Infrastructure Success Stories for Gen Z & Alpha
Across India, a new generation is growing up in a country where rivers are being lifted, drought prone regions are turning productive, people in both rural and urban areas are receiving safer drinking water, clean power is reaching the grid, and high speed corridors are shortening daily journeys.
For many young people, these changes appear as water on tap, more reliable electricity, smoother travel, and new opportunities close to home but behind them lies a decade of complex lift irrigation chains, river linking schemes, water supply systems, energy projects, and expressways delivered at record pace and scale.
These success stories explain how surplus floodwaters are redirected to dry regions, how bulk water schemes and treatment plants secure potable supply for millions, how thermal, gas, and renewable plants reinforce India’s energy system, and how roads and expressways support trade, tourism, and regional integration. Together, they highlight a quiet transformation in how India manages water, power, and mobility, using advanced engineering and integrated project delivery to ensure that benefits reach villages, towns, and cities alike.
For Gen Z & Alpha, these are more than technical case studies; they are clear examples of how thoughtful design, disciplined execution, and reliable operations with advanced technologies adapted to local needs can make daily life more secure and aspirational across regions. For governments, utilities, and industrial clients, MEIL Group is a trusted long term partner in building resilient infrastructure and a firm believer that every project is ultimately about people, not just assets. All these projects have been operating smoothly since completion; some have successfully concluded their operation and maintenance periods, while others are currently under O&M.
The following success stories spotlight projects that lift rivers, secure drinking water, generate cleaner power, and build high speed connectivity, each one showing how engineering choices made today shape the environment, economy, and quality of life for the next generation. And beyond these successfully completed ventures, several ambitious projects are already under execution poised to set new benchmarks and carry this legacy of nation building forward.
Lift irrigation and river linking
Narmada–Kshipra–Simhastha link (NKSL)
The Narmada–Kshipra–Simhastha link is India’s first river linking project executed through lift irrigation, taking Narmada water into the water scarce Malwa region of Madhya Pradesh by lifting over 176 cusecs from the Omkareshwar reservoir and conveying it through a 49 kilometre pressurised pipeline to the Kshipra river near Ujjain, overcoming a total level difference of about 350–400 metres with high capacity pumps of 27.5 MW that raise water from around 228 metres to nearly 576 metres above mean sea level. Completed in about 14 months and handed over to the Madhya Pradesh government in 2014, the link now supplies drinking water to around 162 villages and several towns and provides irrigation for over 40,000 acres in parts of the Malwa and Chambal basins, turning a chronically water scarce belt into a more secure zone for households and agriculture around Ujjain.
Kaleshwaram Lift Irrigation Scheme, the world’s largest multi stage lift irrigation project, was built to harness the Godavari and distribute water across Telangana. Through multiple links, the project integrates barrages on the Godavari and Pranahita, 22 high capacity pumping stations, extensive piped irrigation networks, tunnels, and major balancing reservoirs, designed to lift over 2 TMC of water per day, it created a vast new ayacut while stabilising the existing command area and supplying water for drinking and industry, placing it ahead of earlier global lift schemes like the Colorado project and the Great Man Made River in overall installed capacity and delivery potential.
MEIL Group has executed the most critical electro mechanical backbone by building 15 out of the 22 pump houses with 89 machines and about 3,840 MW of installed pumping capacity, against a project requirement of roughly 4,680 MW. These include the flagship pump houses Lakshmi (Medigadda), Saraswati (Annaram), and Parvathi (Sundilla), as well as key downstream stations feeding reservoirs like Ranganayaka Sagar and Mallanna Sagar, and lift complexes at Kondapochamma (including Akkaram and Markook) and Kondam Cheruvu. The engineering highlight is the Gayatri underground pump house at Lakshmipur, a cavern built around 180 metres below ground level with seven machines of about 139 MW each (total about 973 MW), which together can lift around 3 TMC of water per day and is recognised as the largest irrigation pumping station of its kind in the world.
