Matthew Samuda, Jamaica's Drought Crisis, and the Long Fight to Rebuild a Nation's Water Infrastructure

Janiel McEwan, Economist and Researcher

Prologue: The Dry Pipe

At six in the morning in Liguanea, the tap runs. By nine, it doesn't. Since August 3, National Water Commission customers on the Mona Dam system have lived on a schedule: water between 6:00 a.m. and 6:00 p.m., nothing after. Mona Reservoir, the concrete basin that has anchored Kingston's water supply since 1959, sat at 62% of capacity when the restrictions began, an improvement on the 39.3% recorded at the same point in 2025, but nowhere near the 81.8% of 2024. A week later the picture had worsened again. On August 10, Hermitage Dam stood at 40.7% and Mona at 54.5%. By August 17, NWC's own dashboard read Mona at 50.4% and Hermitage at 34.6%, both still falling.

By late August, prohibition orders covered seven parishes: Kingston, St Andrew, St Thomas, St Mary, Portland, St Ann and St Catherine. No watering lawns. No filling pools. No washing cars with a hose. In St Ann, St Mary and Portland, some NWC systems were producing between 10% and 50% of normal output; others had stopped producing altogether. More than 80 of the Commission's water systems were, in the Water Minister's own words, seeing inflows below what their customers needed.

For a farmer in Guy's Hill, St Catherine, without irrigation access, the drought is not an abstraction. It is chickens needing fans in their houses, fields needing tanks that haven't arrived, a household budget absorbing costs that don't show up in any GDP release until months later. The Rural Agricultural Development Authority's own tally, released mid-crisis, put crop and pasture losses above $900 million across more than 1,600 hectares, with over 16,000 farmers affected. The hotel sector's trade body has projected a prolonged drought could cost tourism half a billion dollars. None of this is sensational. It is arithmetic, updated weekly, and it is the lived texture of what "drought" means in a country where roughly 260 of the national water utility's systems draw from rivers and springs that dry up exactly when demand peaks.

This is the Jamaica in which Matthew Samuda, Minister of Water, Environment and Climate Change, has spent the past several years building. Not metaphorically. Literally: concrete, ductile iron pipe, treatment basins, transmission mains, three separate procurement processes running in parallel across four parishes. The question this article sets out to answer is not whether Samuda has "done a good job," a phrase too small for what is actually at stake. It is this: how should a country judge a minister's record on water when the shortage is real today and the infrastructure meant to end it is real, but not yet finished?

That is not a rhetorical trick. It is the actual shape of the problem, and it deserves an answer built from verifiable numbers rather than talking points from either direction.

Part I: A Country That Has Been Building Its Water System for Decades

Jamaica's water crisis did not begin with a minister. It began with geography and arithmetic that have never quite balanced.

Much of the island's rainfall lands where relatively few people live, along the wet, mountainous north and northeast, while demand concentrates in Kingston, the northern tourism corridor and the increasingly dense southern parishes. The National Water Commission itself, formed in 1980 by merging the old Water Commission and the Sewerage Authority, inherited a network built for a much smaller, much less urbanised country. Mona Reservoir was commissioned in 1959, when Jamaica's population was roughly 1.6 million. Hermitage Dam dates to 1927, when the country held under a million people. Jamaica's population today is close to 2.8 million, concentrated overwhelmingly in urban and peri-urban corridors those storage facilities were never designed to serve.

The transmission backbone of western Jamaica, the pipelines running from the Martha Brae and Great River treatment plants toward Montego Bay, Lucea and Negril, dates largely to the 1980s: roughly forty years of continuous service on infrastructure never engineered for the tourism boom, the residential growth and the commercial density the west end of the island has absorbed since. Corporate Area sewerage is not much younger. None of this is a partisan claim; it is closer to a maintenance schedule than a scandal, and every administration since independence has inherited some version of it.

What changed, gradually and then sharply, is demand. Legal and illegal connections in some areas have pushed dry-season demand up by as much as 50%, according to NWC's own public drought briefings, straining systems that were already losing much of what they produced before it reached a customer. Layer on top of that a warming, more erratic climate: hotter dry seasons, rainfall that arrives in shorter, more violent bursts rather than the steady bimodal pattern the system's designers assumed, and rivers whose flows the Water Resources Authority now describes as falling well below both the 2025 baseline and historical averages. The result is a system stressed simultaneously by its age, by population growth it was never sized for, and by a climate it was never designed to withstand.

This is Jamaica's actual water inheritance: an infrastructure base substantially older than the demand it now serves, a chronic loss problem baked into its bones, and a growing gap between the volume of water the island's rivers and aquifers can reliably deliver and the volume its economy now needs. Every minister who has held this portfolio has managed some version of that gap. The question that matters is what each one did with the years available to them.

