UP Village of 500 Beats LPG Crisis with Biogas Plant: Ekauni Model Shows Sustainable Path
Why in News?
While many parts of India are struggling with the LPG crisis caused by rising prices and supply issues due to the West Asia conflict, the small village of Ekauni in Chandauli district of Uttar Pradesh remains completely untouched. All 500 residents here cook using piped biogas produced from cow dung in a community plant set up in 2022. The story highlights how a simple, locally managed biogas system can provide reliable and cheap clean cooking fuel to rural families.
Key Points
Ekauni village has about 500 residents and is located 25 km from Chandauli district headquarters near the Varanasi border.
The village runs a community biogas plant at Nandbagh gau shala that uses cow dung from around 500 cattle to produce methane gas.
The plant supplies biogas through pipelines directly to more than 100 households for cooking; each family pays only Rs 400 per month.
The facility was set up in 2022 by SAAF Energy, a non-profit organisation, with technical support from the National Dairy Development Board (NDDB).
Harshad Kulkarni of SAAF Energy says the plant produces nearly 200 cubic metres of gas every day and has been running smoothly for four years.
Residents like Pushpa Singh now cook without worrying about LPG cylinder prices or availability; gas reaches the kitchen at 6.30 am and again in the evening.
The village has a mixed population of Hindus and Muslims who run small businesses, farms and government jobs; most families earlier spent Rs 500–700 per month on LPG.
Explained
What is biogas and how does the plant in Ekauni village work?
Biogas is a clean renewable fuel made from the natural breakdown of organic waste such as cow dung, kitchen waste and crop residue. In Ekauni, cow dung is collected daily from the gau shala and put into a large underground digester pit. The dung is mixed with water in a 1:1 ratio. Inside the air-tight pit, bacteria break down the mixture through a process called anaerobic digestion. This produces methane gas (the main part of biogas) and a liquid slurry that is used as excellent organic fertiliser for fields. The gas is cleaned, stored in a balloon-like chamber that can hold up to 150 cubic metres and then supplied through pipelines to every house.
Why is this village completely unaffected by the current LPG crisis?
The LPG crisis started because global prices of petroleum products have risen sharply due to the ongoing conflict in West Asia that has affected oil supply routes. Many rural families now find LPG cylinders costly (around Rs 500–700 per refill) and sometimes face delays in delivery. In Ekauni, every household stopped using LPG cylinders after the biogas plant started in 2022. They get piped gas twice a day at a fixed low cost of Rs 400 per month. This makes cooking reliable, cheaper and independent of external supply chains.
What are the main benefits of this community biogas model?
The model brings multiple advantages. First, it reduces household expenses on cooking fuel. Second, it cuts smoke from traditional chulhas, improving women’s health by lowering indoor air pollution. Third, it captures methane that would otherwise escape into the atmosphere and cause global warming. Fourth, the leftover slurry is used as fertiliser, improving soil health and reducing the need for chemical fertilisers. Finally, it creates local jobs – the village employs two workers to run the plant and collect dung.
How does this biogas initiative fit into India’s larger renewable energy goals?
The Government of India is promoting biogas through schemes such as the New National Biogas and Organic Manure Programme (NNBOMP) and the GOBARdhan scheme. These programmes aim to build thousands of community and individual biogas plants to achieve clean cooking fuel for rural areas and to reduce India’s dependence on imported LPG. The Ekauni model is exactly the kind of decentralised, community-owned solution that these schemes encourage. It also supports India’s target of net-zero emissions by 2070 and the goal of providing clean energy under Sustainable Development Goal 7.
What challenges did the village face and how were they overcome?
When the plant was first proposed, some residents were hesitant because they were used to LPG or firewood. The non-profit SAAF Energy held meetings and explained the benefits. The National Dairy Development Board provided technical training. Once the plant started, people saw quick results – no more waiting for cylinder delivery and no smoke in kitchens. Today the entire village supports the project and even visitors from nearby areas come to learn from this success story.
Why is this story important for UPSC aspirants?
This example shows how simple technology can solve big problems of energy access, women’s health, climate change and rural economy. It connects to topics like renewable energy, sustainable development, environmental conservation and government schemes for rural India. Questions on biogas often appear in both Prelims (facts about production process) and Mains (how it helps in achieving energy security and reducing import dependence).
Mains Question
The successful community biogas model in Ekauni village of Uttar Pradesh demonstrates an effective solution to rural energy challenges amid the LPG crisis. In this context, discuss the potential of decentralised biogas plants in achieving India’s clean energy and sustainable development goals while addressing issues of women’s health and climate change.