To support this lifting chain, we also established massive dedicated power infrastructure, including multi hundred MW 400 KV and 220 KV substations, EHV transformers, long distance transmission lines, and significant lengths of 400 KV XLPE underground cable. The project involved large diameter tunnels and underground caverns, complex outlet and distribution management systems, and piped irrigation layouts influenced by global best practices, including advanced irrigation concepts, so that water can be delivered efficiently and on demand to fields. Kaleshwaram has enabled dependable irrigation to new upland command areas, stabilised long suffering ayacuts, strengthened drinking and industrial water supply, and showcased the capacity of Indian engineering, particularly MEIL Group’s integrated electro mechanical, and power capabilities to deliver record scale lift schemes within stipulated timelines.
Handri Neeva Sujala Sravanthi (HNSS)
In the Handri Neeva Sujala Sravanthi (HNSS) project, the scope includes constructing and operating a large part of the lift system that moves Krishna floodwater from Srisailam into Rayalaseema, with 43 pump houses and 289 machines installed across two phases to lift water over difficult terrain and long distances, making it one of the world’s largest lift canal systems in terms of both scale and pumping infrastructure.
This work covers major pump houses such as Muchumarri and Malyala, delivery cisterns, long pressure mains, associated power infrastructure including 132/6.6 kV and 33/6.6 KV substations, and electro mechanical systems needed to raise water in multiple stages along the 565 km main and branch canals, delivering irrigation water to about six lakh acres and drinking water to millions of people in erstwhile districts of Anantapur, Kadapa, Chittoor and Kurnool districts in Andhra Pradesh, making it one of the world’s largest and most complex lift irrigation chains.
Purushothapatnam Lift Irrigation Scheme (PLIS)
Purushothapatnam Lift Irrigation Scheme diverts Godavari floodwater to Andhra Pradesh’s north coastal belt by lifting water at Purushothapatnam in Seethanagaram Mandal through a first stage system of 10 high capacity vertical turbine pumps, of 5 MW each, that push flows via five parallel 3,200 mm MS pressure mains over roughly 10.1 kilometres into the Polavaram Left Main Canal, a stage completed in about 225 days with water flowing by August 2017. From the canal, a second stage lift at Ramavaram uses pumps ranging from 4.8 to 5 MW to raise roughly 1,400 cusecs by nearly 68 metres and convey it through twin pipeline strings of about 13.12 kilometres to the 24 TMC Yeleru reservoir, so that around 12 TMC of transferred Godavari water can now be delivered annually to strengthen drinking and industrial supplies.
Pattiseema Lift Irrigation Project (PLIP)
Pattiseema is a landmark Godavari–Krishna river linking lift scheme in Andhra Pradesh that moves surplus Godavari floodwater into the Krishna basin by drawing water at Pattiseema in West Godavari district and pumping it into the Polavaram Right Main Canal, which then carries it by gravity to the Krishna River near Vijayawada, creating a live hydraulic link between the two major rivers. Designed to lift about 8,500 cusecs during the flood season through 24 large vertical turbine machines with a combined installed capacity of 113 MW, the scheme was executed in about one year from March 2015 to March 2016 and was recognised in the Limca Book of Records as one of the fastest major river link projects in the country.
Muchumarri Lift Irrigation Scheme (MLIS)
The Muchumarri Lift Irrigation Scheme draws flood water from the Srisailam reservoir and lifts them into the Kurnool–Cuddapah (KC) Canal to ensure a steady supply when direct Tungabhadra releases are unavailable. Located near Muchumarri village in Kurnool district, the scheme features a combined pump house with 4 high capacity machines that together discharge about 1,000 cusecs, for irrigation and drinking purposes. Commissioned in 2017, the project has become a vital lifeline for stabilising crop water supply and enhancing water security across one of Andhra Pradesh’s most drought prone regions.