Part II: The Minister and the Inheritance

Matthew Samuda's path to the water portfolio ran through eight years in the Senate before he entered the House of Representatives via a September 2024 by-election in St Ann North Eastern. He had already held responsibility for water, environment and climate change as a Minister without Portfolio from October 2022, following an earlier stint managing the same brief from 2020. He briefly left Cabinet and returned, with Prime Minister Andrew Holness publicly framing the return as a renewed mandate specifically for potable water access. By the time of the current drought, Samuda had been the public face of Jamaica's water policy for roughly four continuous years, spanning two governments' fiscal cycles and at least two prior drought episodes, including what he has described as the country's worst drought on record, from October 2022 to March 2023.

What Samuda inherited in that period was not a blank page. The Rio Cobre Water Treatment Plant concept, the Kingston and St Andrew Non-Revenue Water Reduction Programme with Miya Jamaica (running since 2016), and the basic engineering case for western transmission upgrades all predate his tenure in the specific ministerial role, some by close to a decade. What can fairly be attributed to his stewardship is different: the acceleration of Rio Cobre from concept to a public-private partnership under construction; the redesign of the western pipeline replacement into a four-phase, near-half-billion-dollar national development project; the extension of the NRW co-management model from Kingston to Portmore and now to an island-wide procurement; and the political decision, several times repeated in Parliament, to name non-revenue water as a structural crisis rather than a technical footnote.

That distinction, between inheriting a problem and choosing what to do with the years you have to address it, is the fairest lens through which to read everything that follows.

Part III: The Billions — What Is Actually Being Spent

Government officials, Samuda included, have repeatedly used a specific formulation: more than $15 billion is being invested in water-sector infrastructure this year across government agencies, described as more than ten times the level of spending when the current administration took office in 2016.

That multiple deserves scrutiny before it is repeated as fact. A ten-times increase in nominal Jamaican dollar terms over a decade that included substantial currency depreciation and cumulative inflation is a meaningfully smaller increase in real terms, and no government source has published a real-terms reconciliation. The claim should therefore be read as directional evidence of a genuine spending acceleration, not as a precise, inflation-adjusted "record." Where this article uses the word "record," it is because a specific historical comparison supports it: officials have described the Western Water Resilience Programme, cited at figures ranging from J$24.8 billion to J$45 billion to a phased total exceeding US$450 million, as the largest investment in the island's water transmission network in roughly 40 years, a claim that lines up with the documented 1980s construction date of the pipelines it is replacing. That is a defensible use of "largest in decades." A blanket "record investment" across the whole sector is not yet independently provable from public data.

The more important discipline is distinguishing between categories of money that get flattened into a single headline figure in public communication:

Allocated is money set aside in a budget line, an estimate of expenditure, a public bodies document. It has not necessarily moved.

Committed or financed is money attached to a signed agreement, loan, or public-private partnership structure, such as the IDB Invest financing for Rio Cobre or the Western Resilience Programme's declaration as a national development project, which unlocks emergency procurement.

Spent is money that has actually left government or lender accounts and gone to a contractor.

Built is the physical asset that money purchased: kilometres of pipe in the ground, cubic metres of treatment capacity commissioned.

Only the last category delivers water to a household. A government can be entirely honest about allocating $15 billion and still have delivered a fraction of that in finished infrastructure within the same fiscal year, simply because construction, procurement and engineering design consume time that a budget line does not capture. Samuda himself has effectively conceded this distinction. Citing a World Bank-commissioned assessment, he has stated that Jamaica requires approximately US$5 billion over ten years to fully modernise its water sector, and has called current spending "credible" but acknowledged it will "take years to get to that point." That is a minister putting his own investment claims into proportion, which is worth crediting even as it invites the harder question of why the multi-year plan to reach that figure has not yet been published in a form the public can track year by year.

Part IV: The Projects — What Has Actually Been Built, and What Has Not

Completed and Commissioned

The Bunkers Hill Water Supply System in Clarendon was commissioned on August 25, 2026, mid-drought, at a cost of $91.6 million. It gave a community that had gone decades without reliable piped water a 10,000-imperial-gallon elevated tank and a new distribution network. Samuda, at the commissioning, was careful not to oversell it: "What we are doing here in Bunkers Hill is a demonstration of what is possible when we make the necessary investments, but it also reminds us of how much more work remains to be done." That framing, an achievement immediately contextualised against the scale of what remains undone, recurs often enough in his public statements to be treated as a genuine pattern rather than a rhetorical flourish.

In Hampshire and Riversdale, St James, a community water system was delivered in roughly four months, restoring service to about 3,500 residents, part of the broader western investment push announced in early 2025.

