Gasgrid Archives

Developing the gas network strengthens the whole of Finland

14.8.2026

Developing Finland’s methane gas and hydrogen infrastructure is a long-term project. By developing a diverse energy system, we are simultaneously investing in our country’s security of supply and energy self-sufficiency. In uncertain times, developing the energy system is more important than ever.

Energy self-sufficiency and gases play an essential role in security of supply. When we are able to produce, store and transmit gas nationally, we are less dependent on imports. Industry, transport and heating can also operate in emergency conditions when our energy-secure day-to-day life is not dependent on a single import route, energy source or operator.

In Finland, we need both electrification and flexible, versatile solutions alongside electricity. In the future, gas investments will boost the flexibility of the electricity system, support industry’s competitiveness and keep energy prices steady.

A vibrant hydrogen and gas market will generate new investments and jobs, and attract capital to Finland.

A good example of development opportunities can be found close by, in Norway. Within a space of 50 years, the country’s natural gas sector has developed from zero to a broad economic sector that offers Norway strong self-sufficiency and competitiveness, not to mention immense export revenues.

Through co-operation, we have the same capacity for development. We consider it important for this development to take place in a way that inspires widespread confidence.

Olli Sipilä
CEO
Gasgrid

Potential of electricity and gas networks discussed at SuomiAreena: Is Finland’s energy infrastructure the world’s best?

3.7.2026

Without infrastructure, there would be no market: hydrogen infrastructure, storage facilities, the power grid and flexibility will determine whether or not the projected growth materialises. A discussion among energy sector experts at the Hydrogen Arena, at SuomiAreena in Pori provided an insight into the development prospects and needs of the energy sector.

The “Bottleneck or superpower: Finland’s energy infrastructures in the future” panel held at the Hydrogen Arena at SuomiAreena 2026 included Olli Sipilä, CEO of Gasgrid Finland, Asta Sihvonen-Punkka, President & CEO of Fingrid, Olli Sirkka, CEO of Helen Group, and Leena Sivill, Senior Ministerial Adviser at the Ministry of Economic Affairs and Employment.

Olli Sipilä from Gasgrid said that moves are currently being made in Finland to lay the groundwork for the country’s energy system to 2035. Sipilä pointed out that clean electricity and a sufficient electricity supply are key to the energy transition.

“Finland ranks among the top countries in Europe in terms of access to clean electricity,” he said.

Asta Sihvonen-Punkka from Fingrid thinks that Finland has seen rapid development which has led to the construction of a lot of wind power and some solar power.

“As a transmission system operator, Fingrid pays particular attention to the development needs of the grid,” Sihvonen-Punkka said, pointing out that the company has a €5 billion investment plan for the next ten years.

“We forecast that electricity consumption may even double by 2035. A major and fundamental change is coming to the energy infrastructure.”

Smart market flexibility is needed to support renewables

Olli Sirkka from Helen Group stated that Finland must create a system that adapts to weather conditions and makes full use of market-based flexibility.

“We need to make this flexibility profitable.”

Sirkka thanked the involvement of electricity consumers, such as the forest industry, in the electricity flexibility and called on other actors to join in.

Leena Sivill from the Ministry of Economic Affairs and Employment considered that Finland has great potential in the clean transition, also in a business sense.

“We now need to attract electricity-intensive industry with high added value to Finland, because Finland is able to offer a uniquely good operating environment for actors in the sector.”

Fossil fuels will continue to be needed, especially during times of high electricity demand. They play an important role in ensuring security of supply. Olli Sirkka pointed out that natural gas, for example, is a significant safety net during severe cold spells, when energy demand is high.

Sihvonen-Punkka agreed: gases are a “sensible bridge” and a good transitional solution.

”We must have energy-secure capacity available.”

Cleaner gas in the pipeline, one step at a time

Olli Sipilä pointed out that Finland has the potential to gradually produce and add clean methane to the infrastructure.

“We can increase the amount of clean methane in the system flexibly while increasing energy self-sufficiency.”

There are plans for a 1,300-kilometre hydrogen pipeline in Finland, which is intended to deliver added value to businesses and society. When asked about the emerging hydrogen economy, Sipilä replies that Finland is only now beginning to understand the combined value of flexibility, logistics and storage that the hydrogen network will provide.

“A couple or three years ago, it was considered that it would pay to include a hydrogen infrastructure in the national energy system, and this goal remains unchanged,” Sipilä said.

Dialogue with stakeholders allays concerns

Last year, we drew up a route plan for the planned hydrogen pipeline and started an environmental impact assessment (EIA). In addition, Gasgrid Finland has held dozens of voluntary landowner events across Finland in order to discuss the planned hydrogen infrastructure and its impacts as openly as possible with various stakeholders. There are 14,000 landowners on the route alone.

Sipilä said that he has been positively surprised by the dialogue taking place. Farmers have naturally had concerns, for which Gasgrid has been able to provide information to allay.

“Once the pipeline has been dug into a field, for example, the terrain will be restored. After this, cultivation can continue and machinery can move normally in the area,” Sipilä explains.

