Exploring Agri Innovation in Bhopal — What’s Coming Next?
By CCN News | Published: June 22, 2025
By CCN News | Published: June 22, 2025
Image Source: Social
Union Minister of Agriculture and Farmers’ Welfare, Shivraj Singh Chouhan, visited the ICAR-Central Institute of Agricultural Engineering (CIAE) in Bhopal to review the institute’s recent technological advancements and discuss the future of agricultural mechanization.
Focus on Farmer-Friendly Technologies and Regional Needs
During his visit, Chouhan addressed the scientists, students, and staff, highlighting the importance of developing technologies that cater to the needs of smallholder farmers. He stressed the need for region-specific mechanization solutions and emphasized the role of the institute’s All India Coordinated Research Projects (AICRPs) in identifying these needs. He also proposed the development of small-engine or alternative energy-powered machinery to promote inclusive development across all farming communities.
Additionally, Chouhan encouraged the organization of farmer fairs across the country and called for a brainstorming session with all stakeholders to create a roadmap for the future of agricultural mechanization in India. He also stressed the importance of food safety, soil health, and the effective transfer of technology from lab to land.
Introduction of the Tractor-Operated Plastic Mulch Layer-Cum-Planter
One of the key innovations showcased during Chouhan’s visit was the recently developed tractor-operated plastic mulch layer-cum-planter. This machine was designed to address the labor-intensive, time-consuming process of forming raised beds, laying drip lateral and plastic mulch, and planting seeds. Traditionally, these tasks required up to 29 man-days per hectare. However, the new equipment can perform all these tasks simultaneously, reducing the labor requirement by 89%—saving 26 man-days per hectare and significantly lowering operational costs.
The machine operates using the tractor’s hydraulic system to drive an eccentric slider crank mechanism, while a pneumatic seed metering system ensures precise planting. With an operational efficiency of 74% and a field capacity of 0.2 ha/h, this innovation is set to reduce operational costs by 43%, saving farmers Rs. 6,600 per hectare.
The machine is particularly suitable for high-value crops like melons, cucumbers, sweet corn, baby corn, and green peas, and it can be adjusted for row and plant spacing between 0.5 to 0.9 meters and 0.2 to 0.6 meters, respectively.
Chouhan appreciated the developments made by the institute and reiterated the importance of continued innovation in agricultural technologies to support India’s growing agricultural needs and move towards a more developed and sustainable agricultural sector.
Advertisement