The Kingston and St Andrew Non-Revenue Water Reduction Programme, the US$42.5-million, IDB-financed partnership between NWC and Miya Jamaica running since 2016, is the closest thing Jamaica has to a proof of concept for everything larger now being attempted. It brought NRW in the Corporate Area down from roughly 60-71% to approximately 36-38%, recovering an estimated 80,000 cubic metres of water a day, water that reached customers without a single new treatment plant being built. That is arguably the single most cost-effective infrastructure achievement in this entire portfolio, and it predates Samuda's tenure in its origins even as its extension to Portmore and, now, to an island-wide procurement, falls squarely within it.

Negril's sewage treatment infrastructure has likewise seen earlier investment: a $278-million EU-and-NWC-funded upgrade commissioned in 2012 after the original 1990s-era plant's ponds began sinking, followed by a further $47-million conveyance improvement completed in 2022. This context matters for what comes next, because it shows Negril's wastewater system has already been patched once within the past 15 years and is now judged, again, to be approaching the end of its functional life against a tourism economy that has outgrown it.

Under Construction

Rio Cobre Water Treatment Plant, Content, St Catherine, is the clearest current case study in what "under construction" actually looks like. Structured as a public-private partnership between the National Water Commission and Rio Cobre Water Limited, built by Vinci Construction, under a 23-year water purchase agreement, the plant broke ground in March 2024. Its cost has been reported at both US$77 million (at groundbreaking) and, more recently, US$92 million, with IDB Invest, which is providing up to US$30 million in syndicated financing, citing a project cost nearer US$75 million. That spread across sources is real and unreconciled in anything publicly available; it likely reflects a combination of currency movement, financing cost changes and scope refinement between 2024 and 2026, but no government or project document lays out that reconciliation for public verification, which is itself a fair criticism of project transparency.

What is not contested: as of late July 2026, the plant was 60% complete, targeting 15 million imperial gallons a day by May 2027, for an estimated 150,000 metered accounts, roughly 600,000 residents across Kingston, St Andrew, Spanish Town and Portmore. The Kingston Metropolitan Area's peak drought-period shortfall has been measured at 12 to 12.5 million gallons a day. Rio Cobre's output is sized almost precisely to close that specific gap.

It will not close it for the drought happening as this article is written. It closes it, if the timeline holds, in the drought after this one. Samuda has said as much publicly: residents will "have to endure the current drought cycle and one more before relief arrives." That is an unusually candid admission from a sitting minister, and it should be weighed as such.

The Western Water Resilience Improvement Programme (WWRIP) is the largest and most complicated item in the entire inventory, and it deserves the most careful unpacking, because its headline figures have shifted more than any comparable government infrastructure claim in recent memory.

At its May 2024 announcement, Prime Minister Holness put the initial pipeline-replacement phase at J$24.8 billion (roughly US$160 million), to be executed under emergency procurement after a $32-million, six-week pre-engineering phase. By June 2025, when the programme was formally declared a national development project under an Order tabled by then-Finance Minister Fayval Williams, the cited cost had grown to $45 billion, reflecting the expansion from a two-pipeline replacement into a four-phase programme spanning St Ann, Trelawny, St James, Hanover and Westmoreland. By 2026, Samuda was pricing Phase One specifically at US$170 million (cited elsewhere as over €150 million) and the full four-phase programme at "projected to exceed US$450 million."

These are not necessarily contradictory numbers describing the same fixed scope getting more expensive by stealth. They plausibly describe a project whose scope genuinely grew, from replacing two pipelines to rebuilding an entire regional water architecture, as engineering assessments progressed. But the public has never been given a single consolidated document reconciling these figures against each other, and that gap is a legitimate, specific criticism: a project of this scale and cost volatility should be tracked against one authoritative, updated cost baseline that Parliament, the Office of Utilities Regulation and the public can all reference. Its absence is a communication and governance failure, not necessarily a financial one, but the distinction will be lost on a public asked to trust figures that keep moving. The remedy is specific and achievable: a single, periodically updated cost baseline for the full four-phase programme, tabled in Parliament and published by either the Ministry or the Office of Utilities Regulation, against which every future statement can be checked. Absent that, the Auditor General's office would be well placed to conduct exactly this kind of reconciliation as part of its ordinary review of a national development project of this size, and doing so before the programme reaches its later phases would let the public track cost performance in real time rather than reconstructing it after the fact, as this article has had to do.

What is independently verifiable through site reporting and NWC traffic advisories: Phase One is under active construction, replacing approximately 65 kilometres of transmission and distribution main with 24-inch and 36-inch ductile iron pipe, running from the Martha Brae Water Treatment Plant in Trelawny to Terminal Reservoir in Montego Bay, and from Great River in St James toward the Hanover-Westmoreland boundary and on to Negril. Traffic management measures are active in Rose Hall and along the Elegant Corridor as of mid-2026.

