Background
On May 13, 2026, the Council of the Municipality of the District of Shelburne received a presentation from Mr. Tutic of Oneka Technologies. The company proposed a solar-powered desalination plant as a response to increasing water scarcity in the region. Water stress is a genuine concern in Shelburne County. As of April 2026, approximately 24% of Nova Scotia is classified as being in drought, with an additional 46% considered abnormally dry, and conditions are most severe across southern and central Nova Scotia.
The seriousness of the problem, however, does not by itself validate a particular solution. A compelling pitch from a vendor is a starting point, not a conclusion. This document identifies the key shortcomings of what was presented and outlines the work that must still be done before the municipality can responsibly move toward any contract.
What Was Received Was a Sales Presentation
The May 13th session was structured entirely around Oneka's offering. Mr. Tutic walked council through the company's technology, its business model, its pricing, and its timeline. Council members asked reasonable follow-up questions, and the CAO raised helpful points about water volume and consumption estimates.
What did not happen is equally important. There was no independent analysis of the water supply problem. There was no evaluation of competing solutions. No engineering consultant sat at the table to assess the proposal on the municipality's behalf. No one in the room had any incentive to find fault with what was being presented, other than the general caution that elected officials naturally exercise.
A vendor presenting its own product to a room of decision-makers is a sales call. That is not a criticism of Oneka or of the council members who listened with interest. It is simply a reminder that the work of due diligence had not yet begun as of that evening, and that a significant amount of independent analysis remains to be done.
Shortcoming 1: No Formal Problem Statement
Before any solution can be properly evaluated, the problem it is meant to solve must be clearly defined. That step was skipped entirely in the May 13th presentation.
The municipality does not appear to have established, in specific and documented terms, the following:
What volume of water is currently in shortfall during drought periods, and which communities are most affected?
What is the projected shortfall over the next five, ten, and fifteen years under current climate trends?
What are the seasonal demand patterns, and what minimum supply must be maintained to serve vulnerable residents?
What is the municipality's current cost of providing emergency water during dry periods, and what would it cost to scale that response as conditions worsen?
Without answers to these questions, the municipality cannot determine whether 26,000 cubic meters per year is the right volume to contract for, or whether a desalination plant is appropriately sized for the actual need. The CAO noted that a proportional estimate for Shelburne suggests demand closer to 8,900 cubic meters per year, which is substantially below the minimum commitment the proposed contract would require. That gap alone warrants careful scrutiny before any agreement is signed.
Shortcoming 2: Oneka's Track Record and Financial Position
The municipality was asked to consider a 15-year, take-or-pay contract with a company that has no completed installations in Canada. By Oneka's own account, the Barrington project is their first Canadian contract, and it has not yet been commissioned. The two other projects referenced during the presentation, one in Chile and one in California, use a different technology (wave-powered systems) and are themselves still in the commissioning phase. The solar-based system being proposed for Shelburne County has been fabricated at Oneka's headquarters but has never been deployed in the field anywhere.
This does not disqualify Oneka from consideration. Every company has a first project. But it does mean the municipality must take additional care in assessing whether this company has the financial resilience to stand behind a long-term contract if things go wrong. Key questions that have not been addressed include:
What are Oneka's audited financial statements, and is the company adequately capitalized to finance, build, and operate this installation for 15 years?
Does Oneka carry performance bonds, liability insurance, and project completion guarantees appropriate to a public infrastructure contract?
What happens if Oneka is acquired, restructures, or ceases operations during the contract term?
Who are Oneka's investors or financing partners, and what security do they hold over the equipment and the project?
A small municipality should not be the first live deployment of an untested system configuration with an undercapitalized vendor without having satisfactory answers to all of these questions.
Shortcoming 3: No Competitive Analysis and No Market Survey
Council was given no information about who Oneka's competitors are, what similar systems cost, or whether better-established companies offer comparable or superior solutions. The company appears to have approached the municipality directly, built a relationship over several weeks, and presented its proposal without any competing bids or independent pricing benchmarks.
The desalination market is not a niche with one or two players. There are established companies in Canada and internationally with operational histories spanning decades, completed municipal reference sites, and proven solar-integrated reverse osmosis systems. Before committing to Oneka, the municipality should at minimum understand the field, including:
Which other vendors offer solar-powered desalination systems in the capacity range the municipality needs?
What is the typical price range per cubic meter for comparable installations in Atlantic Canada or similar coastal markets?
Are there government grant programs, provincial partnerships, or regional water authority arrangements that could reduce the municipality's financial exposure?
A request for proposals, or at minimum an informal market survey conducted with the help of an engineering consultant, would give council the context it needs to assess whether Oneka's pricing is competitive and its proposal is genuinely the best available option.
