling up from laboratory to industrial production. This capability is particularly important as industries increasingly look for scalable and commercially viable bio-based alternatives to traditional manufacturing processes.

A key focus of the lab is to support the development of sustainable solutions across a wide range of industries, including pharmaceuticals, food and beverages, cosmetics, biofuels, and renewable chemicals. By enabling precise control over microbial processes and production conditions, the facility will help optimise yields, reduce resource consumption, and improve overall process economics—critical factors in the adoption of biomanufacturing at scale.

The initiative also strengthens the capabilities of Praj HiPurity Systems, Praj’s wholly owned subsidiary specialising in precision fermentation equipment and ultra-pure water systems for pharmaceutical and biotech applications. With enhanced infrastructure and advanced process development tools, the company is better positioned to deliver high-quality, industry-ready solutions to its global customer base.

Aligned with the Government of India’s BioE3 (Biotechnology for Economy, Environment and Employment) programme, the lab supports the broader vision of building a sustainable, innovation-driven bio-based economy. By focusing on low-carbon technologies and efficient resource utilisation, Praj is contributing to national and global sustainability goals while enabling industries to transition towards greener production methods.

In parallel with the launch, Praj Industries has formalised a strategic collaboration with BRIC–National Centre for Cell Science (BRIC–NCCS). This academia–industry partnership is aimed at accelerating the journey from scientific discovery to commercial-scale biomanufacturing. The collaboration will focus on advanced bioprocess development, discovery of novel biomolecules and microbial strains, and the creation of a skilled talent pipeline through training programmes, internships, and joint research initiatives.

The partnership highlights the growing importance of integrating research and industry expertise to drive innovation. By fostering closer collaboration between scientists and industrial practitioners, the initiative is expected to accelerate translational research and enable faster deployment of cutting-edge technologies.

Praj Matrix, supported by a team of over 90 scientists and backed by a robust intellectual property portfolio of more than 300 patents, continues to serve as the company’s core innovation engine. Its research spans critical areas such as bioenergy, renewable chemicals, industrial biotechnology, and advanced water treatment systems, positioning Praj at the forefront of sustainable technology development.

With over four decades of experience and a global presence spanning more than 100 countries, Praj Industries continues to reinforce its leadership in industrial biotechnology. Through platforms like BioMobility® and Bio-Prism®, the company is enabling renewable fuel and chemical solutions while driving innovation-led growth.

The launch of the Advanced Precision Fermentation Lab represents a forward-looking step in bridging science, engineering, and digital technologies—paving the way for scalable, sustainable, and future-ready biomanufacturing solutions.