Phase Two, expected to begin in early 2027, will upgrade the treatment plants themselves. Reported target capacities have varied slightly across statements but converge on a consistent picture: Martha Brae rising from roughly 11-15 million gallons a day (MGD) to 20 MGD; Great River from 12-15 MGD to 15-20 MGD; Roaring River from 15 to 20 MGD; Logwood from 4 to 7 MGD. Combined, officials cite this phase as adding roughly 10 million additional gallons a day to the western network.

Phase Three will construct entirely new treatment capacity at Rio Bueno, St Ann and Roaring River in Savanna-la-Mar, adding close to 40 million additional gallons a day and, critically, creating the physical connection that would let Martha Brae eventually supply parts of St Ann, the first real step toward treating western Jamaica's water systems as one interconnected network rather than a set of isolated parish grids.

That interconnection idea is worth pausing on, because it is the single most important structural argument in this entire programme, and it is easy to miss amid the cost-figure controversy. A treatment plant with no transmission capacity to move its output is a stranded asset. A transmission main with no adequate source water behind it is an empty pipe. A rebuilt distribution network that cannot draw from more than one treatment plant is exactly as vulnerable to a single point of failure, one drought-starved river, one damaged intake, as the network it replaces. What Samuda has described as the long-term goal, "a strategy focused on creating a more resilient system that can move water between regions based on availability and demand," is the correct engineering answer to Jamaica's geographic mismatch between where rain falls and where people live. Whether the execution matches the ambition is a separate, and still open, question.

Pedro Plains Irrigation Expansion, St Elizabeth, is the largest irrigation investment in Jamaica's history by a wide margin, more than triple the 1,200-hectare Essex Valley project that preceded it. Costed at $26 billion (with a separately cited US$200 million figure), drawing surface flow from the Black River, the project will bring 4,000 hectares, close to 10,000 acres, of St Elizabeth's "breadbasket" land under irrigation, benefiting an estimated 6,000 farming households. It was formally designated a national development project and broke ground in July 2025. Engineering contracts were reported awarded by mid-2026; independently confirmed construction milestones beyond that point are not yet available in the public record, which places this project honestly in the procurement-to-early-construction category rather than fully "under construction" in the way Rio Cobre and WWRIP Phase One are.

Active but Earlier-Stage

A roughly $1.8-2 billion wastewater modernisation allocation appears in the FY2025/26 Estimates of Expenditure for Public Bodies, covering rehabilitation across multiple NWC treatment facilities. Soapberry, Jamaica's largest treatment plant, has been publicly flagged by Samuda as operating past its design life and near full capacity; government has discussed both an expansion to tertiary treatment and a possible private liquidation-and-investment structure, with neither resolved as of this writing.

A US$200-million Corporate Area sewerage overhaul, financed through the National Reconstruction and Resilience Authority (NaRRA), was announced in July 2026, targeting what Samuda has called the "enemy of water resilience in the Corporate Area": ageing pipes, backyard pits and improper waste disposal feeding directly into the sewerage problem. Relocation plans for the Negril and Harbour View sewage treatment plants, and for the Long Mountain sewage lines, were first flagged in the 2025 Sectoral Debate and reiterated through 2026, alongside engineering work on a new, comprehensive wastewater system for Falmouth and improvements to Port Antonio's wastewater infrastructure. These sit honestly in the announced-with-financing-identified category. They are real commitments, not vapourware, but none has yet produced visible construction.

Announced or in Assessment

The two items most consequential to Jamaica's long-term drought resilience, and the two furthest from being built, are storage expansion at Hermitage Dam and Mona Reservoir. Samuda has costed a Hermitage upgrade, a new wall intended to double storage capacity, at roughly US$250 million, describing it in April 2026's Sectoral Debate as requiring "a comprehensive technical assessment of structural integrity, sedimentation levels, and potential capacity enhancements." A parallel review of Mona Reservoir's expansion potential, cited as capable of increasing capacity by up to 70%, was first raised in the May 2025 Sectoral Debate. As of the current drought, fifteen months after that initial commitment, neither project has broken ground. Both dams, built in 1927 and 1959 respectively for a fraction of today's population, remain Jamaica's only major storage infrastructure for the Corporate Area, and both were visibly drawn down, to 34.6% and 50.4% of capacity respectively, during the very drought this article opened with. That is not a coincidence; it is the single clearest illustration in this entire record of the gap between diagnosis and construction.

The island-wide Non-Revenue Water Reduction Programme, priced at over US$340 million and phased over 11 years, targets a fall from roughly 71% to 30% NRW nationally by 2035. Samuda told Parliament in April 2026 it is "already in procurement through international competitive bidding." That is a genuine step forward from assessment to process. It is also, on its own stated timeline, a programme that does not fully mature for another nine years, a fact worth holding onto for the analysis in Part V.

