1 hour ago
4
ARTICLE AD BOX
NEW DELHI: Prime Minister Narendra Modi’s sojourn to the iconic Afsluitdijk dam successful the Netherlands during his authoritative travel has drawn attraction to a lesser-discussed but strategically important contented for India: semipermanent h2o absorption and clime resilience.Accompanied by Dutch Prime Minister Rob Jetten, PM Modi visited the monolithic obstruction dam that has protected the Netherlands from floods for decades portion besides helping negociate freshwater storage, inland waterways and renewable vigor generation.
The sojourn was not simply symbolic. According to India’s ministry of outer affairs, the Afsluitdijk task has nonstop relevance to Gujarat’s ambitious Kalpasar Project, a projected mega freshwater reservoir and dam strategy crossed the Gulf of Khambhat that has been nether survey for decades.
In a station connected X, PM Modi highlighted the value of Dutch expertise successful h2o engineering.“An country successful which the Netherlands has done pioneering enactment is h2o management. The full planetary assemblage tin larn a large woody from this. This greeting I had the accidental to sojourn the Afsluitdijk and summation penetration into the cardinal features of this project. I americium grateful to Prime Minister Rob Jetten for accompanying maine here. We are committed to bringing modern exertion to India, designed to assistance with irrigation, flood protection, and the enlargement of the inland waterway network,” PM Modi said.
MEA spokesperson Randhir Jaiswal besides described the sojourn arsenic an accidental for deeper Indo-Dutch practice successful clime resilience, h2o exertion and sustainable infrastructure.“A awesome of engineering excellence and innovation! Accompanied by PM Rob Jetten of the Netherlands, PM @narendramodi visited the iconic Afsluitdijk Dam, a awesome of Dutch excellence successful h2o management, flood extortion and freshwater storage.
The sojourn highlighted the relevance of Dutch expertise for India’s Kalpasar Project successful Gujarat, which aims to make a freshwater reservoir and dam adjacent the Gulf of Khambhat,” Jaiswal posted connected X.
What is the Afsluitdijk?
The Afsluitdijk is 1 of the Netherlands’ astir celebrated engineering projects and a cardinal pillar of the country’s centuries-long conflict against water.Originally completed astir 80 years ago, the 32-kilometre-long obstruction dam separates the North Sea from the IJsselmeer freshwater water and protects ample parts of the low-lying Netherlands from terrible flooding.The operation besides serves economical and biology functions, including freshwater storage, navigation, transport connectivity and renewable vigor generation.Now undergoing a large modernisation programme often referred to arsenic “Afsluitdijk 2.0”, the task is being redesigned to withstand storms expected lone erstwhile each 10,000 years.The upgraded strategy includes reinforced locks, improved h2o discharge systems, food migration corridors and renewable vigor technologies involving tidal flows, freshwater-saltwater interaction, star and upwind power.Dutch authorities estimation the modernisation task volition outgo astir €800 million.The Afsluitdijk besides demonstrates however flood defence infrastructure tin service aggregate functions simultaneously. Apart from protecting against rising oversea levels and storms, the task supports inland transport, tourism, cycling infrastructure and semipermanent freshwater security.
Why India is interested
India’s increasing involvement successful Dutch h2o engineering comes amid expanding concerns implicit clime change, municipality flooding, h2o scarcity and utmost upwind events.Several Indian states, peculiarly coastal and drought-prone regions, are facing simultaneous risks of h2o shortages, salinity intrusion and flood disasters.For Gujarat, the projected Kalpasar Project represents an effort to code aggregate challenges done a azygous mega infrastructure system.The task envisages constructing a 30-kilometre dam crossed the Gulf of Khambhat to make what could go the world’s largest freshwater reservoir successful a marine environment.The reservoir would store astir 10 cardinal cubic metres of freshwater sourced from rivers including the Narmada, Mahi, Sabarmati and Dhadar.The stored h2o would past beryllium utilized for irrigation, drinking h2o proviso and concern requirements, particularly successful water-stressed regions of Saurashtra and parts of South Gujarat.The task besides proposes a 10-lane transport corridor implicit the dam, reducing question distances betwixt Saurashtra and South Gujarat by much than 200 kilometres.In its earlier conception, the task besides included a monolithic tidal powerfulness procreation component, though that constituent has since been removed from the revised design.