“Our survey shows that 80% of Finns believe that the construction of a hydrogen economy in Finland is a good thing and that the direction is the right one.”

The gas network is also a very resilient system: according to Sipilä, the last supply interruption occurred more than ten years ago. A highly decentralised energy system is less vulnerable.

Leena Sivill, senior ministerial adviser, thought that while licensing is challenging, it needs to be done wisely in infrastructure construction. In addition, the market entry of hydrogen production and consumption has so far been uneven.

“This calls for long-term work. Demand for hydrogen will come slowly in the hydrogen economy, as the regulations set by the EU, for example, will not start to impact until the 2030s.

Is Finland on the verge of a success story?

Sihvonen-Punkka from Fingrid is concerned that Finland is hesitant to take the necessary steps towards a hydrogen economy, even though now is the time to learn from the lessons of the demonstration projects and scale them up.

“This is Finland’s opportunity, a competitive edge that must be used.”

Sivill also believes that “very great projects” can be launched in Finland and that the competitive advantage can be used.

“We’re not going to be left behind in this industry.”

Sihvonen-Punkka considered Finland’s electricity grid to be in exceptionally good shape, probably the best in Europe. You can also get an electricity connection faster here than elsewhere.

Sipilä and Sihvonen-Punkka say that in a country like Finland, it also makes sense for the electricity and gas infrastructure to work together.

“Finland is 20 years ahead of others in terms of power networks if you consider infrastructure condition and our electricity expertise,” Sipilä from Gasgrid considers.

Story: Sami Anteroinen
Photos: Gasgrid

Aiheet

Hydrogen pipeline on the way – what do landowners need to know?

1.7.2026

Planning of the hydrogen infrastructure is progressing. Last year, saw the start of an environmental impact assessment (EIA) for the planned hydrogen pipeline route, and a detailed route plan was updated based on feedback received. The updated route plan will be published in August 2026.

Gasgrid’s people have held dozens of public events in the municipalities near the planned hydrogen pipeline route in order to discuss the hydrogen project as diversely and openly as possible with various stakeholders.

“There are around 14,000 landowners in the area impacted by the route. About 4,000 of these have attended our events,” says Tommi Raappana, Land usage planning manager at Gasgrid.

What kind of issues concern landowners – typically farmers? Raappana says their greatest concern is about their livelihood and whether farming will be adversely affected.

” The good news is that once the pipeline has been laid in the fields, the terrain will be restored, and agriculture can continue as earlier. Likewise, heavy field machinery can be used in the area as before,” Raappana says.

Landowners compensated for financial loss

The construction phase will harm agriculture and for a few years harvest expectations may be lower in the pipeline area. This financial loss has been taken into account in the planning and will be compensated.

“Compensation will be paid through the expropriation procedure. As a matter of fact, compensation was recently increased by 25% following an amendment to the Act on the Redemption of Immovable Property and Special Rights last autumn.

So, what do landowners think of the level of compensation? Gasgrid looked into the matter by asking residents living along the Balticconnector gas pipeline for their opinions on Gasgrid’s operations and compensation. The survey revealed that up to 97% of landowners are satisfied or very satisfied with the planned compensation.

“Only 3% of the landowners taking part in our survey thought that the level of compensation was insufficient,” Raappana says.

“Since the survey, a new amendment to the Act on the Redemption of Immovable Property and Special Rights has entered into force and further increased the level of compensation.”

Constructive dialogue at consultations

So, it is therefore no wonder that Raappana describes the landowner events organised as having a positive atmosphere. People understand the importance of the hydrogen pipeline infrastructure and the details of the pipeline project are mostly discussed very constructively.

Most of the comments I have heard have been positive. The process has been built to create optimum interaction.

Gasgrid has so far received about 3,000 comments through the map feedback system, based on which the pipeline route plan will be further reviewed. In a way, the “thick line” drawn on the map becomes thinner until it is known exactly where and when the excavator will get to work. The line is still not thin enough:

“Our next step is to start basic planning, which will again take us a bit closer to the finish line. Site investigations are also still to come,” Raappana says

For the first time, Gasgrid introduced an online map survey for the hydrogen project, and this has proven to be a useful tool.

“The online map enables all parties to see where the route is supposed to go.”

New route alignment takes feedback into account

The feedback has now been reviewed. Based on this, a more detailed route will be drawn up, which will be published in August. Raappana says that the pipeline will now also extend to some completely new areas.

“We will also hold consultations on these new route alignments as usual. We want to ensure equal treatment for all landowners – everyone’s voice will be heard,” Raappana pledges.

There are also 7,500 properties on the planned 1,500-kilometre route. There are no plans to dig a pipeline right next to them:

“The pipeline must be at least 15 metres from a residential building and 30 metres from a public building,” Raappana says.

Gasgrid aims to minimise the harm on plots and is also prepared to use third parties to reach the best outcome.

“If drains need to be repaired, for example, we have access to repair planning professionals who are very familiar with local conditions and needs,” Raappana says. Besides this, Gasgrid has its own, experienced supervisors on site to oversee final implementation.