Bhakta Ramadasu Lift Irrigation Scheme (BRLIS)
Bhakta Ramadasu Lift Irrigation Scheme lifts water from the Palair balancing reservoir on the Nagarjuna Sagar Left Main Canal to irrigate water short areas in Khammam and Mahabubabad districts of Telangana. Designed to lift about 5.5 TMC of water from approximately +128 m to +187 m using two machines with a combined capacity of about 21 MW and about 33 km of MS pressure mains, it was completed two months ahead of its original 12 month schedule, and now serves around 60,000 acres, converting chronic tail end scarcity into assured seasonal supplies.
Chintalapudi Lift Irrigation Scheme (CLIS)
Chintalapudi Lift Irrigation Scheme is a three stage Godavari lift project in Andhra Pradesh that will draw floodwater near Tadipudi and deliver it to a 20.5 TMC balancing reservoir on the Jalleru stream, from where canals will irrigate upland, tail end areas in erstwhile West Godavari and Krishna districts. The executed segments include the major pump house and MS pressure main works, lifting about 56 cumecs of Godavari water from +12 m to around +40 m and onward to higher elevations, forming the core lifting chain that will ultimately enable utilisation of over 50 TMC of water to serve over 4.8 lakh acres and provide drinking water for about 26 lakh people in nearly 410 habitations.
Kondaveeti Vagu Flood Water Pumping Scheme (KVFWPS)
Kondaveeti Vagu Flood Water Pumping Scheme is a specialised lift system built to protect the Amaravati capital region of Andhra Pradesh from flash flooding by diverting flood flows from Kondaveeti Vagu into the Krishna River and the adjacent Krishna Western Main Canal (Buckingham Canal). Designed to lift about 5,250 cusecs during flood events with 16 heavy duty machines and 16 parallel MS pipelines of about 1.4 kilometres, the project was completed and commissioned in September 2018 and now prevents flooding of nearly 13,500 acres of low lying lands across five mandals around Amaravati.
Megha Lift Irrigation Project (MLIP)
Megha Lift Irrigation Scheme in Odisha, covering Cluster 5 and Cluster 7, consists of systems that supply water through buried pipelines up to the boundary of each farmer’s field, from where it is taken into individual farms through micro irrigation. Cluster 5 draws water from Source Rivers via intake wells and large pump houses into pressurised pipe networks, while Cluster 7 includes around 14 lift schemes lifting water from rivers such as the Rushikulya, improving water use efficiency and providing reliable irrigation in upland, rain fed areas.
Lower Indra Irrigation Project (LIIP)
For the Lower Indra Irrigation Project in Odisha, the scope includes the downstream irrigation network that delivers dam water right up to farmers’ fields in the drought prone Nuapada–Balangir region. This gravity based piped distribution system integrates underground and surface pipelines, control valves, outlets and canal off takes, so that stored Indra river water is delivered efficiently across the command area for reliable irrigation.
Gangadhar Meher Lift Irrigation Project (GMLIP)
Gangadhar Meher Lift Irrigation Project in Odisha lifts water from Hirakud Dam through a 4 metre diameter, about 20 kilometre long gravity main pipeline into an underground piped distribution network exceeding 3,000 kilometres to reach farmers’ fields. Providing assured irrigation to over 60000 acres across about 130 villages in Bargarh and Sonepur districts, it uses high capacity pump houses and pressurised outlets and was inaugurated and came into operation in February 2024.
Sauni Yojana (Saurashtra Narmada Avtaran Irrigation Project)
Under the Saurashtra Narmada Avtaran Irrigation (Sauni) Yojana in Gujarat, major stretches have been executed to lift surplus Narmada floodwaters and convey them through a 1,125 km closed pipeline network instead of open canals, avoiding land acquisition challenges and reducing transmission losses. High capacity pump houses with associated 66/6.6 kV substations together create a combined carrying capacity of over 4,500 cusecs across the main links, enabling the filling of 115 mini dams and other reservoirs in Saurashtra, and supplying drinking water to about 731 villages and 31 towns while easing chronic drought stress across 11 districts.
