- Construction of gas power plants
- Gassnova establised 2005
- Increasing work on CCS
- Gassnova plays an important role
- Mongstad full-scale postponed
- Technology Centre is a success
- Too much uncertainty
- Idea study reveals industrial interest for CO2 capture
- Full-scale feasibility studies completed
- Work on full-scale put on hold
- Resuming the work on fullscale CCS
- Exciting development in CLIMIT and at TCM
- Fall 2020
The Gassnova story
The story of the public enterprise called Gassnova has its origin in a political desire to increase domestic use of gas while balancing this with Norway’s energy situation, environmental considerations and value creation.
Construction of gas power plants
The controversy surrounding construction of gas power plants is one of the mostly hotly debated environmental issues in Norway. The debate exploded in 1995 when Naturkraft applied for a licence to build three gas power plants. In the spring of 2000, Kjell Magne Bondevik’s first government resigned after having refused to accept the Storting’s (parliament’s) desire to develop gas power without addressing CO2. When the Labour Power took control of the Government, licences were issued for three gas power plants of which just one – the gas power plant at Kårstø – was subsequently built.
In 2001, an expert panel appointed by the Government was tasked with studying how research and development could be used to stimulate new, environmentally-friendly gas application in Norway. The panel’s mandate also included assessing various organisational forms designed to promote more environmentally-friendly use of natural gas for energy, “including establishing a company to promote development of environmentally-friendly technology”.
The second Bondevik government, which took office in the autumn of 2001, continued and reinforced this work. “The commitment to gas power with carbon capture and storage is a main element of the Government’s energy policy”, was a stated agenda. In a Storting White Paper from 2002 on domestic use of natural gas, a key element was the establishment of a public innovation enterprise to promote environmentally-friendly gas power technologies. The Storting supported the proposal.
The Storting established the “Gas Technology Fund” in the summer of 2004. The returns from this fund were meant to finance research and development of environmentally-friendly gas power technologies.
Gassnova establised 2005
Gassnova opened its doors on 1 January 2005, as an administrative agency under the Ministry of Petroleum and Energy (MPE). Together with the Research Council of Norway, Gassnova was to manage a research programme – CLIMIT – using resources from the Gas Technology Fund and annual fiscal budget appropriations. The CLIMIT programme was approved as a subsidy scheme under the EEA regulations one year later, and the first development projects received funding in the summer of 2006.
Increasing work on CCS
Following the 2005 election, the Labour Party, Socialist Left Party and the Centre Party formed a majority coalition government. The 2005 political platform, the so-called “Soria Moria declaration”, stated, among other things, that “the Government will ensure that the work to establish a full-scale CO2 removal facility at Kårstø is started, and will provide financial contributions toward this goal”. Another objective of the government was to establish a value chain for transport and injection of CO2 for geological storage.
In the late autumn of 2005, Gassnova was assigned the task of facilitating broad-based cooperation on carbon caption and storage, CCS. Three projects were initiated, and Gassnova’s initial role was to cooperate with Gassco and the Norwegian Petroleum Directorate. An important issue was to attempt to identify profitable applications for captured CO2 for enhanced oil recovery (EOR), a task also attempted, without success, by several oil companies.
Statoil received an emission permit for a new combined heat and power plant at Mongstad in October 2006. The Soria Moria declaration confirmed that new gas power licences would be based on removal of CO2. An agreement between the State and Statoil governed the collaboration on CCS at Mongstad. “Storting Prop. No. 49 (2006-2007) Cooperation on CO2 capture and storage at Mongstad” was the Government’s proposal to establish a public enterprise reporting to the Ministry of Petroleum and Energy for the purpose of managing the State’s interests in CCS projects. Gassnova SF, a public enterprise, was established on 29 June 2007 and shortly thereafter appointed the head of the administrative agency, Bjørn-Erik Haugan, as CEO. The rest of the administrative agency’s organisation was transferred to the new enterprise at the beginning of 2008.