Pipeline needs very little maintenance once complete

Tommi Raappana believes that there will be no attempt to complete the huge project in one go.

“The hydrogen infrastructure will probably be built in parts.”

And once the hydrogen pipeline has been laid in the ground, there will be little need to worry about its maintenance. Raappana points out that the pipeline has a technical service life of 50 years.

“We have technology that allows inspections and some maintenance to be carried out from inside the pipeline.”

Tommi Raappana, Land use planning manager at Gasgrid pictured at the Farmari agricultural exhibition held on the last weekend of June in Kalajoki. — Gasgrid was at the Farmari agricultural exhibition held on the last weekend of June in Kalajoki, where, among the nearly 60,000 visitors, there were many good discussions with landowners about the planned hydrogen pipeline. The photo shows Tommi Raappana, Land use planning manager at Gasgrid.

Story: Sami Anteroinen
Photos: Harri Tarvainen

Aiheet

Future of Gases: Resilience, integration, and security highlighted in energy sector development

16.6.2026

The speakers at Gasgrid’s “Future of Gas” (Kaasujen Tulevaisuus) event, from left to right, were Janne Grönlund, Heli Virkki, Jani Nurmi, Jan Montell, Jenni Patronen, and Olli Sipilä.

The energy sector is now talking about resilience and security in a completely new way. The role of gases is also changing. The energy markets are being driven by demand and technology, but also, for example, geopolitics.
These were some of the key findings of the Future of Gases event, hosted by Gasgrid for its stakeholders in June.

– Finland has demonstrated real energy wisdom over the past 20–30 years. However, the period ahead requires just as much sensible decision-making and smooth implementation, said Gasgrid CEO Olli Sipilä, giving his opening remarks at the ‘Future of Gases: A Stable Energy System’ stakeholder event in Helsinki

Olli Sipilä, CEO of Gasgrid, speaking at the event. — Olli Sipilä, CEO of Gasgrid, hosted the “Future of Gas” stakeholder event. He called on Finland to continue demonstrating energy wisdom in the future as well.

Energy industry veteran and international board professional Jan Montell brought a European perspective to the event. Montell, a Member of the Board of the Ukrainian transmission system operator NPC Ukrenergo, spoke in favor of free markets, robust infrastructure, and self-sufficiency, but also reminded of the proper balance.

– If one pursues self-sufficiency in absolutely everything, it becomes too expensive.

Montell pointed out that developing energy systems requires a lot of resources. In Finland this means smart digitalization, capable professionals, and enough capital to make the whole equation work.

In addition, the right attitude is simply a must. In Montell’s opinion, Finland is prone to getting stuck in ‘storm-in-a-teacup’ type scenarios, which serve to distract from the real problems.

– In Kyiv, on the other hand, people are living under war conditions. But it is not visible around town, other than the fact that there are small generators on street corners because of blackouts.

Energy transition keeps accelerating

Director Jenni Patronen from consulting agency Afry talked about the key drivers for change in the energy system. Patronen, who has been involved in energy consulting for almost 20 years, stated that the energy sector has already experienced a “huge change,” but the pace is only accelerating. Outlook for demand, new technologies, political guidance, and geopolitics each have their own part to play in how energy markets and systems will evolve in the future.

Patronen commented that although fossil fuels still play a significant role in Europe, electrification and alternative fuels will occupy center stage in the future.

Jenni Patronen from AFRY speaking on stage. — In her remarks, Jenni Patronen of AFRY spoke, among other things, about the drivers of change in the energy sector.

–The demand for electricity in the coming years will be driven by the increase in the number of data centers as well as the electrification of industry, road transport, and heating in the medium and long term. Looking further ahead, the need for alternative fuels in air traffic and shipping will boost the demand for emission-free hydrogen, she said.

According to Patronen, the need for emission-free electricity will inevitably increase with carbon neutrality and economic growth, also in Finland.

At the same time, the role of gases in the electricity market is becoming more important. In addition to combined heat and power (CHP), gas turbines and engines are the only long-term flexibility providers in the electricity market, Patronen pointed out.

– From the perspective of the electricity market, gas has a role that is actually bigger than what the gas volumes would suggest, in terms of ensuring power supply. This role will remain the same or increase by 2030, she said.

– In addition, cleaner gases, such as biogas and e-methane, will improve security of supply as their production keeps growing in Finland. The gas network is key to enabling renewable gas export opportunities to Central Europe.

Gases are an excellent solution to the challenges of the future

Janne Grönlund, Director of Gasgrid’s Gas Business, shed more light on the role of gases in a stable energy system and market. Grönlund spoke about the energy system of the future, which emphasizes storability, renewability, efficient energy transmission, rapid adjustment and flexibility, and resilience.

Janne Grönlund speaking on stage at the Future of the Gases event. — According to Janne Grönlund, the energy system of the future will emphasize storability, renewability, efficient energy transmission, rapid responsiveness and flexibility, as well as high resilience. Grönlund notes that the characteristics of the gas system are well suited to these needs.

According to Grönlund, gas systems can meet these needs very well indeed. In terms of storage alone, gas is superior. Finland has a storage capacity of 1.2 million MWh for gases, with the majority of capacity coming from LNG terminals.