Kadana Lift Irrigation Scheme (KLIS)
Kadana Lift Irrigation Scheme in Gujarat lifts water from the Kadana reservoir on the Mahi River to augment supplies for water stressed tribal regions and Narmada dependent command areas in eastern Gujarat. From intake works at Kadana, MEIL Group has developed major pumping stations along with a dedicated rising main and pipeline network conveying water toward Dahod and neighbouring districts for irrigation and drinking use. By combining high capacity pumps, robust transmission pipelines, and strategically located storage reservoirs, the scheme strengthens year round water security for thousands of acres of farmland and numerous villages that previously faced recurring scarcity.
Kutch Branch Canal Project (KBCP)
Kutch Branch Canal in Gujarat carries Narmada water deep into the arid interiors of Kutch, irrigating about 2.77 lakh acres and supplying drinking water to almost all villages and towns in the district. As part of this system, MEIL Group has executed three major pumping stations, installing 14 high capacity machines of 5.5 MW each, creating a total installed pumping capacity of 77 MW to lift canal flows over higher ground and maintain design discharges toward the tail end of the command. These stations integrate intake structures, delivery arrangements and large diameter transmission pipelines with associated electrical and control systems, enabling reliable conveyance of Narmada water so that irrigation, drinking and other water needs are met more consistently across Kutch.
Mettur Lift Irrigation Project (MLIP)
Mettur Lift Irrigation Project diverts surplus floodwater from the Mettur Dam on the Cauvery to revive dry tanks and ponds in the Sarabanga basin of Salem district. The scheme lifts about 214 cusecs of excess water through a network feeding over 100 waterbodies, improving groundwater and providing assured irrigation to over 4,000 acres while enhancing drinking water security for nearly six lakh people.
Ramthal Drip Irrigation Project
Ramthal Drip Irrigation Project is Asia’s largest community based integrated drip network, developed under Stage II of the Ramthal (Marol) Lift Irrigation Project over a command of roughly 60,000 acres in Karnataka’s Hungund region. The work includes intake and lifting systems under the Ramthal (Marol) LIS, more than 2,100 km of underground pipelines, and a fully pressurised, automated drip network up to farm blocks, executed by MEIL Group in collaboration with Netafim, the Israeli drip irrigation pioneer that supplied and integrated the advanced on farm micro irrigation technology. Together, this design enables thousands of small and marginal farmers to receive on demand, equitable irrigation with very high water use efficiency and lower energy consumption.
Sita Rama Lift Irrigation Scheme (SRLIS)
Sita Rama Lift Irrigation Scheme is a major Godavari based project in Telangana, aimed at providing irrigation and drinking water to several lakh acres in Bhadradri Kothagudem, Khammam and neighbouring districts. Drawing water from the Godavari near Dummugudem through a chain of high capacity pump houses, large delivery mains and balancing reservoirs, the completed scope in two crucial segments includes a Segment 1 pump house with 6 machines of 25 MW each and a Segment 6 pump house with 5 machines of 40 MW each and 2 machines of 30 MW, together forming the core electro mechanical backbone for lifting Godavari waters under the scheme.
Urban and Rural drinking water
Mission Bhagiratha and GDWSS
In Telangana, MEIL Group delivered 14 key segments under Mission Bhagiratha, including major transmission mains, reservoirs, and village level networks, with the Gajwel Water Grid standing out as the first grid completed in a record 10 months using about 1,200 km of pipelines to supply safe drinking water to local habitations. The 735 MLD Water Treatment Plant at Mallaram, under the Godavari Drinking Water Supply Scheme (GDWSS), brings Godavari water to Hyderabad, supported by thousands of kilometres of distribution pipelines and multiple storage structures under the Mission Bhagiratha and GDWSS combined. Together, these projects enable safe drinking water access for well over 15 million people today, with a designed capacity to serve around 20 million or more as networks expand.