Part V: The Water We Lose

If this article has a single number around which everything else orbits, it is this one: as of 2026, Samuda has told Parliament that Jamaica's national non-revenue water rate stands at roughly 71%. Independent World Bank-affiliated analysis through the Public-Private Infrastructure Advisory Facility has separately put the national average above 75%, split between roughly 59 percentage points of physical losses (leaks) and 16 points of commercial losses (illegal connections, faulty metering, unbilled consumption). The two figures are close enough to be treated as broadly consistent, and either way the conclusion is the same: for every three gallons the National Water Commission treats and pumps, somewhere close to two never reach a paying customer.

This is not a footnote to Jamaica's drought story. It may be the central fact of it. A country losing seventy cents of every water dollar it spends producing water is, in effect, running its entire supply system at roughly 30% efficiency before a single drop of rain falls short. That means a meaningful share of Jamaica's water shortage is not a rainfall problem at all. It is a plumbing problem, decades of unrepaired leaks, unmetered connections and ageing pipe, and it is, in principle, solvable without a single new treatment plant.

The evidence that this is solvable already exists inside Jamaica's own numbers. The Kingston and St Andrew NRW programme took Corporate Area losses from roughly 60-71% down to 36-38% over its multi-year run, recovering an estimated 80,000 cubic metres a day, water that required no new source, no new intake, no new treatment capacity, only fixed pipes and functioning meters. In money terms, water lost before billing is water NWC pays to treat and pump but is never compensated for; every percentage point of NRW recovered is close to pure financial upside for a utility that has struggled for decades with cash flow. Samuda's own framing to Parliament makes this case directly: "The annual financial return is clear," he told the House in April 2026, arguing that the case for taking the co-management model island-wide "is not complicated. It pays for itself."

If that argument is correct, and the Kingston precedent suggests it largely is, then the honest critique is not that Jamaica lacks the tool to meaningfully close its water gap without building a single Rio Cobre. It is that the tool, the island-wide NRW programme, priced, scoped and now in international competitive bidding, is not yet moving. Every month between "in procurement" and "under construction" is water Jamaica is still paying to lose. Given that the return on this specific investment is, by the minister's own account, unambiguous and rapid, its pace relative to the higher-profile transmission and treatment projects is a fair and specific target for public pressure.

What would another ten percentage points of NRW recovery actually mean? Using NWC's own stated national output of roughly 190 million gallons a day, ten points of nationwide loss recovered is on the order of 19 million gallons a day, more than the entire designed output of the Rio Cobre plant, recovered from a system that already exists, without a single new intake, treatment basin, or transmission main. That is the scale of what is still sitting, unrecovered, inside Jamaica's current infrastructure.

Part VI: The Drought — Why Investment Has Not Ended the Crisis

The most common, and most understandable, frustration voiced by ordinary Jamaicans this drought season is some version of: billions are being spent, so why is my pipe still dry? The honest answer requires separating several distinct concepts that public conversation routinely collapses into one.

Water availability is what exists in rivers, springs, aquifers and rainfall. Jamaica's rainfall has been meaningfully below normal through 2026, with the Water Resources Authority reporting river flows well under both 2025 and historical baselines.

Abstraction capacity is how much of that water can physically be drawn out through wells, intakes and pumps, a figure that itself shrinks in drought as river levels and groundwater tables fall.

Treatment capacity is how much raw water can be converted to potable standard, the number Rio Cobre and the Western Resilience treatment upgrades are specifically designed to expand.

Storage capacity is how much treated or raw water can be held against a dry period, the category where Hermitage and Mona sit, and the category where Jamaica's investment has, by its own minister's account, lagged furthest behind its need.

Transmission capacity is how much water can be physically moved between where it is produced and where it is needed, the category the Western Resilience Programme's pipeline replacement most directly targets.

Distribution and non-revenue water determine how much of what enters a network actually survives to reach a customer's tap, the category where roughly 71% of national losses currently sit.

A country experiencing drought can be simultaneously investing billions in treatment and transmission and still fail to deliver water reliably, because none of that investment increases the volume of rain that falls, and because storage, the one category specifically designed to buffer against a dry spell, is the category that has moved slowest. This is precisely Jamaica's 2026 predicament: real new treatment capacity is 60% built at Rio Cobre and under active construction in the west, but the reservoirs meant to carry the Corporate Area through a below-normal rainfall year are the same 1927 and 1959 structures that have always existed, now drawn down to roughly a third and a half of capacity respectively.

Could Jamaica have been better prepared? This is the harder, fairer question, and the honest answer is qualified. Samuda has publicly acknowledged, repeatedly, across multiple Sectoral Debates, that storage expansion is necessary and that assessments are under way; he has not yet delivered construction on either major reservoir. Hurricane Melissa, in October-November 2025, delivered 18 to 40 inches of rainfall across the island depending on location, none of which Jamaica's current infrastructure was capable of meaningfully capturing and storing for the drought that followed within the year. That is not primarily a criticism of one minister's tenure; it reflects the absence of significant new reservoir construction in Jamaica for the better part of a century. But it is a criticism of the pace at which storage assessment has translated into storage construction during the specific years this minister has held the portfolio and named the problem publicly.