For comparison: with electricity, one would need 12,000 industrial-level batteries (each 100 MWh) to achieve the same storage capacity.

– Gas can generate value and benefits on an even wider scale in the coming future, Grönlund stated.

Asia drive the evolution of clean hydrogen?

Hydrogen is a big priority in China, as shown recently in the falling manufacturing costs of clean hydrogen in the country. This was noted by Jani Nurmi, Director of Gasgrid’s Investment Unit, in his presentation, which focused on international markets.

Crowd and speaker Jani Nurmi at the Future of Gases event. — In his presentation, Jani Nurmi shed light on international markets. Nurmi considered Finland’s competitiveness to be strong within the European energy landscape, but called for investments in the technology ecosystem and hydrogen storage.

– Global value chains for green hydrogen and ammonia are forming in India and China, Nurmi pointed out.

Europe is following suit a little slower, but Germany, for example, is very active in launching clean gases. Nurmi sees Finland’s situation as a solid one:

– Finland is very competitive in the European energy environment, but we need investments in the tech ecosystem and hydrogen storage. This way, we can reduce costs and thrive in global competition.

The hydrogen economy is taking shape in Finland

Heli Virkki, VP, Hydrogen valleys & customer projects at Gasgrid, provided an overview of the development of Finland’s future gas networks and regional value chains. Virkki emphasized the importance of building a national multi-gas platform: hydrogen, methane, and carbon dioxide are all needed.

– Just one gas is not enough.

Heli Virkki speaking at the Future of Gases event. — Creating the hydrogen valleys of the future and an entire hydrogen ecosystem will require bold pioneers who can drive value chains forward, said Heli Virkki.

Addressing Finland’s hydrogen pipeline project, Virkki said that the new route map will be published in the autumn 2026 and the EIA reports in early 2027. In addition, a draft of the new Hydrogen Market Act is currently making the rounds and is likely to enter into force in early 2027.

In creating the hydrogen valleys and the entire hydrogen ecosystem of the future, brave pioneers are needed to drive the value chains onward. It is certainly a worthwhile effort, Virkki believes.

– Finland has the best opportunity in Europe to create a market for clean gases.

Check out the recording of the event (In Finnish) and presentation materials (In Finnish)

Jan Montell: Energy sector shows the way to a more sustainable future

Text: Sami Anteroinen

Photos: Sami Heiskanen

Aiheet

Energy sector shows the way to a more sustainable future

16.6.2026

Board professional Jan Montell believes that energy issues are in fine form in Finland. However, the pace of decision-making and implementation must be accelerated. Montell spoke at the Future of Gases (Kaasujen Tulevaisuus) event, organized by Gasgrid, in June.

According to energy expert Jan Montell, clean, mainly self-produced power is the foundation of any functioning energy system. However, gases are also needed to push the green transition forward.

– Finland and Europe should have electricity, hydrogen, and methane systems that are as clean as possible, integrated with each other, he says.

In Montell’s view, the hydrogen system acts as an extension of the electricity system, supporting the demands and competitiveness of various industries. At the same time, hydrogen serves storage needs.

– Hydrogen and other gases are important since they bring balance to the power system, as well as fuel for backup power plants, he describes the complementary role of gases.

Montell points out that from the industry’s perspective, optimizing value chains is the key issue here.

– Deeper integration between different actors would enable more efficient use of expertise and capital, giving us more comprehensive, economically sound solutions, and, for example, improved flexibility on the consumption side.

Long-term, strategic approach to energy policy

What about the actual measures needed to ensure a stable energy system? What is Montell’s take on this?

– Finland’s energy policy should be a part of a comprehensive industrial policy that spans several parliamentary terms, since Finland really needs growth. We do not have the time or money for sub-optimization, nor the opportunity to pick and choose the so-called better investments from out there, he points out.

– The most important thing is that the clean transition train continues to go forward on its tracks, and there is no unwanted wavering.

This “wavering” is often the result of market shocks and price spikes that cause citizens to panic and politicians to overpromise.

– Political interventions only serve to undermine the big picture. This is a major challenge for entire Europe, says Montell, who lives in both Switzerland and Italy.

Jan Montell spoke at Gasgrid’s Future of the Gases (Kaasujen Tulevaisuus) event in June 2026.

Great preparation means better options

Energy issues are also closely related to security, and diversity and decentralization are hot topics in both.

– The energy system must be based on multiple technologies and alternative supply routes, sufficient backup systems, and wide-spanning markets, Montell says.

As an international board professional, Montell has networked extensively throughout Europe, and he observes the fresh developments in the energy sector from many vantage points. Perhaps the most interesting of these is the Board of the Ukrainian transmission system operator NPC Ukrenergo. As a Member of the Board, Montell has seen many “eternal” industry truths come crumbling down to the ground.

– For example, my view on energy self-sufficiency has totally changed due to the war in Ukraine, he admits.

Ukraine teaches energy security

Montell, who visits Kyiv several times a year, knows now that every nation must stand on its own two feet when it comes to energy: energy production and storage have skyrocketed on states’ respective priority lists in recent years.

