Infrastructure is the bottleneck, not demand.
Across the eastern reaches of Latvia, two new biomethane injection points are taking shape — quiet infrastructure with far-reaching implications. On May 5th, the Cabinet of Ministers approved the construction of facilities in Ragan and Rēzekne, backed by €4.7 million in European and national funds, to connect small agricultural producers to the national gas grid. The move reflects a broader European reckoning with energy dependence, one in which nations are learning to see their own waste streams as sovereign resources. Latvia is not merely building pipelines; it is rewriting the relationship between its farmland and its energy future.
- Latvia's reliance on imported gas has made energy sovereignty an urgent political and economic priority, especially as Europe continues to sever ties with Russian fossil fuels.
- Small and medium biomethane producers have been locked out of the national gas market by the prohibitive cost of building individual pipeline connections — a structural barrier this project directly dismantles.
- The hub-and-spoke model, where biomethane is trucked from scattered producers to a central injection point, offers an elegant workaround that requires no new pipeline networks or end-user changes.
- The Džūkšte facility — Latvia's first public biomethane entry point, open since July 2025 — has already absorbed over one million cubic meters of gas, proving the supply is real and the demand for infrastructure is justified.
- With €4 million from EU recovery funds and a 2029 completion target, the Ragan and Rēzekne project is on a clear trajectory to expand Latvia's renewable gas capacity and draw more agricultural producers into the national energy market.
Latvia is quietly transforming its agricultural waste into a strategic energy asset. On May 5th, the Cabinet of Ministers approved two new biomethane injection points — to be built and operated by Conexus Baltic Grid in the eastern towns of Ragan and Rēzekne — marking the next step in the country's push toward renewable gas self-sufficiency.
The project addresses a structural problem: small and medium producers have long been priced out of the national gas market because building individual pipeline connections is simply beyond their means. The solution is a hub-and-spoke model in which biomethane is compressed and trucked from regional producers to a central entry point, removing the capital barrier and opening the common gas market to a much wider field of participants.
The concept is not untested. Latvia's first publicly accessible biomethane injection point, opened in Džūkšte in July 2025 with EU Recovery Fund support, has already received more than one million cubic meters of biomethane in its first ten months — roughly 11,300 megawatt-hours of energy. That figure signals genuine supply waiting to enter the system wherever infrastructure exists to receive it.
Climate and Energy Minister Kaspars Melnis described the expansion as integral to Latvia's energy independence, emphasizing the country's ambition to convert agricultural waste into usable fuel while deepening the integration of renewables into the broader grid. The total project cost is €4.7 million, with the European Union contributing €4 million through its recovery mechanism and Latvia providing the remainder through Conexus. Completion is expected by the end of 2029.
For Latvian farmers and processors, the new facilities represent something more than infrastructure — they represent market access. By lowering the barrier to entry, the project is designed to encourage broader investment in biomethane generation, gradually shifting Latvia's gas supply away from imports and toward fuel it can produce at home.
Latvia is building out its renewable gas infrastructure with two new entry points designed to connect small and medium-sized biomethane producers to the national grid. On May 5th, the Cabinet of Ministers gave the green light to the project, which will be constructed and operated by Conexus Baltic Grid, the country's gas transmission and storage company.
The two new injection points will be located in Ragan and Rēzekne, towns in the eastern part of the country. Rather than requiring each producer to build their own pipeline connection—a prohibitively expensive undertaking for smaller operations—the new facilities will allow biomethane to be compressed and transported by truck from various producers in the region to a central entry point. This hub-and-spoke model opens the common gas market to producers who would otherwise lack the capital or scale to participate independently.
The approach builds on a proof of concept already underway. Latvia's first publicly accessible biomethane injection point opened in Džūkšte in July 2025, funded through the EU Recovery Fund. In its first ten months of operation, the facility has received more than 1 million cubic meters of biomethane—equivalent to roughly 11,300 megawatt-hours of energy. That volume demonstrates there is genuine supply ready to flow into the system once the infrastructure exists to receive it.
Kaspars Melnis, the Minister of Climate and Energy, framed the expansion as essential to Latvia's energy independence. "Energy security and self-sufficiency are important aspects of Latvia's energy independence," he said in a statement accompanying the Cabinet decision. He emphasized that the country is working to transform agricultural waste into usable energy while integrating renewable sources more deeply into the broader energy system. The EU funding, he noted, accelerates the pace at which Latvia can build this infrastructure.
The total cost of the Ragan and Rēzekne project is 4.7 million euros. The European Union is contributing 4 million euros through its recovery funding mechanism, while Latvia is providing 705,883 euros in national co-financing through Conexus. The work is expected to be completed by the end of 2029, giving the country roughly three and a half years to bring both facilities online.
The timing matters. As Europe continues to reduce its dependence on Russian energy, countries like Latvia are looking inward—to their own agricultural sectors, their own waste streams, their own capacity to generate fuel. Biomethane, produced by breaking down organic matter, offers a way to convert what would otherwise be waste into a commodity that can be injected directly into existing gas infrastructure. It requires no new pipeline networks in most cases, no new end-user appliances. It simply flows into the system alongside conventional natural gas.
For Latvian farmers and agricultural processors, the new entry points represent a market opportunity. Small producers who lack the resources to build their own infrastructure can now aggregate their output and sell it into a national market. The model is straightforward but consequential: it removes a barrier to entry, which in turn should encourage more producers to invest in biomethane generation capacity. Over time, that could shift the composition of Latvia's gas supply away from imports and toward domestic renewable production.
Notable Quotes
Energy security and self-sufficiency are important aspects of Latvia's energy independence. We continue to build a self-sufficient and independent Latvian energy sector, while developing the processing of agricultural waste into energy resources.— Kaspars Melnis, Minister of Climate and Energy
The Hearth Conversation Another angle on the story
Why does Latvia need two new entry points specifically? Couldn't they just expand the one in Džūkšte?
The Džūkšte facility is already working well, but it's in one location. Ragan and Rēzekne are in a different region—eastern Latvia—where there are producers who would otherwise have no practical way to reach the grid. Geography matters when you're talking about gas infrastructure.
So this is really about reaching producers who are too far away or too small to build their own pipelines?
Exactly. A small dairy farm or a food processor can't justify spending millions on a dedicated connection. But if several of them can truck their biomethane to a central point, suddenly they're viable market participants. The compression and containerization makes that possible.
The Džūkšte point has already injected over a million cubic meters in ten months. That seems like real demand. Why isn't the market moving faster on its own?
Because infrastructure is the bottleneck, not demand. Producers exist, but they need a way to reach buyers. These entry points are that way. Once they're built, you'll likely see more producers enter the market because the path to revenue becomes clear.
What happens to the biomethane once it's injected? Does it go to power plants, or heating, or what?
It enters the common gas network, so it can go anywhere natural gas goes—heating, electricity generation, industrial processes. The beauty of biomethane is that it's chemically identical to conventional natural gas, so it requires no changes to how the system operates.
And the timeline—completion by 2029—is that realistic for a 4.7 million euro project?
It's a reasonable timeline for this scale of work. The EU funding is already committed, and Conexus has experience building gas infrastructure. The real question is whether the producers are ready to scale up their operations to take advantage of the new capacity once it exists.