Part VII: The Network — What Jamaica Is Actually Building Toward

Strip away the individual project names and a coherent, if unfinished, architectural idea emerges from Jamaica's current water investment: the beginning of a genuinely interconnected national system, where water produced in one region can be routed to relieve pressure in another, rather than a set of isolated parish-by-parish grids each entirely dependent on its own local rainfall.

The Western Resilience Programme's stated end-state, Martha Brae eventually supplying sections of St Ann, is the clearest evidence this idea is more than rhetoric; it is embedded in the actual phase sequencing of a multi-hundred-million-dollar procurement. NWC's own drought-response playbook already practises a smaller-scale version of this logic, transferring water between distribution networks where possible during the current crisis, precisely because some systems retain more slack than others even in a bad year. Samuda has articulated the underlying principle plainly: creating "a more resilient system that can move water between regions based on availability and demand."

It is important not to overstate what exists today. Jamaica does not have a national water grid in any complete sense. What it has is a set of regional interconnection projects, concentrated overwhelmingly in the west, that are early evidence of a strategic shift in how the island's water planners think about the problem: less as "how do we build another isolated plant" and more as "how do we build a network resilient enough that no single river, dam or drought can take down an entire region's supply."

The logic for why this matters more than any single treatment plant is straightforward and worth stating plainly, because it is the piece of infrastructure economics most Jamaicans are never given the chance to understand. A treatment plant without transmission capacity to move its output is a stranded asset. A transmission main without adequate source water behind it is an empty pipe. Storage without distribution reach protects only the immediate vicinity of the reservoir. And distribution capacity riddled with a 71% loss rate delivers only a fraction of whatever the rest of the chain successfully produces. Reliability is a property of the whole system, not any single link in it, which is precisely why judging any one project, Rio Cobre, Western Resilience, Pedro Plains, in isolation from the others misses the actual engineering argument the current programme is making.

Part VIII: The Climate Has Changed

It would be intellectually lazy to treat this drought as simple bad luck, an act of God for which no government bears responsibility. Climate change does not remove governmental responsibility; it changes the standard against which that responsibility should be measured. The relevant question is not whether Jamaica experienced a dry year. It is whether Jamaica's infrastructure was designed for the climate it now actually has, rather than the climate its planners assumed decades ago.

The evidence suggests it was not, and that the gap is now closing too slowly. Rainfall has grown more erratic: a bimodal pattern historically providing two predictable wet seasons has given way, in recent years, to sharper deficits punctuated by extreme events like Hurricane Melissa's 18-to-40-inch deluge, rainfall so intense and so briefly delivered that Jamaica's existing storage infrastructure, designed for a steadier historical pattern, could capture almost none of it for later use. Warmer temperatures increase both evaporative loss from open reservoirs and irrigation and consumption demand precisely during the driest months. River flows the Water Resources Authority tracks have shown consistent year-on-year deterioration through the current drought relative to both 2025 and longer historical baselines.

Infrastructure built for average conditions fails first and worst during extremes, and Jamaica's water system, much of it 40 to nearly 100 years old, was built almost entirely for averages that no longer describe the country's actual climate. The Western Resilience Programme's emphasis on transmission flexibility and the still-unbuilt storage expansion at Hermitage and Mona are, in effect, Jamaica's first serious infrastructure response to that reality. Whether they arrive fast enough to matter for the droughts still ahead, rather than only the one already underway, is the question this article returns to in its conclusion.

Part IX: The Case Against

Set out plainly, without softening, the strongest case against Matthew Samuda's stewardship of Jamaica's water portfolio runs like this.

Jamaicans in seven parishes are under water prohibition orders as this is written. Communities in St Ann, St Mary and Portland are receiving between 10% and 50% of normal supply. Farmers have lost close to a billion dollars in crops and pasture. None of the billions of dollars cited in ministerial statements has yet translated into a materially different drought experience for the households living through this one.

The Western Water Resilience Programme's cost figures have shifted from $24.8 billion to $45 billion to a phased structure exceeding US$450 million across three years of public statements, with no single reconciled cost baseline published for Parliament, the Office of Utilities Regulation or the public to check against. That is either weak cost discipline, weak public communication, or both, and Samuda's own comments about needing to "communicate consistently" concede the point.

Storage expansion, arguably the single highest-leverage unmet need given that Jamaica's two major reservoirs date to 1927 and 1959, has been "under assessment" since at least the May 2025 Sectoral Debate with no construction start as of August 2026, fifteen months later, during which the very reservoirs in question were drawn down to roughly a third and a half of capacity in the current drought. Whatever the technical complexity, that is not, on the minister's own repeated standard of urgency, fast enough.