According to Montell, however, when he visits Ukraine the determining factor in the general atmosphere is not worry and grief, but, instead, the indomitable attitude of the citizens.

– I have seen what people can do, even when missiles are falling. Ukrainians are extremely resilient.

The green transition cannot be stopped

According to Montell, however, when he visits Ukraine the determining factor in the general atmosphere is not worry and grief, but, instead, the indomitable attitude of the citizens.

– I have seen what people can do, even when missiles are falling. Ukrainians are extremely resilient.

Montell would like Finland to have the same relentless focus on solutions as Ukraine does, as well as the readiness to implement also tough decisions.

– In Finland, we need to keep dismantling unnecessary norms. Processes must be streamlined in order to attract investments in the energy sector, for example.

In the big picture, however, the world keeps advancing in sustainability issues, even if, right now, the green transition seems to be taking a little break.

– In the end, crises only strengthen the clean transition. People can be really smart when they learn to question the prevailing truths.

Among various industries, Montell considers the energy sector to be the “hottest of the hot”:

– The importance of energy in clean transition, geopolitics and business as well as people’s everyday lives is enormous. At the same time, technological innovations – for example in power storage – are really inspiring, Montell sums up.

Future of Gases: Resilience, integration, and security highlighted in energy sector development

Jan Montell

Jan Montell is a board professional with over 30 years of experience in the energy, real estate, construction and finance sectors. He is the Chairman of the Board of Skarta Energy and Octacell and a member of the Boards of Elenia and the Ukrainian TSO company NPC Ukrenergo. Montell holds a Master’s degree in Economics.

Montell served as Fingrid’s CFO for over eight years. Earlier in his career, he worked as an advisor in consulting firms, for example as a partner at KPMG.

Text: Sami Anteroinen

Photos and video: Sami Heiskanen

Aiheet

Sustainability is a shared responsibility at Gasgrid

25.3.2026

Mitigating climate change, reliable gas transmission, and safety are key sustainability themes for the gas transmission company Gasgrid. The company develops sustainability work through extensive internal and external co-operation and with the help of AI.

For Gasgrid, as the gas transmission system operator with system responsibility, sustainability is at the core of its operations. The company contributes to environmental responsibility by promoting the transmission of renewable gases in the gas network, whether it be hydrogen, biogas or e-methane.

Gasgrid’s goal is to enable a carbon-neutral society through gases. In addition, Gasgrid actively reduces the transmission network’s emissions, with a reduction in emissions of 13 per cent in 2025. The entire organisation is committed to the ambitious sustainability goals. Each new employee is provided with an orientation into the sustainability programme and, at the same time, assigned a role in the sustainability work.

“Every single person contributes to sustainability,” points out Gasgrid’s Head of Sustainability Minna Tolonen.

Assessing impacts from many angles

In addition to Tolonen, the team behind Gasgrid’s sustainability work includes Quality Manager Jari-Pekka Laihonen, Sustainability Specialist Kaisa Manninen, the HSEQ coordinator who works with safety and environmental issues, and the sustainability coordinator.

“The team’s job is to boldly and actively lead the implementation of sustainability,” Manninen explains.

Sustainability work considers the economic, social, and environmental impacts of operations, and the work is integrated into the strategy implementation.

The practical work is guided by the sustainability forum, which includes representatives from all of the Group’s business and support functions.

Minna Tolonen (right) and Jari-Pekka Laihonen (middle) are responsible for training new employees in sustainability issues and policies. Kaisa Manninen (left) is in charge of biodiversity-related topics, which are a specific focal area.

Focus on fully reliable gas transmission and safety

Sustainability involves good governance, environmental responsibility, and social responsibility. All of these are part of Gasgrid’s sustainability programme. Promoting the clean transition has been defined as a near-term goal in Gasgrid’s strategy. The key sustainability goals are related to the environment, as well as the reliability of gas transmission and safety.

“Our objective is zero work-related injuries among our employees and contract partners, as well as one hundred per cent reliable gas transmission. These themes have always been important to us, and we have not had a single unplanned supply interruption since the start of our operations. We work on these issues every day,” Tolonen says.

Reducing methane emissions is the goal

Gasgrid pays special attention to methane emissions and they result mainly from the gas network’s maintenance and modification work.

“Gasgrid’s operations are steered by the EU’s new methane regulation, which provides a framework for methane gas measurements, emission verification, and maintenance measures. We always aim to minimise methane emissions through operational means by co-operating with the gas users utilising the gas in their processes,” Tolonen explains.

On top of the national climate targets, Gasgrid naturally takes into account EU directives and regulations: sustainability, energy efficiency, and corporate sustainability directives, in addition to waste legislation and the EU methane regulation.

Biodiversity is part of construction

Gasgrid wants to develop how biodiversity, in particular, is taken into account in designing the gas transmission infrastructure. Biodiversity is carefully incorporated into the construction of the planned hydrogen infrastructure.

“The sustainability of the operations is evident in the planning and construction of the hydrogen transmission route, where we integrate information produced in environmental impact assessment programmes. We want to be respectful in our approach to nature,” Kaisa Manninen says.

