How Municipal Utility Concessions fail and How to avoid It: Lessons from preparing an agreement for the Far East

In a region where winter lasts eight months and temperatures drop below minus 40 °C, the heat pipeline has not seen major repairs since Soviet times. The utility provider is drowning in losses, the regional budget is powerless, and investors avoid the area. How can private money be found for modernization without triggering a tariff shock and a social explosion?

This situation is not unique: the wear and tear of utility networks in Russia reaches 60–70%, and the investment gap amounts to trillions of rubles. Concession agreements remain the main tool for attracting private capital into the housing and utilities sector. Statistics confirm the mechanism’s effectiveness: where concessions are prepared well, accident rates in district heating fall by almost half, and network losses decrease by 14–18%.

However, the instrument itself does not guarantee success. A significant share of agreements runs into problems, from renegotiation of terms to full termination. A telling example is the concession in Volgograd, worth about RUB 30 billion: underestimating the true condition of the assets led to unexpected costs and made the project unprofitable.

The problem is not the instrument itself, but the quality of preparation: the success of a concession depends on the meticulous alignment of interrelated parameters, and the value of involving specialized consultants lies precisely in turning a risky process into a manageable project. It is also critically important that the entire path from diagnostics to signing be handled by one team, because when different contractors work on different stages, context is lost and assumptions are introduced — becoming one of the systemic reasons projects fail.

Diagnosis: three components of a transparent assessment

The project was implemented in the Chukotka Autonomous Okrug — a region with an extreme climate, difficult logistics, and a limited labor market — and covered three municipal entities: two districts and one urban district, including four types of utility supply.

The work began with a question: could the enterprise finance modernization on its own?

An independent audit covering the previous three years, with cross-verification, was required for the answer: the company’s data were compared against the state housing and utilities information system and Rosstat. The results were broadly typical for the industry: profitability was at or below zero, dependence on subsidies from the regional budget was high, and debt was growing. The conclusion was unambiguous: a concession was the only realistic way to finance the modernization needed for utility assets.

In parallel with the financial analysis, a physical inspection of the infrastructure was carried out to assess its actual technical condition. By comparison, the average wear level of heat supply infrastructure across the country is 48%, while for water supply infrastructure it is 42.9%. In this project, the situation proved even more challenging: wear stood at around 60% in one district and reached up to 85% in another. It was during the technical audit that a critical issue was identified: ownerless assets. A significant portion of the infrastructure was in operation but had not been recorded on the balance sheet. Since unregistered assets cannot have their maintenance costs included in the tariff, the company incurs uncompensated losses.

The final component of the audit was a consumption forecast for the concession agreement horizon. At this stage, overestimated demand forecasts are a systemic error that creates significant risks: excess capacity is built but remains underutilized, while the costs are passed on to consumers through tariffs. This risk is particularly high in territories experiencing population outflow. The official forecasts did, in fact, prove to be overstated: had the project been based on them, the investment program would have been inflated and the tariff unjustifiably high.

Without an objective technical audit and verification of forecasts, the financial model of a concession is built on sand: errors made at the diagnostic stage are precisely what later lead to cash gaps or excessive investments in capacity for which there is no actual demand or load.

Financial Model: Linking Costs, Tariffs, and Sustainability

Based on the diagnostic findings, the foundation was laid for the subsequent economic calculations. The key objective of this step was to build a model linking operating activities to actual costs, and costs to a tariff sufficient to cover the required gross revenue.

It is important to note that tariff regulators still commonly exclude a number of actual costs from the required gross revenue, such as routine repairs, bank guarantee fees, and capital repair reserves. An analysis of Russian practice shows that incomplete accounting of operating expenses is one of the key causes of cash gaps for concessionaires. In our model, we deliberately identified these cost items and substantiated their inclusion. This is not an obvious solution for a regional consultant, but it is precisely an honest tariff that ensures the long-term sustainability of a resource-supplying organization’s operations.

The next step was to break down the costs in detail. For each modernization measure, we calculated not only CAPEX, but also its impact on operating expenses, including fuel savings, loss reduction, and headcount optimization. Costs were determined based on commercial offers from regional contractors, taking into account local specifics: logistics to the Far North, availability of work crews, and the short construction season. Construction risk often proves critical: in a number of projects known to us, the cost of individual measures increased threefold. Therefore, a realistic cost assessment and contingency reserves are essential prerequisites for sustainability.