Ganga Jal Aapurti Yojana in Bihar
Ganga Jal Aapurti Yojana in Bihar is India’s first major project to lift surplus Ganga floodwater and convert it into potable supply for regions such as Rajgir, Gaya and Bodh Gaya under the “Har Ghar Ganga Jal” vision. From an intake at Hathidah near Mokama, flood water is pumped through 190 km of pipelines to storage reservoirs at Tetar, Rajgir and Gaya, then treated in modern water treatment plants of 186.5 MLD for Gaya–Bodh Gaya and 24 MLD for Rajgir in Phase 1 before distribution to over 7.5 lakh people. The scheme stands as India’s first floodwater to tap water supply model.
Bhubaneswar Bulk Water Supply Scheme
In Odisha’s capital city, the Bhubaneswar Bulk Water Supply Scheme, completed in 2017, supplies water to industrial hubs, institutions such as IIT Bhubaneswar and NISER, and urban areas through two WTPs of 69 MLD and 83 MLD, an intake well, a pump house, an 11 MLD MBR unit, multiple reservoirs and about 86 km of MS/DI pipelines. This backbone network secures bulk water for both industrial and municipal consumers in and around Bhubaneswar.
Uddanam Drinking Water Project
In Andhra Pradesh, the Uddanam Drinking Water Project addresses a severe public health crisis by supplying safe water to around 7 lakh people across more than 800 villages in Srikakulam district, where kidney diseases were linked to contaminated groundwater. The scheme draws water from the Vamsadhara at Hiramandalam Reservoir, treats about 84 MLD at a modern WTP and supplies it over more than 100 km through a 1,200 km pipeline network, intake wells, pumping stations, overhead tanks and reservoirs.
Pillur III Drinking Water Supply Scheme
In Tamil Nadu, the Pillur III Drinking Water Supply Scheme in Coimbatore is designed to bring an additional 178.3 MLD of treated Bhavani River water to the city, significantly strengthening long term water security for the expanded corporation limits. The project includes a new intake and raw water pump house near Pillur, a transmission system of over 90 km of pipelines, a 178.3 MLD water treatment plant with associated clear water reservoirs and master balancing tanks. By augmenting existing Pillur I and II supplies and extending bulk water delivery into newly added urban areas, the scheme helps lift Coimbatore’s total potable capacity towards about 380 MLD and supports more reliable, equitable distribution for over 1.6 million residents.
Other Schemes
The Proddatur Drinking Water Project in Andhra Pradesh includes a 43 MLD water treatment plant, intake structures and about 171 km of pipelines under the AMRUT (Atal Mission for Rejuvenation and Urban Transformation) framework, complemented by similar urban water supply scopes at Nellore and Dhone to strengthen urban and regional water security in the state. Other drinking water projects across states include the Chambal–Bilwara, Kotri Tehsil, Asind Tehsil, Jetpur–Pali, Shahpura Tehsil Water Supply Project and Dudu–Todaraisingh in Rajasthan; the Hanur Water Supply Scheme, Adichunchanagiri Water Supply Scheme, Pavagada Water Supply Project and TG Halli (Thippagondanahalli) Water Supply Project in Karnataka; and the Gothura and Dhuha Talar Water Supply Schemes in Uttar Pradesh. Together, these multi village and urban systems have eased the burdens of women and children, reduced water borne disease risks and supported urban growth, industry and tourism by ensuring that reliable potable water reaches some of India’s most water stressed regions.