We want to be respectful in our approach to nature,” Kaisa Manninen says.

Environmental impact assessments are a statutory requirement aimed at identifying valuable natural areas and species in need of protection.

“When we plan the route, we also engage in dialogue with regional authorities and consult with landowners,” Manninen adds.

The goal is to account for stakeholder expectations as well as possible.

Bot-assisted risk management

The sustainability team has developed an AI tool to help in their sustainability work. The company’s own Risk Bot can analyse various risks and help avoid overlapping work.

“Risk Bot is an in-house bot based on Microsoft’s Copilot AI assistant,” Jari-Pekka Laihonen says.

The sustainability team also uses AI in examining EU directives and in sustainability reporting for which there are hundreds of data points that need reviewing. With AI, they can easily be extracted from the company’s material.

“Of course, any material created using AI is reviewed by people as well,” Tolonen reminds.

Effectiveness is assessed regularly

The realisation of the sustainability programme is monitored monthly, and it is also assessed in the longer term: Do emissions comply with permits? Have commitments been met?

At the level of the entire Group, sustainability is guided by the company’s Board of Directors, Audit Committee, and of course the Finnish state as the owner. At the highest level, the implementation of measures is monitored on a quarterly basis.

Starting in 2025, the company drew up its first Sustainability Report in line with the EU’s Corporate Sustainability Reporting Directive.

The members of Gasgrid’s sustainability team

Minna Tolonen
M.Sc. (Tech.), Head of Sustainability
“The best thing about my job is making a difference by developing the energy system to achieve a carbon-neutral society. The second-best thing is that Gasgrid’s personnel are first rate.”
Motto: Treat others how you would want to be treated.
Hobbies: Reading (especially detective novels), arts and crafts, and sports.

Jari-Pekka Laihonen
Bachelor of Engineering (BEng), Information Technology, Quality Manager
“The best part of my job is learning new things and delivering results.”
Motto: Every step is an opportunity.
Hobbies: Running, camping, boating and building things.

Kaisa Manninen
D.Sc. (Tech.), Sustainability Specialist
“The best thing about my job is the diverse, interesting and meaningful work.”
Motto: Change, leave or accept.
Hobbies: Dog agility and going to the gym.

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Domestic renewable gases and increased efficiency in electricity production – the role of methane transmission in tomorrow’s energy market

25.3.2026

Finland’s competitiveness and sustainable development rely on an energy system – one that covers energy production, procurement, distribution, storage and use – that operates reliably in all circumstances and is based more firmly than ever on Finnish renewable energy sources. This article describes the central role that the methane network plays in the energy market transition.

According to Gasgrid’s vision, renewable gases – biogas, e-methane, green hydrogen – and captured carbon dioxide are key enablers of a carbon-neutral society. Our task is to facilitate their growth by creating a gas transmission platform that functions as an integral component of the entire energy system.

The current transmission infrastructure for methane and the future one for hydrogen, including terminals, form a flexible gas transmission system that enables diverse energy streams from production to consumption.

The methane market is developing rapidly, opening up new opportunities for market participants and simultaneously supporting current customers’ capabilities to utilise gas predictably and cost-effectively. As a whole, this development allows us to confidently plan and build production processes that rely on gas.

Renewable methane gas will replace fossil natural gas, and the global renewable methane market is growing

Methane users in Finland include electricity and heat production, industries, and heavy maritime and road transport, for example. Its benefits are versatility, a high degree of availability, and existing transmission infrastructure and utilisation equipment.

The current challenge, however, is that the majority of methane is fossil natural gas, which restricts its use and raises doubts about the market’s viability. Confidence in natural gas has been further undermined by the cessation of pipeline transmissions due to Russia’s war of aggression and the price spikes during the resulting energy crisis. The Hormuz Strait crisis in the Middle East also highlights the current market’s uncertainties. At the same time, the crisis underscores the importance of increasing domestic production of renewable gas, which would buffer our market and society against a volatile global operating environment.

Solutions to meet the demand for renewable gases are now on the horizon. Several renewable biogas and e-methane production projects to be connected to the gas transmission network are being planned in Finland, with a total output of some 7 terawatt hours per year, which corresponds to approximately half of the current total consumption. Meanwhile, the global market for renewable methane is growing, which increases both demand and availability through LNG terminals, for example. In 2025, Finland used an estimated 1.5 terawatt hours of domestic and imported biogas.

Methane-fuelled generation solutions offer reliable electricity production

The rapid growth in renewable weather-dependent electricity production significantly increases balancing power, standby power, and energy storage needs. Methane-fuelled, decentralised electricity generation solutions currently offer an efficient, economical, and reliable means of generating electricity precisely when wind and solar power production are not enough. Gas power solutions curb sudden electricity price spikes, causing hundreds of millions of euros in additional costs for consumers and industry. This growing need is illustrated clearly by our role in preparing significant additional capacity for gas-fuelled electricity production.

