Kinyerezi III Moves Into Focus

4th June 2026

A Major Gas-to-Power Project Returns to the Agenda

Kinyerezi III is once again becoming one of the most interesting pieces of Tanzania’s domestic energy story.

For several years, the project appeared to sit in the background: discussed, planned, revised and delayed, but not visibly central to the country’s immediate power generation expansion. That now appears to be changing. Recent public comments from senior Tanzanian officials have revived the project in a much larger form, with Kinyerezi III now discussed as a possible 1,000 MW gas-fired power development rather than the earlier 600 MW concept.

That change in scale matters. A 1,000 MW gas-to-power project would not represent a marginal increase in demand. It would be a major new gas consumer within Tanzania’s domestic energy system, potentially requiring volumes of gas broadly comparable with some of the largest onshore development phases now being discussed elsewhere in the country.

Current Kinyerezi power complex — existing Kinyerezi I / II / gas plant infrastructure

What the Official Record Shows

The official public record still needs to be treated carefully. Kinyerezi III has clearly been revived as a major gas-to-power project, but publicly available information does not yet appear to provide a simple, definitive statement that full construction is formally underway.

Recent reporting indicates that Tanzania has been looking to enlarge the project to around 1,000 MW as part of its response to rising electricity demand. Separately, the 2026/27 energy budget material has referred to funding for feasibility update and resettlement assessment work. On that basis, the safe official position is that Kinyerezi III is active again within Tanzania’s planning framework, but the precise construction status remains less clearly stated in public documentation.

That does not make the project any less important. In fact, the contrast between limited public wording and visible site activity may be precisely what makes Kinyerezi III worth watching closely.

Source reference for full background:
https://www.thecitizen.co.tz/tanzania/business/tanzania-revives-kinyerezi-iii-project-to-boost-power-generation-5113602

What the Satellite Images Appear to Show

Satellite imagery adds a further layer to the story.

Google Earth imagery dated 30 April 2025 appears to show substantial land clearance close to the existing Kinyerezi power complex. The site is located in a heavily developed area, surrounded by existing power infrastructure and urban expansion, making large-scale clearance particularly notable.

More recent Copernicus imagery dated 3 June 2026 appears to show further visible activity across the cleared areas. Although the image is lower resolution, the pattern appears consistent with continuing groundworks, site preparation or possible construction activity. It would be wrong to describe this as conclusive proof that Kinyerezi III construction is underway, but it does raise an important question: is the project more physically advanced than the limited public record currently suggests?

That question matters because energy infrastructure often moves through visible stages before investors fully appreciate the significance. Land clearance, access work, site preparation and early construction activity can all precede formal public attention, especially where projects are part of a wider existing infrastructure zone.

Google Earth image dated 30 April 2025 — cleared land adjacent to existing Kinyerezi power infrastructure

Copernicus image dated 3 June 2026 — apparent further activity on the previously cleared site

Why a 1,000 MW Plant Changes the Gas Equation

The gas requirement attached to Kinyerezi III is potentially significant.

A modern combined-cycle gas-fired power station of this scale could require roughly 155–165 MMscfd of gas when operating at full load. At a lower average utilisation rate, such as around 80%, the requirement might sit closer to 125–130 MMscfd. The exact number would depend on efficiency, dispatch patterns, plant configuration and actual operating hours, but the broad conclusion is clear enough.

A 1,000 MW Kinyerezi III project would create a very large new gas demand point.

That matters because Tanzania’s domestic gas story is no longer limited to existing consumption. The country is increasingly discussing gas-fired generation, industrial demand, household gas rollout, clean cooking, CNG transport and broader domestic infrastructure expansion. Kinyerezi III would sit directly inside that wider demand story.

Why This Matters for Tanzania’s Gas Balance

Tanzania already relies heavily on gas-fired power generation, with the existing Kinyerezi complex forming a major part of the system. Expanding that cluster further would reinforce the importance of reliable long-term domestic gas supply.

This is where the wider supply question becomes important. Songo Songo and Mnazi Bay remain central to Tanzania’s current gas system, but future demand growth is likely to require more than simply maintaining existing output. Kiliwani is currently suspended, while new demand sources continue to emerge across the country. If projects such as Kinyerezi III move forward at scale, Tanzania will need additional dependable gas supply, additional infrastructure and continued upstream investment.

That is why the development of new onshore gas resources matters. Power stations do not operate on policy ambition alone. They require gas molecules, transport systems, processing infrastructure and long-term commercial supply arrangements.

Ntorya’s Scale Looks Increasingly Logical

The relevance to Ntorya is not that its gas would necessarily feed Kinyerezi III directly. That would be too simplistic.

The relevance is broader and more important. If Tanzania is preparing gas-fired generation projects that could each require more than 100 MMscfd of gas, then Ntorya’s 140 MMscfd pipeline scale looks increasingly logical within the national system.

A 140 MMscfd development capacity may appear ambitious if viewed only through the narrow lens of Aminex’s historic market valuation. But viewed against Tanzania’s emerging demand profile, it begins to look much more practical. A single 1,000 MW gas-fired plant could theoretically consume volumes in the same broad range as the first major Ntorya development scale.

That does not prove a direct commercial link. It does, however, strengthen the underlying point: Tanzania appears to be planning for materially higher domestic gas consumption, and new onshore supply will be required if those plans are to be delivered.

The Bigger Demand Story

Kinyerezi III should not be viewed in isolation.

It sits alongside several other signals now emerging from Tanzania’s energy sector. Mnazi Bay drilling is underway. Songo Songo’s future remains important. Domestic gas utilisation targets are rising. Clean cooking policy increasingly references modern fuels. CNG vehicle adoption is expanding. Industrial energy demand continues to grow. Tanzania is also working to position itself as a larger energy player in the region.

Taken together, these developments suggest a country moving toward a much larger domestic gas economy.

This is why satellite evidence around Kinyerezi III is so interesting. If the visible site activity is connected to the revived project, then Tanzania’s demand story may already be moving from policy documents into physical infrastructure.

Final Thoughts

Kinyerezi III is worth watching closely.

Officially, the project has been revived and enlarged as a major gas-to-power proposal. Publicly available information still leaves some uncertainty around the exact construction status. However, satellite imagery appears to show substantial land clearance and subsequent visible activity around the existing Kinyerezi power complex.

That does not justify overclaiming. It does justify investor attention.

If Kinyerezi III progresses toward a 1,000 MW gas-fired development, it could become one of Tanzania’s most important future gas demand centres. A project of that scale would reinforce the same theme now appearing across multiple areas of Tanzanian energy policy: domestic gas demand may be growing faster, and becoming more strategically important, than many investors currently appreciate.

For those following Tanzania’s gas sector, Kinyerezi III is no longer just a dormant project name from the past.

It is moving back into focus.

Contributing Author: Andrew Eldridge

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