Lucknow Becomes UP's First Zero Waste City with 100% Scientific Processing

Lucknow has inaugurated a third waste processing plant, making it the first city in Uttar Pradesh to achieve 100% scientific processing of municipal solid waste and earn the 'zero fresh waste dump' distinction. The city now has a total daily processing capacity of 2,100 metric tonnes, handling its entire waste generation without open dumping. Through its efforts, approximately 12.86 lakh metric tons of legacy waste have been processed, reclaiming over 25 acres of land for a new treatment facility. The model emphasizes a circular economy, converting waste into compost, biogas, and Refuse-Derived Fuel (RDF), with plans for a 15 MW Waste-to-Energy plant.

Key Points: Lucknow Achieves 100% Scientific Waste Processing

  • 100% scientific waste processing achieved
  • 2100 MT daily capacity across 3 plants
  • 96.53% door-to-door collection efficiency
  • 25 acres of land reclaimed from legacy waste
3 min read

Lucknow achieved 100% scientific processing of municipal solid waste under the Swachh Bharat Mission-Urban

Lucknow becomes Uttar Pradesh's first 'zero fresh waste dump' city, processing 2100 MT daily waste scientifically and reclaiming 25 acres of land.

"first city in Uttar Pradesh to achieve 100% scientific processing of municipal solid waste - Official Release"

Lucknow, January 21

The Lucknow Municipal Corporation is addressing challenges in waste management and environmental sustainability through a multi-pronged strategy focused on scientific waste disposal, resource recovery, and sustainable urban development, enhancing both public health and environmental quality in the city.

The capital of Uttar Pradesh, Lucknow, is a fast-expanding urban hub with nearly 40 lakh residents and 7.5 lakh establishments.

According to an official release, in line with its scientific and sustainable approach to waste management, Lucknow has inaugurated its third fresh waste processing facility at Shivari Plant. With this, it becomes the first city in Uttar Pradesh to achieve 100% scientific processing of municipal solid waste, officially earning the distinction of a 'zero fresh waste dump' city.

The newly commissioned plant has a processing capacity of 700 metric tonnes per day. Together with the two existing facilities, the Lucknow Municipal Corporation is now equipped to scientifically process the entire daily waste generated, over 2,100 metric tonnes, eliminating the need for open dumping and marking a significant milestone in sustainable urban waste management.

The city generates around 2,000 metric tonnes of waste daily. To manage this, LMC and Bhumi Green Energy have set up three waste-processing plants with a capacity of 700 MT/day each. Waste is segregated into organic (55%) and inorganic (45%) fractions. Organic waste is processed into compost and biogas, while inorganic waste is sorted for recycling or converted into Refuse-Derived Fuel (RDF) for use in the cement and paper industries.

Lucknow's door-to-door waste collection efficiency has improved to 96.53%, and source segregation levels are above 70%, the release stated.

As reported by the Municipal Corporation, approximately 18.5 lakh metric tons of legacy waste in the city have been scientifically processed, of which around 12.86 lakh metric tons have been processed. The resulting RDF, C&D waste, biosoil, and coarse fractions have been utilised in environmentally friendly ways, such as recycling, co-processing, and low-landfilling. As waste is processed, several valuable by-products are generated.

Around 2.27 lakh metric tonnes of Refuse Derived Fuel (RDF) have been dispatched to industries across India for co-processing in cement and paper manufacturing. Inert materials such as coarse fractions (4.38 lakh MT), bio-soil (0.59 lakh MT), and construction & demolition waste (2.35 lakh MT) have been repurposed for landfilling and infrastructure development in low-lying areas.

Gradually, this led to a significant transformation. Over 25 acres of land have been reclaimed at the site, which is now being developed into a fully functional fresh waste treatment facility with a daily processing capacity of 2,100 metric tonnes. The site now houses windrow pads, internal roads, sheds, dedicated weighbridges, and a complete waste processing ecosystem.

The way forward is for the LMC to establish a Waste-to-Energy (WtE) plant at Shivari. The proposed facility will convert RDF from waste into electricity. The planned 15 MW WtE plant will use 1,000-1,200 metric tons of RDF daily, helping reduce the cost and distance of transporting RDF to cement factories located nearly 500 km away.

Lucknow's waste management model reflects a strong commitment to circular economy principles, maximising resource recovery, minimising legacy waste, and promoting the reuse of recyclables. The initiatives of the Lucknow Municipal Corporation stand as a model of inspiration for other cities and agencies, both within India and internationally.

- ANI

Share this article:

Reader Comments

A
Aman W
A very positive step for Swachh Bharat. Converting waste to energy and compost is the need of the hour for all our metros. My only question is about the long-term maintenance. Will the plants run at full capacity consistently? We have seen projects start well but then falter.
R
Rohit P
Impressive numbers! 100% processing and 96% collection is no small feat for a city of 40 lakh. The real challenge is citizen participation. If source segregation is above 70%, that's commendable. We need more awareness campaigns to get it to 90%+.
S
Sarah B
This is a brilliant case study in circular economy. Using RDF in cement plants and reclaiming 25 acres of land are huge environmental wins. Other Indian cities should definitely take note. The Waste-to-Energy plant plan sounds like the logical next step.
V
Vikram M
Processing 12.86 lakh MT of legacy waste is the most significant part. Our cities are sitting on mountains of old garbage. Clearing that and reclaiming land shows true commitment. Hope the reclaimed land is used for a public park or something for the community.
K
Kavya N
As someone who works in environmental policy, this is encouraging. The multi-pronged strategy covering collection, segregation, processing, and reuse is textbook perfect. The challenge now is sustainability and cost recovery. The proposed WtE plant should help reduce transport costs significantly.

We welcome thoughtful discussions from our readers. Please keep comments respectful and on-topic.

Leave a Comment

Minimum 50 characters 0/50