The opposition's claim in the 2026 Sectoral Debate, that 85% of a $4.2-billion, 34-project list disclosed by Samuda himself sat in constituencies held by government MPs, was disputed point by point by the minister but has not been independently audited against a full capital ledger by any outside body, leaving a legitimate open question about equity in project distribution that neither side's curated figures fully resolve.

And the single highest-return intervention available, the island-wide non-revenue water programme that could, by the minister's own account, "pay for itself," remains in procurement rather than construction nine years before its stated 2035 completion target, even as the country loses an estimated 71% of everything it produces in the interim.

Part X: The Case For

Set out with equal rigour, the strongest evidence-based defence of the record looks like this.

Infrastructure of this scale cannot be built in a single budget cycle, and the current programme is not a collection of press-release announcements; it is verifiably under construction. Site reporting and NWC traffic advisories independently confirm active pipe-laying in Rose Hall and along the Elegant Corridor. The Rio Cobre plant was independently verified at 60% physical completion in July 2026, on a fixed public timeline of May 2027. These are facts checkable against contractor activity on the ground, not merely ministerial claims.

The scale of current investment, whatever imprecision exists in the "ten times 2016" framing, is not seriously disputed by any source reviewed for this article, government or independent, as historically significant for the specific western transmission network it targets, replacing infrastructure that has operated continuously since the 1980s.

The programme's design increasingly reflects sound infrastructure economics rather than a scattershot list of politically convenient ribbon-cuttings: treatment upgrades are sequenced with transmission replacement is sequenced with the stated goal of eventual interconnection, precisely the systems-level thinking that a genuinely resilient water network requires, rather than the isolated, source-by-source approach that produced Jamaica's current fragility in the first place.

Rural communities that had gone decades without functioning systems, Bunkers Hill, Hampshire, Riversdale, have received completed, commissioned, operating infrastructure within this minister's tenure, not merely promises of it.

The minister has been unusually candid, by the standard of Jamaican political communication, about the limits of his own programme: naming non-revenue water a "crisis" rather than a footnote, telling the country it faces "one more drought cycle" before Rio Cobre relief arrives, and citing an independent US$5-billion, ten-year need against a current spending pace he has himself called insufficient to "fully transform the sector." A minister actively narrating the gap between his investment and the scale of the problem is doing something meaningfully different from simple political overclaiming.

And the drought itself, whatever its immediate political cost to the government, is arguably better evidence for the case that decades of underinvestment created the vulnerability than it is evidence against any specific minister's more recent efforts to close it. Reservoirs built in 1927 and 1959 were always going to fail under 2026 rainfall and 2026 demand; the honest question is not why they failed, but why the projects capable of replacing them are still in the assessment phase rather than under construction, which is a criticism of pace, not of intent or ambition.

Part XI: The Water Test

Judged against a structured framework rather than a single verdict, the record breaks down unevenly across categories. The ratings below are qualitative, not numerical scores; there is no defensible methodology for converting this record into a single number, and the discussion beneath each row is the actual evidence, not the label.

On investment mobilisation, the evidence supports a genuine, verifiable acceleration in water-sector capital commitment, imprecisely quantified in the "ten times 2016" framing but independently corroborated by the scale of actual signed financing across Rio Cobre, WWRIP and Pedro Plains.

On execution and physical construction, the evidence is strong for the highest-profile projects: Rio Cobre's 60% completion and WWRIP Phase One's active, site-verified construction are real, checkable facts, not announcements.

On completion delivered to date, the record is genuinely modest relative to the scale of investment claimed: Bunkers Hill, Hampshire, Riversdale and the earlier NRW and Negril work are the primary verifiable completions, meaningful for the communities involved but small next to a sector requiring, on the government's own cited estimate, US$5 billion over a decade.

On capacity added, Rio Cobre's 15 MGD and the WWRIP's phased roughly 50 MGD combined represent substantial designed additions, not yet realised, against a documented Kingston Metropolitan Area shortfall of 12 to 12.5 MGD and comparable pressures across the west.

On efficiency and loss reduction, the Kingston precedent (60-71% down to 36-38% NRW) is this record's strongest, most replicable achievement, and the island-wide programme's continued residence in procurement rather than construction is its most specific, actionable shortfall.

On resilience and storage, this is the record's weakest link: two reservoirs built between 90 and nearly 100 years ago remain Jamaica's principal storage infrastructure for its capital region, with expansion still in the assessment phase after more than a year of public commitment.

On rural equity, the evidence, Bunkers Hill, Hampshire, Riversdale, the Green Park system cited in Samuda's own rebuttal to opposition claims, supports a genuinely distributed rather than purely urban-focused programme, even as the underlying dispute over constituency-level allocation remains unresolved by any independent audit.