The standard of the Kalpasar vision
The Kalpasar Project has been discussed successful Gujarat since the 1970s and remains 1 of India’s astir ambitious projected h2o infrastructure plans.The thought was primitively conceptualised aft the Gulf of Khambhat was identified arsenic a imaginable tract for tidal vigor procreation successful 1975.
Over time, the absorption shifted much toward freshwater storage, flood control, transport and irrigation.The revised program present involves 3 large components.The archetypal is the main Kalpasar dam connecting Bhavnagar territory to Bharuch territory crossed the Gulf of Khambhat.The 2nd is the Bhadbhut barrage connected the Narmada stream adjacent Bharuch, aimed astatine preventing saltwater intrusion portion diverting freshwater into the reservoir system.The 3rd is simply a monolithic canal web linking the barrage and reservoir portion distributing h2o crossed Saurashtra.The project’s estimated outgo has steadily accrued implicit the years and is present estimated astatine astir Rs 85,000-90,000 crore.If recovered technically and environmentally feasible, experts estimation operation unsocial could instrumentality betwixt 12 and 15 years, portion the full task timeline whitethorn agelong adjacent to 2 decades.
Why the Dutch exemplary matters
The Netherlands offers India a real-world illustration of however large-scale h2o infrastructure tin integrate flood defence, freshwater management, proscription and renewable vigor into a azygous semipermanent strategy.Unlike galore countries, the Dutch person centuries of acquisition surviving beneath oversea level and managing changeless flood threats.Much of the country’s modern individuality has been shaped by ample engineering systems involving dams, dikes, tempest surge barriers, canals and pumping stations.For India, particularly states susceptible to coastal flooding and salinity intrusion, Dutch expertise could go progressively relevant.The Kalpasar Project faces large engineering, biology and ecological challenges. Studies are inactive examining issues related to marine ecosystems, sedimentation, fisheries impact, navigation routes and semipermanent biology sustainability.Even aft decades of planning, galore feasibility studies stay incomplete.By July 2019, lone 25 retired of 43 feasibility studies related to ecological, environmental, societal and fiscal impacts had been completed, portion respective others remained pending.No last biology clearance has yet been granted for the main Kalpasar dam project.The Dutch acquisition with balancing biology extortion and h2o engineering could truthful connection invaluable lessons for India arsenic it evaluates the semipermanent viability of Kalpasar.
Climate alteration and the aboriginal of h2o infrastructure
PM Modi’s Afsluitdijk sojourn besides reflects a broader planetary displacement successful however governments are approaching clime adaptation infrastructure.Rising oversea levels, unpredictable monsoons, glacier melt, utmost rainfall and prolonged droughts are forcing countries to rethink accepted h2o absorption systems.For India, the situation is peculiarly analyzable due to the fact that it faces some flooding and h2o scarcity simultaneously crossed antithetic regions.Projects similar Kalpasar correspond attempts to physique semipermanent h2o retention and clime resilience infrastructure astatine monolithic scale. But they besides rise hard biology and fiscal questions.The Netherlands’ attack demonstrates that aboriginal infrastructure systems whitethorn progressively request to harvester flood defence, freshwater security, renewable energy, transport and ecological absorption alternatively than treating them separately.That appears to beryllium 1 of the cardinal messages down PM Modi’s highly symbolic sojourn to the Afsluitdijk.The sojourn yet highlighted that India’s involvement successful the Dutch exemplary is not lone astir engineering. It is besides astir preparing for a aboriginal wherever clime resilience and h2o information could go cardinal pillars of nationalist infrastructure planning.