Energy Infrastructure
Tuticorin Thermal Power Project
Tuticorin Thermal Power Project in Tamil Nadu is a 525 MW coal based plant on the Bay of Bengal coast, where the EPC scope included a 2,000 TPH coal jetty and conveyor system, a 500 TPH coal handling plant, and a seawater based cooling water system with high capacity intake and outfall pipelines. The project also involved a 275 metre high chimney equipped with electrostatic precipitators and designed to disperse emissions effectively to help curb local air pollution, extensive structural steel works, and a long transmission link to evacuate power to the Tamil Nadu grid, creating a modern base load asset that strengthens the state’s electricity supply.
Yermarus Thermal Power Station – Water and Ash Pipeline Systems
Yermarus Thermal Power Station (YTPS) in Raichur, Karnataka, is a coal based plant where critical balance of plant infrastructure was executed, including the dedicated raw water supply system and the ash handling and slurry disposal pipelines up to the ash pond. The scope covered design, detailed engineering, supply, erection, testing and commissioning of long distance water and ash pipelines, valves, supports and civil works to ensure reliable cooling water availability and ash evacuation for the 800 MW units.
Assam Renewal Project
Assam Renewal Project is a major hydrocarbons revamp programme of ONGC in the Lakwa fields, where ageing oil and gas infrastructure was modernised to extend field life by at least 30 years. The work optimised 21 scattered installations into 9 integrated complexes, rationalised an 800 km pipeline network down to about 467 km, and added key assets such as Group Gathering Stations, water treatment and injection plants, CNG storage and captive power facilities under a full EPC mode.
Raageshwari Gas Terminal
Raageshwari Gas Terminal in Rajasthan is a state of the art gas facility designed and constructed for Cairn Oil & Gas to handle about 100 MMSCFD of Raageshwari Deep Gas from the Barmer block. Executed on a fast track basis, the terminal was completed and commissioned in six months, with 18 months of operation and maintenance ensuring safe, reliable processing and evacuation of natural gas to Cairn’s Mangala Processing Terminal and the wider grid.
Underground LPG cavern
India’s largest underground LPG cavern at Bala, near Mangalore in Karnataka, has been built for HPCL with two rock caverns located around 220 metres below ground and a total storage capacity of 80,000 metric tonnes of LPG. The facility is accessed through a 1,083 metre long tunnel that links to about 486 metres of interconnecting tunnels, an operation shaft around 164 metres deep, and upper and lower water curtain tunnels of over 578 metres and 804 metres that use pressurised boreholes to create a hydraulic seal around the storage chambers. Designed on the principle of hydraulic containment, the cavern complex provides safe, long term strategic LPG storage that can feed HPCL’s import terminal, bottling plant and downstream pipeline network, strengthening LPG supply security across southern and central India.
NMDC Nagarnar Steel Plant Raw Water Scheme
For NMDC’s 3 MTPA integrated steel plant at Nagarnar in Chhattisgarh, a dedicated raw water supply system was established to draw water from the Sabari River and deliver it reliably to the plant through a long cross country pipeline. The scope includes design, engineering and construction of an intake well–cum–pump house on the Sabari with an installed pumping capacity of about 10,000 cubic metres per hour, along with over 34 km twin cross country pipeline through remote forested terrain up to the plant reservoir. Built as the first such project for MEIL Group in Chhattisgarh for NMDC this system now provides continuous industrial grade raw water for process and cooling needs, supporting uninterrupted operation of one of India’s largest Greenfield steel facilities at Nagarnar.
Recycling water, redefining energy
KC Valley (Koramangala–Challaghatta Valley) project
KC Valley (Koramangala–Challaghatta Valley) project in Karnataka is an innovative water reuse initiative that lifts treated water through a dedicated closed pipeline network to recharge a chain of rain fed tanks in the drought prone Kolar and Chikkaballapur region for non potable use. The scheme conveys about 440 MLD of treated water via six high capacity pump houses and over 124 km mild steel pipeline up to about 2.4 metres in diameter laid along major roads, highways and rail tracks, supported by a surge tank and associated electrical substations. By turning this treated water into a resource for lake rejuvenation and groundwater recharge across more than 120 interconnected tanks, it enhances water availability in a severely water stressed region.
