Jhinna Micro Irrigation Project
Jhinna Micro Irrigation Project - Revolutionizing Farming Through Innovation
Summary
The Jhinna Micro Irrigation Project represents a significant step forward in transforming farming practices in the region. This project centers on constructing the Jhinna Micro Irrigation System, which involves lifting water from a common water carrier associated with the Bansagar Project. The objective is to efficiently deliver water directly to farmers’ fields, covering plots of up to 1 hectare, using a state-of-the-art pressurized pipeline network.
Project Components:
Jack Wells: These are structures designed to efficiently extract water from the water source.
Pump Houses: Facilities housing pumps and equipment to facilitate the lifting of water.
Rising Mains: Pipelines used to transport water from the source to various points within the project area.
Gravity Mains: Gravity-fed pipelines that ensure water flows seamlessly to different locations.
Distribution Network & Inline Structures: A network of pipelines and structures for distributing water precisely to designated areas.
Control and Regulation of System: Systems and controls that manage and regulate the water distribution process.
SCADA and Automation: The project utilizes a Supervisory Control and Data Acquisition (SCADA) system for automation and efficient management.
Impact and Benefits:
The Jhinna Micro Irrigation Project is expected to have a profound impact:
Sustainable Farming: Modern irrigation practices and efficient water management contribute to sustainable agriculture.
Increased Crop Yields: Reliable irrigation empowers farmers to enhance crop yields, leading to improved livelihoods.
Water Conservation: The project minimizes water wastage, supporting responsible water resource management.
Economic Growth: Improved agricultural productivity drives economic growth and enhances the well-being of local communities.
Conclusion:
The Jhinna Micro Irrigation Project exemplifies our commitment to advancing agriculture and rural development. By providing an efficient and sustainable water supply system for irrigation, the project has the potential to revolutionize farming practices in the region.