IN Brief:
- Fermenta and NIFTEM-T have inaugurated a Centre of Excellence for Food Fortification in Thanjavur.
- The programme also involves India’s Ministry of Food Processing Industries and the Global Alliance for Improved Nutrition.
- Work will include applied research, fortified food technology, industry training and development around staples including wheat flour and edible oil.
Fermenta Biotech has inaugurated a Centre of Excellence for Food Fortification at NIFTEM-Thanjavur, moving a partnership established last year into a dedicated research and development facility.
The centre brings together Fermenta, the National Institute of Food Technology, Entrepreneurship and Management – Thanjavur, India’s Ministry of Food Processing Industries and the Global Alliance for Improved Nutrition.
Applied research, capacity building and development of practical fortification technologies will form the core of the programme, with the partners aiming to connect nutritional science with production methods that can transfer into commercial manufacturing.
The project follows a memorandum of understanding signed by Fermenta and NIFTEM-T in July 2025. Fermenta committed technical expertise and infrastructure support to the planned facility, while the wider collaboration was designed to give students and researchers greater exposure to industrial food processing and fortification.
Fortification introduces defined micronutrients into foods already consumed widely, allowing nutrition programmes to reach large populations without requiring an entirely new eating habit or product category. Staple products such as flour and edible oil are particularly relevant because they already move through established industrial processing and distribution systems at high volume.
Manufacturing control determines whether that nutritional intent survives at scale. Adding a vitamin or mineral to a formulation does not by itself guarantee that consumers receive the intended quantity because the nutrient has to disperse consistently, remain sufficiently stable through processing and storage and stay within regulatory and formulation limits.
The earlier Fermenta and NIFTEM-T agreement identified wheat flour and edible oil among the applications for the centre. The two products present different engineering requirements: powders require controlled blending and distribution through a bulk solid, while oil soluble or dispersed fortificants have to remain stable and uniform within a liquid matrix.
Premix design provides another part of the process. Food manufacturers commonly use concentrated blends containing the required micronutrients rather than dosing very small quantities of individual vitamins and minerals directly into large production batches. That simplifies handling but places considerable importance on premix consistency and the dosing system used by the finished food producer.
Fermenta already operates across nutritional ingredients and food fortification and is a major manufacturer of vitamin D3. The company has also received approval from GAIN as a supplier of dry and liquid premix blends, connecting its commercial ingredient activity with the technical work planned at the centre.
NIFTEM-T contributes the academic and processing environment. Its involvement provides access to researchers, students, pilot work and product development capability, while the Ministry of Food Processing Industries connects the programme with India’s wider manufacturing and food system priorities.
Internships, sponsored research, technology transfer and incubation of food businesses also form part of the collaboration. Those elements extend the programme beyond analytical research towards the practical question of how a technically promising fortification method reaches production.
Scale can expose problems that remain hidden in laboratory work. A micronutrient system that performs in a small batch still has to tolerate industrial mixing times, temperature exposure, pumping or conveying, cleaning regimes and normal variation in raw materials.
Those conditions can affect nutrient stability or distribution, while the finished food still has to meet sensory expectations. A technically successful fortification system has limited commercial value if it changes taste, colour, texture or processing behaviour beyond what manufacturers or consumers will accept.
A dedicated centre allows those challenges to be examined across several disciplines. Food technologists can assess the product matrix, processing engineers can test dosing and mixing, and ingredient specialists can investigate how the selected nutrient form behaves through the production route.
Manufacturers are increasingly expected to deliver defined nutritional outcomes without compromising cost or factory efficiency. Fortification therefore has to work within established production systems rather than demand highly specialised processing for every product.
Fermenta Managing Director Prashant Nagre has previously described the NIFTEM-T and GAIN partnerships as part of the company’s expansion in human nutrition. The new centre provides a physical base for that strategy, bringing ingredient supply, research and process development into a common programme.
Its longer term value will depend on whether research moves into technologies that processors can repeat reliably at commercial volume. By concentrating applied research, training and industry collaboration in one facility, the partners are attempting to shorten the route between nutrient science and the production line.