Gassnova plays an important role
Gassnova was assigned additional tasks. Gassnova was to manage the State’s interests in the work on the CCS test centre at Mongstad, work on full-scale CO2 capture at Kårstø as well as transport and storage of CO2.
Planning of the test centre took place from June 2007 in a collaborative effort between Gassnova and five industrial companies, of which Statoil was the executive project manager. A proposition on establishing the Technology Centre Mongstad (TCM) was submitted to the Storting in January 2009. The TCM partners passed an investment resolution in June 2009, following approval by the Government and the Storting.
In the spring of 2009, the Government decided to halt the procurement process for awarding contracts for a CO2 capture facility at Kårstø, citing long downtime periods at the power plant. Gassnova and Gassco then carried out a study of potential integration of the power plant with the gas terminal at Kårstø. This report was submitted to the MPE in the spring of 2010.
Mongstad full-scale postponed
The State and Statoil agreed on the work on the full-scale project at Mongstad in 2006. The development started with Statoil’s delivery in early 2009 of a master plan for CCS at Mongstad. This was followed by the institution of cooperation between Gassnova and Statoil on further planning of the facility, with the agreed ambition to make an investment decision in 2012. This work encountered unforeseen obstacles. It became evident in the spring of 2010 that the planned schedule was too rigorous, and the investment decision goal was initially postponed from 2012 to 2014.
But this was not the end of the challenges. As a consequence of the uncertainty surrounding the health-related consequences of using amine technology and the need for more knowledge surrounding this topic, yet another postponement was needed. A Storting White Paper on full-scale CCS from 2011 brought a new road map for CCS, and the planned decision timeframe was set at 2016. The Government also advocated initiating a separate study on potential full-scale projects in Norway “beyond Mongstad”.
Technology Centre is a success
The world’s largest and most flexible test centre for CO2 capture technologies was constructed at Mongstad from 2009-2012. The partners were Gassnova (on behalf of the Norwegian State), Statoil and Shell. South African Sasol joined in 2010. The technology centre was ready to go in May 2012, and its opening was celebrated by the entire global CCS community. This milestone was considered to be particularly important in order to achieve progress in the development of the climate technology essential to all nations, if there was to be any hope of achieving the climate targets.
The CLIMIT research programme receives a steadily growing number of applications from good projects seeking support for research, development and demonstration of CCS technologies. The programme made its largest-ever single award in 2013 when Heidelberg Materials was granted NOK 70 million to build a unique test facility for CO2 capture from the cement industry, where several technology suppliers could test their capture technologies simultaneously.
Tore Amundsen took over the job as Gassnova’s CEO at the beginning of 2013.
Too much uncertainty
In September 2013, the Stoltenberg Government discontinued the work on planning the full-scale project at Mongstad, and the associated plans for transport and storage. The Government regarded the fate of the Mongstad refinery as being so uncertain, and the risk associated with the project so great, that continuing the work would not be prudent. Gassnova had already been working for quite some time to investigate the feasibility of full-scale CCS in Norway, in locations other than Mongstad.
After eight years of a majority government made up of the Labour Party, Socialist Left Party and the Centre Party, the non-socialist parties won the 2013 election. The Conservative Party and the Progress Party formed a minority government and entered into a cooperation agreement with the Liberal Party and the Christian Democratic Party to secure a parliamentary majority. The Government maintained its ambition to realise at least one full-scale CO2 capture facility by 2020. However, they recognise that the work on CCS has been difficult, and they will draw up a new strategy for CCS in Norway.
Idea study reveals industrial interest for CO2 capture
The government’s new strategy for CCS, which was presented in the Fall of 2014 (OED’s Prop. 1 S (2014-2015)), aimed at identifying measures that could contribute to technology development and cost reductions, which included the government’s ambition to have at least one full-scale facility in place for the capture and storage of CO2 by 2020. Gassnova continued to study the possibilities for this.