10 MW canal top solar project
The 10 MW canal top solar power project on the Narmada canal in Vadodara, Gujarat, is a world first innovation that combines renewable power generation with water conservation and land optimisation. Spanning about 5.5 km of canal with roughly 33,800 solar PV panels, it generates over 16 million units of electricity annually to power nearby pump stations while preventing evaporation of canal water and avoiding land acquisition.
Saurashtra Branch Canal Small Hydro Power Project
Saurashtra Branch Canal Small Hydro Power Project in Gujarat is a 45 MW canal based hydropower scheme where three 15 MW stations harness the energy of flowing water in the Saurashtra Branch Canal without building a large dam or new reservoir. The three power houses are located at SHP 1, Siyapur, Kadi, Mehsana (15 MW), SHP 2, Khavad, Mehsana (15 MW), and SHP 3, Nani Kumad, Viramgam, Ahmedabad (15 MW), together forming a 45 MW small hydro portfolio on the canal. Turbines, generators and hydraulic structures are integrated into the existing irrigation canal drops at these sites, allowing canal based plants to generate clean electricity for the state grid while preserving the canal’s primary role in delivering water to Saurashtra’s command areas.
Anantapur Solar Thermal Power Plant
The Anantapur Solar Thermal Power Plant in Andhra Pradesh is a 50 MW concentrated solar power project established under the Jawaharlal Nehru National Solar Mission and is one of South India’s first large scale solar thermal plants. Spread over about 600 acres at Nagalapuram village in Anantapur district, it uses parabolic trough technology to generate around 110 million units of electricity annually, feeding the NTPC grid and demonstrating utility scale CSP capabilities. By substituting coal based generation with solar thermal power at this scale, the plant helps avoid significant CO₂ emissions each year, contributing to cleaner air and a lower carbon power mix for the region.
Sakri Solar Power Project, Maharashtra
Sakri Solar Power Project in Dhule district, Maharashtra, is the state’s largest solar PV installation, where a 50 MW twin block plant was executed as part of Mahagenco’s 125 MW solar park at Shivajinagar, Sakri. Using thin film photovoltaic technology across two 25 MW blocks and over 820,000 solar modules, it feeds clean power into the state grid and supports Maharashtra’s transition towards non conventional energy.
Roads and expressways
Maharashtra Samruddhi Mahamarg segments
Two key segments of Maharashtra Samruddhi Mahamarg were executed: 31 km from Shivmadka to Khadki Amgaon in Nagpur district and 54.4 km from Bendewadi to Fatiwabad in Aurangabad district, delivering a six lane access controlled highway with service roads, flyovers, bridges, underpasses and an interchange. Within these stretches, wildlife friendly structures such as dedicated animal overpasses were built to ensure safe animal movement across the expressway while maintaining high speed connectivity.
Renigunta–Naidupeta six lane corridor
The Renigunta–Naidupeta road project has upgraded National Highway 71 into a 57 kilometre six lane corridor connecting Renigunta, Yerpadu, Srikalahasti and Naidupeta under the Bharatmala Pariyojana. Developed in hybrid annuity mode, the widened highway includes a trumpet interchange at Naidupeta that links NH 71 seamlessly to NH 16. The corridor now enables fast, congestion free travel between major temple towns and provides efficient links to routes towards Vijayawada–Bengaluru, Tirupati–Chennai and Tirupati–Vijayawada, significantly improving connectivity, trade and tourism.
Vijayawada bypass
The six lane Vijayawada bypass on NH 16 includes a 30 kilometre stretch executed between Chinna Avutapalli and Gollapudi, developed as a high speed corridor that diverts through traffic away from the city’s dense urban core and significantly eases congestion on existing stretches running through Vijayawada and its suburbs. By creating a seamless link between the Chennai–Kolkata and Visakhapatnam–Hyderabad routes, this bypass strengthens one of India’s most critical east coast and inland freight and passenger corridors, cutting travel times, reducing bottlenecks, and improving road safety for long distance as well as regional users.
