Canal & Pipe Distribution Network
Our work in Gujarat has been characterized by the development of a Culturable Command Area (CCA) spanning over 250,000 hectares, which has greatly benefited farmers and nearby residents. Moreover, we have successfully constructed thousands of kilometers of canal networks, along with their distributaries, minors, and sub-minors, as well as laid over 15,000 kilometers of pipelines across the country. These accomplishments are a source of pride for us, and we remain committed to our mission of improving the lives of people through sustainable and innovative infrastructure solutions.
Tawa Left Bank Canal
The Tawa Left Bank Canal is an innovative irrigation project that can be utilizes with modernization techniques, such as drip irrigation and a comprehensive water supply system, to satisfy the demands of farmers, animals, and the ecosystem. By increasing the water levels of the land, this project aims to improve crop productivity and create a revolutionary impact on the lives of farmers and civilians in the Madhya Pradesh region. Furthermore, this irrigation methodology has helped to mitigate drought-related issues to some extent, offering a ray of hope to the region's struggling farmers.
Parbati Dam
The Parbati River in Madhya Pradesh is one of the largest rivers in the region and a key support for the Chambal River. However, the lack of water storage mechanisms for irrigation has led to potential drought in the region. To address this issue, The Madhya Pradesh government initiated a project, executed by LCC PROJECTS PVT. LTD., to construct a mid-sized modern dam on the Parbati River, featuring new technology gates. The objective of the dam was to increase the irrigation area, water levels, and land fertility while also providing water for human consumption, industry and aquaculture. The completion of this project on time as per the government's vision is a significant success for LCC.
Dudhai Sub Branch Canal
The Kachchh - Anjar & Bhuj region in Gujarat, India was struggling with a severe drought problem, leading to a water crisis in over 5000 surrounding villages. However, the government of Gujarat acted to address the issue, and our team had the opportunity to assist in the efforts. After completing the project, the dependent farmers, civilians, and local villagers experienced relief as they gained access to water for both drinking and irrigation purposes.
This project has brought prosperity to the drought-prone Kachchh region and transformed the lives of farmers by providing essential irrigation facilities. This achievement also mitigated the major threat of drought in the region.
We take pride in the fact that our team overcame physical challenges and the risks of earthquake zone-5 to design and implement complicated structures like syphons and hydraulic systems. Despite the challenges, our team successfully completed the project.
AKOT Lift Irrigation Scheme
LCC PROJECTS PVT. LTD. has recognized the growing importance of renewable energy sources in today's world and has designed a project based on the needs of the community. The project is based on net metering, which compensates for the consumption of electricity from solar power production, resulting in reduced electric bills. The project also incorporates an electro-mechanical segment, which combines solar panels for power generation with established pumps for lift irrigation with underground Pipeline Distribution Network (UGPL / PDN) up to farmer’s field for Irrigation. This innovative irrigation technique is powered by renewable sources of energy like solar, which not only benefit the environment but also help fulfil the irrigation demands of 3725 farmers in 7 villages. LCC PROJECTS PVT. LTD.'s milestone solar powered Irrigation project in Maharashtra showcases their success in diverse fields and their commitment to solving rural irrigation problems in areas with limited access to electricity. This project becomes a model project in Maharashtra. The success of this project demonstrates the company's capabilities and expertise in diverse fields.