The methane system and its transmission services play a vital role in the future of gases. Alongside stable industrial use, the balancing power and standby power needs of electricity production increase the demand for transmission solutions. Developing a methane market based on Finnish renewable gases is a strategic investment in an energy self-sufficient, clean and energy secure Finland, creating a sustainable foundation for economic development.

Janne Grönlund
Senior Vice President, Gas Business
Gasgrid

Did you know?

Biogas, e-methane, and natural gas are all chemically the same substance – methane, which is made up of hydrogen and carbon. The molecule is identical in each case (CH₄), allowing it to be transported in the same transmission network. The renewable origins of methane are guaranteed through guarantees of origin and sustainability certifications. Gasgrid enables this renewable gas market through the transmission network and services.

Aiheet

Gasgrid Finland launches additional competitive tendering for the procurement of renewable gas

13.2.2026

Gasgrid Finland launched a renewable gas procurement tender a couple of weeks ago, but we did not receive any offers that met the criteria. As a result, we are initiating an additional tendering process with the aim of procuring part of the gas used for Gasgrid’s transmission service as renewable. The tender seeks suppliers who can provide Guarantees of Origin (GO) and Proof of Sustainability (PoS) transparently, traceably, and in compliance with the applicable sustainability criteria.

Tendering period: February 13–20, 2026.

Further details on the tendering process:

Call for Tender for Biomethane procurement for Gasgrid transmission operations PDF

Meaningful and impactful work in the energy sector

14.10.2025

Working at Gasgrid offers a genuine opportunity to be involved in creating a sustainable and carbon-neutral future. The company’s professionals play a key role in both national and international development projects that aim to build a cleaner energy system while creating conditions for Finland’s economic growth. Three experts from different fields explain what working at Gasgrid is really like.

“Here, you have the opportunity to grow, learn, and develop personally. At the same time, everyone’s views are valued and listened to,” says Gianluca Tramontana.

Gianluca is responsible for the full design of Compression Stations including compressors, controls, safety systems, and interconnection within the hydrogen pipeline at Gasgrid. Gianluca emphasizes that Gasgrid offers a wonderful opportunity to build the future and lead Finland towards carbon neutrality; in addition to the national hydrogen network, Gasgrid is striving to develop a multi-gas platform of the future. This means that, in the future, the company’s gas pipelines will carry not only methane but also more non-fossil gases such as biogas or e-methane.

“The truth is that Finland has a huge opportunity to utilize wind power and water resources in building a hydrogen economy and promoting a carbon-neutral future – not only to create growth here, but to benefit of the whole of Europe. In this sense, working at Gasgrid is truly meaningful,” Gianluca emphasizes.

According to Gianluca, working at Gasgrid also gives him a very broad perspective on the future of the energy sector: “As we are an important part of Finland’s energy system and infrastructure, I would say that here you get to see – and not just see, but also influence significant things in society.”

Joonas Laitila, who leads the international Nordic Baltic Hydrogen Corridor project at Gasgrid, shares this view. The aim of the project is to build a hydrogen pipeline from Finland to Germany via Estonia, Latvia, Lithuania, and Poland. The project is part of the EU’s REPowerEU strategy and has also been granted PCI (Projects of Common Interest) status by the EU. In practice, this means that the promotion and implementation of the project are in the common interest of the European Union.

Joonas says he became interested in the job when he realized that Gasgrid is involved in enabling hydrogen development in Finland – and beyond. His expectations for the job have been met, as he has been given growing responsibility and has achieved success such as receiving CEF-funding from EU. Joonas praises Gasgrid in particular for the opportunity to grow and develop in his role.

“Even during the interview, we talked about how I could develop in the role – and these promises were also fulfilled,” says Joonas.

At the forefront of hydrogen development

The significance of the work is also emphasized by lawyer Meri-Katriina Pyhäranta, who is involved in the Ministry of Economic Affairs and Employment’s working group preparing the national hydrogen market law. The position offers an opportunity to influence how hydrogen legislation supports attracting investment and developing the hydrogen economy in Finland. “I couldn’t imagine a better job,” says Meri-Katriina.

Although Meri-Katriina joined the company as a lawyer just over a year ago, her roots with Gasgrid go back almost eight years.

“I became familiar with Gasgrid in my previous jobs. I knew exactly what I was getting into. It’s great to be involved in developing something new and contributing my own work to it.”

“Our mission is to serve society and our customers. Gasgrid’s principle of operating fairly and sustainably is in line with my own values.”

Joonas, Gianluca, and Meri-Katriina all agree that Gasgrid’s values—we work together, we build the future, and we acknowledge our responsibility —are also reflected in their daily work.

“I would say that what sets Gasgrid apart is that it genuinely gives you the opportunity to grow and take responsibility. We have succeeded to attract highly talented and skilled people here, who are very responsible and want to take ownership and responsibility of their projects,” Joonas reflects.

Building the future

In addition to the hydrogen infrastructure currently under development, Gasgrid has had many successes for a company founded in 2020. These include the completion of Finland’s first floating LNG terminal in Inkoo in record time.

Gasgrid employees have been and will continue to be involved in building many things that have not been seen before in Finland and that have a significant impact on the independence and security of supply of Finland’s energy system. What is the secret behind this?