The next step was to align tariff risks, which are the key parameters for the investor. The core parameters were agreed with the regional Tariff Committee before the concession agreement was signed and were embedded in the agreement together with an indexation formula. To achieve a high-quality outcome, at least three months should be allocated before signing the final document for coordination, discussions, and detailed substantiation of each cost item with the regulator.

On this information base, three scenarios were developed:

1. Base case: addressing urgent issues and regulatory orders — “firefighting” without a systemic solution;


2. Moderate case: proven solutions combined with major infrastructure assets, balancing project scale and tariff burden.


3. Maximum case: advanced technologies and maximum reduction in asset wear, but also the highest tariff increase.



We selected the moderate scenario. The maximum scenario was rejected due to an unacceptable tariff increase and the lack of specialists required to maintain complex equipment. In the Far North, where the labor market is limited, it is critical that equipment be reliable and serviceable by the available personnel. The acceptable average annual tariff growth was agreed with the region in advance and became the upper limit for the investment program.


Realistic cost assessment, consideration of local constraints, and early alignment of tariff parameters with the regulator are the three conditions without which even a substantively strong model will fail to ensure project sustainability throughout the entire concession term.


Packaging: How to Make a Concession Bankable

After the economic model had been approved, the selected scenario had to be legally formalized through the Comprehensive Utility Infrastructure Development Program. This program defines what the investor is required to deliver after the concession agreement is signed, and against which KPIs. At the same time, related documents are adjusted, including heat supply schemes, water supply schemes, and investment programs. Without this alignment, formal inconsistencies may arise that can block implementation.


To reduce the financial burden, the full range of available support instruments was considered. In this case, the Far Eastern Concession mechanism was applicable. For other regions, similar instruments are available, including DOM.RF bonds, financing through VEB.RF, and infrastructure budget loans.


The central document for the entire project was the concession agreement. The standard template was adapted to the specifics of the project, including the asset perimeter, preparation of land plots, types of utility services, the fuel supply scheme and specific fuel supply arrangements for the resource-supplying organization, as well as mechanisms guaranteeing the investor’s gross revenue. In parallel, an independent legal review of the concession agreement was conducted to identify and mitigate risks for both the concessionaire and the grantor. The concession agreement was developed for a 20-year term and included detailed provisions covering the list of assets, land status, investment obligations and implementation schedule, tariff parameters, KPIs, risk allocation, monitoring, reporting, termination mechanisms, and force majeure.


However, it should be noted that each clause of the agreement is a potential point of conflict that can slow down implementation. In practice, situations are common where land plots under utility infrastructure assets have not been properly registered, cadastral data does not match the actual location of the assets, or encumbrances are identified on the sites. If such circumstances are discovered only after the agreement has been signed, they inevitably lead to legal disputes and critical delays. Therefore, to minimize risks, we launched cadastral work in parallel with the core project, ensuring transaction readiness before the documents were finalized. A similar proactive approach was applied to regulatory risks: potential changes in legislation were anticipated and addressed through specific clauses in the concession agreement, ensuring stable conditions over the long-term horizon.


From the outset, the project was structured as bankable, meaning that it met the requirements of bank financing. This is a critical aspect: even a substantively strong proposal may fail to attract an investor without the appropriate documentation package required by lending institutions, as well as mechanisms for identifying, allocating, and mitigating investor risks. To eliminate these risks, the investor was provided with comprehensive documentation: an investment program with payback calculations for each measure, a long-term tariff model covering the entire term of the concession agreement, a verified demand forecast, and the results of the technical audit. Crucially, no parameter was left opaque. The transaction itself was structured through the private initiative mechanism under Article 37 of Federal Law No. 115-FZ, which further strengthened the legal framework of the partnership.


The project must be bankable from day one: transparency, complete documentation, and risk assessment before signing are the key factors that distinguish a concession capable of attracting an investor from an agreement that will later have to be revised.




Practical Takeaways for Regional Authorities

The experience of the Far Eastern project allows us to formulate several key recommendations:




1. Start with an independent diagnostic assessment with cross-verification of data.


2. Identify and formally register “ownerless” assets before building the financial model.


3. Build realistic demand forecasts based on demographics, the spatial development of settlements, and current industrial development plans.


4. Include all actual operating expenses in the tariff — this helps prevent cash gaps.


5. Align tariff parameters with the regulator before signing the concession agreement.


6. Adapt technologies to the local labor market and logistics.


7. Make the project bankable from day one: complete documentation is a key factor in attracting an investor.



A utility concession is a complex management project whose success is determined at the preparation stage: investment in high-quality diagnostics, realistic modeling, and risk assessment creates the foundation for a long-term partnership that delivers results for the region, the investor, and consumers.