Shortcoming 4: No Evaluation of Alternative Solutions
Desalination is one possible response to water scarcity. It is not the only one, and it may not be the most cost-effective for a municipality of Shelburne's size and population density. The May 13th presentation did not include any comparison of alternatives, and council did not press for one.
Water trucking is the most obvious alternative to consider. It is already in use as an emergency measure, with residents reportedly travelling 40 minutes or more and paying roughly $150 per truck delivery. The question worth asking is this: what would it cost to establish a subsidized, organized trucking program that could deliver water to vulnerable residents during drought periods, and how does that cost compare to a 15-year desalination contract on a per-cubic-meter basis?
Trucking is less elegant than a permanent installation, but it is flexible, requires no capital commitment, and can be scaled up or down in response to actual demand rather than contracted volumes. Other alternatives worth examining include:
Aquifer recharge and managed groundwater programs
Rainwater harvesting and storage infrastructure at the community level
Regional water sharing agreements with municipalities that have surplus capacity
Conservation programs and demand-side management initiatives
None of these are necessarily better than desalination. But they deserve to be considered, compared, and documented before the municipality locks itself into a 15-year financial obligation.
Shortcoming 5: How the Water Will Be Used Has Not Been Defined
The proposal envisions a water filling station where residents and companies can purchase water by the cubic meter. No restrictions on purchaser type or end use were discussed during the May 13th meeting, and the proposed contract structure as described does not appear to include any such terms.
This matters for several reasons. A municipally subsidized desalination plant, producing water at a cost partially underwritten by the public through the initiation fee and take-or-pay commitment, could in the absence of clear policy end up serving commercial interests rather than the residential population the program is meant to help.
Two scenarios in particular deserve explicit consideration before any contract is signed:
Bulk commercial water purchase: Without restrictions, there is nothing to prevent a private company from purchasing large volumes of desalinated water for resale, including as bottled water. The municipality would be subsidizing a commercial supply chain.
Green hydrogen production: Green hydrogen is a water-intensive process that requires a consistent, reliable supply of clean water. Industrial hydrogen producers have strong incentives to secure low-cost water from public sources. A desalination plant with no use restrictions could become a de facto input supplier to an industrial operation, with no benefit flowing back to the residents who depend on the water during droughts.
The municipality should develop a clear water use policy before signing any contract, specifying who is eligible to purchase water from the filling station, what the water may be used for, and how priority will be determined during periods of high demand or limited production.
Shortcoming 6: Decommissioning Was Not Addressed
No one at the May 13th meeting raised the question of what happens when the plant reaches the end of its useful life. Mr. Tutic spoke about the possibility of the municipality buying out the project at the end of the 15-year term and suggested the system should last beyond the contract period, but the subject of decommissioning was not addressed.
Decommissioning is a standard consideration in any infrastructure project, and it is especially relevant for coastal installations with marine connections. When this equipment eventually needs to be removed, the following questions will need answers:
Who is responsible for the cost of decommissioning, and is that liability clearly allocated in the contract?
What are the Nova Scotia Environment and Climate Change Department's requirements for removing a seawater intake and brine outfall system from a coastal site?
What is the estimated cost of restoring the site to its original condition, and is that cost accounted for in the financial model?
If the municipality buys the project at the end of the contract, does it assume the decommissioning liability along with the equipment?
These questions are not unique to Oneka or to this proposal. They arise in any long-term infrastructure contract. The absence of any discussion of them on May 13th simply reflects the fact that what council heard was a sales presentation, not a comprehensive project proposal.
Conclusion: Significant Work Remains
The water scarcity problem in Shelburne County is real and likely to grow more serious. The Oneka proposal addresses a genuine need and the technology it describes is plausible. Council members were right to listen with interest.
However, listening with interest is where the process should begin, not end. Before the municipality proceeds any further, the following work needs to be completed:
Define the problem in specific, measurable terms: volume, affected communities, seasonal patterns, and projected trends.
Conduct independent due diligence on Oneka's financial position, bonding capacity, and ability to stand behind a 15-year contract.
Retain an independent engineering consultant to assess the technical proposal and confirm whether the specifications and pricing are appropriate.
Issue a request for proposals or conduct a structured market survey to understand what other vendors offer and what comparable projects cost.
Evaluate alternative solutions, including organized water trucking, alongside desalination in a side-by-side cost and feasibility comparison.
Develop a water use policy that defines who can purchase water, for what purposes, and how priority is set during scarcity.
Ensure any contract includes clear terms governing decommissioning responsibility, costs, and site restoration.
A 15-year, take-or-pay multi million commitment with a company that has no completed Canadian installations is not a decision to make on the strength of one evening's presentation. The municipality owes its residents a thorough, documented process before any contract is signed.