“I can say with 100% certainty that we work together here. I felt welcome right away, the orientation was excellent, and I became part of the team from day one. I feel that the company cares about its employees, and people have a strong desire to develop and improve. All of this certainly contributes to our success,” Gianluca believes.

Meri-Katriina, Joonas and Gianluca thinks that Gasgrid provides great possibilities for personal growth. — At Gasgrid meaningful work means that the company’s employees have the opportunity to take the lead in projects, which will steer our energy future.

Hydrogen certification schemes bring transparency to the clean hydrogen market

16.9.2025

The emerging Hydrogen Economy will help us combat climate change –, but there are still many issues that need to be resolved. Researcher Francisca Gallegos Aguirre points out that while there are many ways to produce clean hydrogen, the carbon footprint still varies from case to case.

– The environmental impact differs, depending on the production, she says.

So, how does one know which type of hydrogen is the most sound, environmentally speaking? – Normally, hydrogen produced through the electrolysis of water using renewable electricity has a significantly lower environmental impact than other production methods. Ultimately, the answer lies in the product’s sustainability characteristics, such as its carbon footprint. Therefore, it is necessary to track and trace hydrogen from the production to end use – and mechanisms such as hydrogen certification schemes can be used to verify the characteristics of the product.

According to Gallegos Aguirre, hydrogen certification schemes are likely to play a crucial role in encouraging investment, enhancing market transparency, and promoting the development of the hydrogen market on a global scale.

– Globally speaking, there are more than 30 hydrogen certification schemes right now. The problem is that they are not aligned in terms of their sustainability criteria, she says.

– We need to harmonize the existing certification schemes landscape to improve transparency, comparability, and interoperability between different schemes and regulatory frameworks around the world.

Hydrogen certification is either regulatory or voluntary

Gallegos Aguirre is currently working on her PhD, researching how sustainability certification schemes can be best implemented in the upcoming hydrogen market – and just how effective they can be in tracking and tracing GHG emissions throughout the entire value chain?

There are, in essence, two different types of hydrogen certification schemes: compliance schemes and voluntary schemes.

Compliance schemes are driven by legislation such as the EU’s Renewable Energy Directive, while voluntary schemes are typically driven by the market for disclosure purposes.

– Companies often demonstrate their commitment to sustainability through voluntary schemes that, sometimes, go beyond regulations, Gallegos Aguirre says.

Finnish gas platform presents learning opportunities

Gallegos Aguirre is a fellow of the THERESA MSCA Doctoral Network project, a collaborative research network focused on the legal aspects of hydrogen, involving the University of Eastern Finland (UEF), Universitat Rovira i Virgili (URV), and the University of Groningen. Her PhD studies have brought this Chilean native to Finland, where she has had the chance to learn more about this field.

– Collaborating with Gasgrid, one of the partners of the project, I’ve been able to see how gas markets and hydrogen certification processes work in practice.

For an academic, it is invaluable to receive also “hands-on” experience, and Gallegos Aguirre credits Service Manager Heli Haapea from Gasgrid for showing her the ropes.

– I’m extremely grateful to Heli, who has been super generous with her time and knowledge, she says.

Heli Haapea says that Gasgrid is eagerly waiting for the results of the dissertation.

– This research provides valuable information for the entire industry and also supports Gasgrid’s own development effort to promote the hydrogen market, Haapea notes.

Gasgrid’s Service Manager Heli Haapea and PhD researcher Francisca Gallegos Aguirre. Haapea notes that Gallegos Aguirre’s research provides valuable information for the entire industry and also supports Gasgrid’s development effort to promote the hydrogen market.

Smart regulation can have a big impact on sustainability

Having started work on her PhD thesis two years ago, Gallegos Aguirre is looking to conclude her thesis in autumn 2026. She has enjoyed the process so far and remains “fascinated” by hydrogen and its role in the energy transition towards a sustainable future.

– I am passionate about sustainability and believe that regulation can make a big difference in fighting climate change.

Clean hydrogen is set to play a crucial role in the energy mix of the future, but currently accounts for less than five percent of all hydrogen produced today. While the EU plans to significantly increase renewable hydrogen production, building an effective and efficient market will take time. In all this, Gallegos Aguirre perceives a great opportunity for Finland to serve as a forerunner:

– Finland can play a key role in the emergence of renewable hydrogen, as it has access to wind power, infrastructure, and expertise, she says, adding that Finland can export renewable hydrogen to markets in Central Europe where the demand continues to grow.

– Gasgrid can support and enable this transition in a very significant way.

Hydrogen is not a silver bullet – it is still a key part of the climate solution

Still, Gallegos Aguirre notes that renewable and low-carbon hydrogen is only part of the solution and must be integrated with other technologies such as electrification and energy efficiency, among others.

– Clean hydrogen should be used where it makes sense, such as in hard-to-abate sectors; it is not a magic solution for everything. Hydrogen will only play a key role in the energy transition and help tackle climate change if it is produced with low emissions, she concludes.

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Did you know?

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Hydrogen certification is either regulatory or voluntary

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