In the spring of 2015, Gassnova handed over the study of possible full-scale CCS projects in Norway to the Norwegian Ministry of Petroleum and Energy. The idea study showed that several industrial players could be willing to study CCS further. The industrial players’ interest in participating in a CCS project depended on the framework conditions established by the state.
In 2015, CLIMIT marked its 10th anniversary. The research programme, led by Gassnova in collaboration with the Norwegian Research Council, has over the years invested considerable funds in research and development to promote technology and solutions for CCS. The technology is ready for use, but can still be improved.
January 1 2016, Trude Sundset was started as the new CEO of Gassnova.
Full-scale feasibility studies completed
On 30 October, full-scale CCS feasibility studies were initiated with the relevant companies. The purpose of the feasibility studies was to show at least one technically feasible full-scale CCS chain with associated cost estimates. Such a chain involves the capture, transport and storage of CO2.
In the summer of 2017, the Ministry of Petroleum and Energy presented the feasibility study which showed that it was possible to realize a full-scale CCS chain in Norway by 2022 and at significantly lower costs than for projects previously looked into in Norway. The results also showed several alternatives that are technically feasible in Norway; Heidelberg Materials’s cement plant in Brevik, the Yara ammonia factory in Porsgrunn and the Waste-to-Energy plant at Klemetsrud in Oslo.
Statoil (now Equinor) conducted a feasibility study for CO2 storage at three different locations on the Norwegian continental shelf. Both Statoil and Gassnova considered a development solution for CO2 storage with a land plant and a pipeline to the Smeaheia area as the best solution given the objectives of the project. This was later changed.
Gassnova, Statoil, Shell and Total marked April 7, 2017 continuation of the Technology Center at Mongstad (TCM) until 2020. Gassnova, which manages the state’s ownership of TCM, negotiated with Statoil and Shell about the continuation. They signed an agreement to continue the operation of TCM for another three years, and Total signed that they want to join the partnership.
Work on full-scale put on hold
In the spring of 2017, Gassnova awarded study contracts to Fortum Oslo Varme (FOV), Heidelberg Materials and Yara. The companies received support for concept and pre-design studies for CO2 capture at their facilities, and the concept studies were completed as planned the same autumn. CO2 from one or more of these plants was planned to be transported by ship to an intermediate storage facility at Kollsnes and further transported by pipeline to a geological formation in the Smeaheia area in the North Sea.
In the summer of 2017, Gassnova awarded a contract for concept and pre-design studies of CO2 storage to Statoil. Shortly thereafter, Statoil signed a partnership agreement with Shell and Total on the development of the CO2 storage. The concept study for storage was scheduled to be completed in summer 2018.
In the state budget for 2018, the government announced that work on full-scale CCS in Norway should be submitted to the Parliament after the results of the concept studies on capture were reviewed and quality assured, at the latest in connection with the revised national budget 2018. Thus, the catch projects were not directly carried forward to the pre-design phase accordring to the original plan.
In the first half of 2018, Gassnova worked closely with the Ministry of Petroleum and Energy to ensure a sound overall presentation to the Parliament on the work on full-scale CCS, in connection with the revision of the revised state budget.
In the fall of 2018, it was decided to continue with the full-scale work. Both the capture projects at Fortum Oslo Varme and Heidelberg Materials were allowed to carry out pre-planning. In addition, Equinor, Shell and Total would carry out pre-planning of the transport and storage project in 2019.
Resuming the work on fullscale CCS
When the Front-End Engineering studies are complete and external quality assurance has been completed, the government will consider whether the project should be realized. An investment decision can be made in 2020/2021. The government will then evaluate the results and information that comes from the preliminary planning, the potential for benefits realization and the economic manuvering space and submit the case to the Parliament.Work on benefits realization, knowledge sharing and communication has been central to Gassnova’s work. An important part of this work is to document that the Norwegian full-scale project can contribute to the realization of several new CO2 capture and storage projects in Europe.
