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PAU Partners with Firms from Gujarat and Maharashtra to Commercialize Paddy Straw Biogas Technology

Punjab Agricultural University (PAU) has partnered with MSA Bio-Energy Private Limited and NANO ADDMIX to commercialize paddy straw-based biogas plant technologies. These agreements aim to promote sustainable energy solutions, reduce stubble burning, and boost farmers' income through biogas production and bio-fertilizer generation.

KJ Staff
The paddy straw biogas plants represent a sustainable alternative by converting agricultural waste into biogas, which can be purified and used as CNG or PNG. (Photo Source: Pexels)
The paddy straw biogas plants represent a sustainable alternative by converting agricultural waste into biogas, which can be purified and used as CNG or PNG. (Photo Source: Pexels)

In a significant step toward promoting sustainable energy solutions, Punjab Agricultural University (PAU), Ludhiana, has signed agreements with MSA Bio-Energy Private Limited, Gujarat, and NANO ADDMIX, Maharashtra. These partnerships aim to commercialize biogas technologies, including a paddy straw-based biogas plant made from mild steel (above-ground) and the PAU fixed Dome Type Family-size Biogas Plant, which offers capacities ranging from 1 m³/day to 25 m³/day.

The Memorandums of Agreement (MoAs) were signed by Dr. Gurjit Singh Mangat, Additional Director of Research (Agriculture), PAU; Gaurav Verma, Representative of MSA Bio-Energy Private Limited; and Rajeev Pandey, Representative of NANO ADDMIX. Dr. Mahesh Kumar, Additional Director of Research (Agriculture Engineering), was also present at the event.

Dr. Gurjit Singh Mangat lauded the efforts of Dr. Sarbjit Singh Sooch, Head-cum-Principal Scientist, Department of Renewable Energy Engineering, for leading the commercialization of these technologies. Dr. Sooch highlighted the environmental and economic benefits of utilizing paddy straw for biogas production through anaerobic digestion. This innovative method not only reduces the harmful effects of stubble burning but also generates clean energy and quality manure.

The paddy straw biogas plants represent a sustainable alternative by converting agricultural waste into biogas, which can be purified and used as CNG or PNG. The technology also helps lower pollution levels, improve soil health, and reduce dependency on fossil fuels. Farmers stand to benefit economically by exchanging surplus paddy straw for bio-fertilizer or green manure, creating a circular economy in agriculture.

Dr. Khushdeep Dharni, Associate Director, Technology Marketing and IPR Cell, emphasized PAU's commitment to fast-tracking the transfer of lab-developed technologies to the field.

He noted that the university has already signed 46 MoAs for biogas plant technologies with firms across India, showcasing its proactive role in promoting energy and environmental sustainability.

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