A Few Key Projects across the Globe
Al-Zour Refinery Tank Farm, Kuwait
At the Al-Zour Refinery Project for KIPIC in Kuwait, MEIL Group, in association with Essar, has executed a major tankage package involving the fabrication, erection, painting and insulation of 66 refinery storage tanks ranging from about 78 metres to 20–60 metres in diameter. These above ground tanks, with a cumulative structural quantity of around 70,000 tonnes of steel, are designed to store a wide slate of products including low sulphur fuel oil, diesel, kerosene, crude and intermediate streams, forming the core of the refinery’s new tank farm. MEIL Group mobilised several thousand skilled personnel for this work, completed construction and hydro testing to KIPIC’s international safety and quality standards, and logged over 10 million safe man hours on the package.
Arab Potash Power Generation Project, Jordan
For Arab Potash Company PLC in Jordan, MEIL Group has delivered a gas based Power Generation & Energy Solutions EPC project comprising a 54 MW ISO rated Siemens gas turbine generator, a Heat Recovery Steam Generator (HRSG) producing about 63 TPH of steam at roughly 63 bar, and a step up transformer of around 80 MVA at 11/33 kV. Executed on a full engineering, procurement, construction and commissioning basis, the project integrates the new combined cycle block with APC’s existing power system to improve reliability and efficiency of electricity and process steam supply for potash production on the Dead Sea shore. Since commissioning in late 2018, the plant has been operating successfully, reducing APC’s dependence on external power and enhancing energy security for one of Jordan’s most strategic industrial enterprises.
Jamuna Fertiliser Booster Compressor, Bangladesh
In Bangladesh, MEIL Group executed a lump sum turnkey contract to supply and commission a natural gas booster compressor package for the Jamuna Fertilizer Company. The system raises inlet gas pressure to the levels required for stable fertilizer plant operation, including engineering, supply of compressor and auxiliaries, skid integration, erection and performance testing on site. This was MEIL Group’s first international project, completed as an end to end package that strengthened gas supply reliability for one of Bangladesh’s key urea production facilities.
Rural Health Posts Programme, Zambia
For the Government of Zambia, MEIL Group executed a project that involved the construction and equipping of 195 rural Health Posts across multiple provinces, delivering prefabricated clinic buildings, basic civil infrastructure and essential utilities as part of a national primary healthcare strengthening initiative. The work involved off site fabrication, logistics to remote locations and on site assembly, helping expand access to frontline health services for dispersed rural communities.
Zanzibar Drinking Water Project
The Zanzibar Drinking Water Project in Tanzania has been executed as a comprehensive rehabilitation and improvement of the island’s urban and peri urban water supply system, delivering new and upgraded infrastructure from source to tap. The project includes the development of 18 deep bore wells, construction of large ground level reservoirs of about 15 million litres at Mfenesini and 14 million litres at Dole, 4 million litre elevated service reservoirs at each site, several pumping stations and over 180 km of ductile iron and HDPE transmission and distribution pipelines that strengthen supply to thousands of household connections. Together, these works have significantly improved the reliability and quality of potable water for communities across the served zones of Unguja Island, reducing dependence on unsafe sources and easing the daily burden of water collection for women and children.
Taken together, these initiatives show how infrastructure, when planned with people and the future in mind, can turn vulnerable regions into more resilient ones, unlock new economic activity, and give young Indians the confidence to build their lives. For a generation that values sustainability, fairness, and opportunity, these infrastructure success stories demonstrate that large scale engineering is not just about assets on the ground, but about protecting communities, expanding horizons, and shaping the India that Gen Z & Alpha will inherit and eventually lead.