On September 5, the Ministry of Petroleum and Energy, Gassnova and the European Commission gathered key policy makers from politics and industry to a high-level conference on CCS in Oslo. Among the participants in the conference were Norway’s Minister of Petroleum and Energy, the Minister of Climate and Environment and the Secretary General of the UN Climate Convention UNFCC, Patricia Espinosa. Several letters of intent were also signed between Equinor on behalf of the partners in the Northern Lights CO2 storage project and various European industrial companies. The recognition that CO2 capture and storage is one of several vital tools for climate neutrality in the EU in 2050 was a pervasive main message in addition to financing models for the climate measure.
Exciting development in CLIMIT and at TCM
In CLIMIT, Gassnova and the Research Council of Norway’s programme for research, development and demonstration of technology for CCS, we also see an increasing emphasis on international cooperation. The focus has also been shifted from primarily CCS solutions from gas power plants to capture solutions from other sources such as industrial emissions. The research will contribute to early full-scale CO2 value chains in Europe, large-scale storage of CO2 on the NCS in the North Sea, and future solutions for CCS.
In 2019, new negotiations for the continuation of TCM started for another three years of operations. Fluor completed its test campaign in the summer of 2019, and was followed by an open scientific campaign with support from the EU – ALIGN CCUS. There is historically high interest in testing at TCM, and in the fall of 2019, testing agreements were signed with the two US companies Membrane Technology and Research (MTR) and TDA Research. This is the first time TCM is testing membrane technology, and a vacant part of TCM was prepared to be able to connect test modules from these companies.
In the spring of 2020, the Norwegian state and the industrial partners Total, Shell and Equinor agreed on the agreements that ensure the continued operation of Teknologisenter Mongstad (TCM) until the end of 2023.
On behalf of the Ministry of Petroleum and Energy and the Ministry of Finance, Atkins and Oslo Economics delivered a quality assurance of the full-scale project. The report was published on 25 June 2020 and, together with documentation from Gassnova and the industry partners, it is now part of the government’s decision-making basis in the autumn of 2020. The main conclusions of the analysis can be found here.
Gassnova’s reports from the front-end-engineering phase, which is the last phase before the decision on realization, were also submitted to the Ministry of Petroleum and Energy before the summer, and are included in the basis for the Norwegian Parliament’s investment decision.
- Gassnova’s full chainreport describes, among other things, the various investment alternatives with associated costs. The cost figures are based on the players’ own figures before they were quality assured by Atkins and Oslo Economics.
- Gassnova’s evaluation report for capture describes the evaluation of Fortum Oslo Varme (FOV) and Heidelberg Materials’s Front End Engineering deliveries.
- In the profit realization plan for the full-scale project, Gassnova has described the «gains» by implementing the full-scale project and links these to the state’s goals with the project and the valuation in the socio-economic analysis.
- Gassnova’s evaluation of Northern Lights’ final Front End Engineering report and related documents submitted to Gassnova.
- CO2 footprint report. In collaboration with DNV GL and Carbon Limits AS, Gassnova has developed a tool for calculating the amount of CO2 emitted when facilities for capturing, transporting and storing CO2 are to be built and operated. CO2 emissions from the CCS chain will account for about 5–10% of the CO2 stored.
- Gassnova and DNV GL has also, on behalf of the Ministry of Petroleum and Energy, updated the socio-economic analysis that Atkins/Oslo Economics carried out in connection with the state’s quality assurance of the project in 2016 (KS1).
- On behalf of Gassnova, DNV GL has analyzed the potential for further cost reductions within CCS, as well as how the full-scale project contributes to such cost reductions.
Through the consideration of the State Budget for 2021 and the Longship report “Meld. St. 33 (2019–2020), the Norwegian Parliament agreed with the support model and the preconditions for further work.