On transparency, the shifting WWRIP cost figures across three years of public statements, without a single reconciled baseline, represent the clearest specific governance criticism this article can defend with evidence.

On preparedness, the failure to capture any meaningful share of Hurricane Melissa's 18-to-40-inch rainfall for use in the drought that followed within a year is the single most damning fact in this entire record, and it sits squarely in the storage category where progress has been slowest.

Epilogue: The Country We Choose to Build

Return, for a moment, to the household in Liguanea, watching its tap run out at nine each morning. Nothing in the analysis above changes that experience. The pipe still runs dry on schedule. The prohibition order still stands. The farmer in Guy's Hill still waits on a black tank that has not arrived.

But behind that dry pipe now sits a fuller picture than the one available to most people living through it: sixty percent of a treatment plant designed almost exactly to close Kingston's shortfall, rising out of the ground in Content, St Catherine, on a public timeline the minister has been willing to say out loud will not help this year. Sixty-five kilometres of new transmission main being laid, right now, along roads in Rose Hall and the Elegant Corridor, toward a western Jamaica that has run on 1980s pipe for forty years. A non-revenue water programme that, if it moves from procurement to construction with anything like the urgency its own minister has assigned it in Parliament, could recover more water from Jamaica's existing pipes than any single new plant this country has built in a generation. And two reservoirs, dating to the years before Jamaica had a National Water Commission at all, sitting exactly where they've always sat, still waiting on the assessment that has been promised, and not yet delivered, for well over a year.

Matthew Samuda's water legacy, as of August 2026, is not a finished project. It is a construction site: partially built, honestly narrated in its own gaps more often than Jamaican political communication typically allows, and running against a deadline set not by any election cycle but by the next below-normal rainy season. The test that actually matters is not whether the drought happening now proves the investment was wasted, nor whether the investment underway proves the drought is somehow acceptable. It is whether Jamaica can finish building the system it has started, the transmission, the treatment, the storage, the leak repair, faster than population growth, ageing infrastructure and a warming climate can undo it.

Jamaica does not have to choose between holding this record accountable and recognising what has genuinely been built. It can, and should, do both in the same sentence: the drought response has been too slow to reach some communities, the storage expansion has been promised longer than it has been built, the cost figures for the west owe the public a clean reconciliation, and the highest-return fix available, fixing the pipes that already exist, deserves to move faster than it has. All of that is true. So is this: there is more concrete water infrastructure physically rising out of Jamaican ground today than at almost any point in recent memory, aimed with real precision at the specific shortfalls this drought has exposed.

A drought does not simply measure how much rain fell. It measures how much a country built before the rain stopped, and how honestly it is building now that the rain has stopped again. Jamaica's answer to that measurement is still being poured, one kilometre of pipe, one percentage point of recovered water, one reservoir assessment overdue for a shovel, at a time. Whether it is poured fast enough is not a question this drought will answer. Only the next one will.

Sources & Documents

Government and institutional sources: Office of the Prime Minister (opm.gov.jm); Jamaica Information Service (jis.gov.jm); Ministry of Economic Growth and Infrastructure Development (megid.gov.jm); Ministry of Agriculture, Fisheries and Mining (moa.gov.jm); National Water Commission (nwcjamaica.com), including its public Drought Centre and NRW programme pages; National Irrigation Commission (nicjamaica.com); NWC Jamaica official drought-level advisories (dam-level reporting, August 2026).

Development-finance documents: IDB Invest project page, Rio Cobre Water Treatment Plant; Public-Private Infrastructure Advisory Facility (PPIAF), Jamaica non-revenue water programme documentation; Société du Canal de Provence, Pedro Plains Irrigation feasibility documentation.

Parliamentary record: Minister Matthew Samuda's contributions to the 2025 and 2026/27 Sectoral Debates, House of Representatives; the Western Parishes Water Supply and Resilience Improvement Programme Order, approved June 2025.

Independent reporting: Jamaica Gleaner and Jamaica Observer reporting, 2023-2026, including coverage of the Rio Cobre groundbreaking and progress milestones, the Western Water Resilience Programme's phased announcements and cost figures, NWC drought restriction and prohibition-order announcements, Gordon Robinson's commentary on storage infrastructure history, and coverage of the Sectoral Debate exchange between Minister Samuda and Opposition water spokesperson Anthony Hylton. Nationwide 90FM and Caribbean Broadcasting Corporation reporting on tourism and agricultural drought impact.

Where figures diverge across sources, this article presents the range rather than selecting the figure most favourable to any party. Cost and status classifications reflect the most recent independently verifiable public reporting available at time of writing and should be understood as a snapshot of an active, evolving set of projects.