Oulun yliopistoOULUTED
Procurement of Relocatable filling and Hydrogen Production (electrolyser) device with transportable hydrogen storage (H2Go Invest Project)
This procurement is carried out as part of the H2Go Invest project, which aims to advance the hydrogen economy infrastructure in Northern Finland. The project and its investments are co-funded by the European Regional Development Fund (ERDF) by The Council of Oulu Region. The procured equipment will be used for research and piloting purpo...
Submission deadline: September 22, 2026Type: Tender
Energy Storage, Hydrogen
Unlock documents for free
No credit card · Instant access
Content at a glance
- Tender type:
- Tender
- Contracting authority:
- Oulun yliopisto
- Published:
- August 23, 2026
- Deadline:
- September 22, 2026
- Topic:
- Energy Storage
Tender description
Show full descriptionCollapse description
This procurement is carried out as part of the H2Go Invest project, which aims to advance the hydrogen economy infrastructure in Northern Finland. The project and its investments are co-funded by the European Regional Development Fund (ERDF) by The Council of Oulu Region. The procured equipment will be used for research and piloting purposes to test hydrogen distribution, digital management systems, and material durability in cold climates. The investment framework operates in close cooperation with the H2Go Insight and H2Go Investigate research initiatives. Procurement of Relocatable filling and Hydrogen Production (electrolyser) device (designed for periodic relocation between sites, rather than a continuously mobile/wheeled vehicle) capable of operating reliably in demanding northern winter conditions with transportable hydrogen storage. It will be used to pilot hydrogen distribution in both rural and urban environments (such as Oulu and Utajärvi) for logistics companies, municipalities, and the Finnish Defence Forces. The container and its materials must be optimized and certified for structural durability in cold climates. Please note that maximum price for the Procurement of Relocatable filling and Hydrogen Production (electrolyser) device with transportable hydrogen storage is 1 000 000 euros (without VAT). Procurement unit can not accept tenders exceeding this amount.
Further details
With free access, documents, deadlines and submission notes are available in a structured format.
- Core requirements of the tender prioritized and prepared
- Deadlines, eligibility criteria and documents in one workflow
- Guidance for structured bid preparation
- Automatically discover matching follow-up tenders
Unlock 30 days free
30 days free · no credit card · cancel anytime
All procurement details
Buyer, lots, participants, locations, documents, and procedure data have already been captured. Open any area to see the complete information in your workspace.
6 data areas available
Unlock 30 days free
30 days free · no credit card · cancel anytime
Documents
Unlock50 details capturedDocuments · Document bundle
Buyer
Unlock3 details capturedBuyer · Address · Contact
Lots
Unlock1 detail capturedLots LOT-0000
Procedure data
Unlock5 details capturedPublication number · Procedure reference · Procedure type · Contract type · +1 more
Performance locations
Unlock2 details capturedPerformance locations
Publisher
Unlock3 details capturedPublisher · Address · Contact
Related tenders
10Procurement of Relocatable filling and Hydrogen Production (electrolyser) device with transportable hydrogen storage (H2Go Invest Project)
Oulun yliopistoOULUThis procurement is carried out as part of the H2Go Invest project, which aims to advance the hydrogen economy infrastructure in Northern Finland. The project and its investments are co-funded by the European Regional Development Fund (ERDF) by The Council of Oulu Region. The procured equipment will be used for research and piloting purposes to test hydrogen distribution, digital management systems, and material durability in cold climates. The investment framework operates in close cooperation with the H2Go Insight and H2Go Investigate research initiatives. Procurement of Relocatable filling and Hydrogen Production (electrolyser) device (designed for periodic relocation between sites, rather than a continuously mobile/wheeled vehicle) capable of operating reliably in demanding northern winter conditions with transportable hydrogen storage. It will be used to pilot hydrogen distribution in both rural and urban environments (such as Oulu and Utajärvi) for logistics companies, municipalities, and the Finnish Defence Forces. The container and its materials must be optimized and certified for structural durability in cold climates. The Contracting Authority has decided to suspend the procurement procedure. This is a contract award notice concerning the suspension of the procurement procedure. The Contracting Authority intends to re-launch the procurement through a new procurement procedure and a new call for tenders. Any amendments to the procurement requirements, procurement documents or other terms and conditions will be specified in the new call for tenders. Additional information: To this suspended procurement procedure contracting authority received also tender that was submitted after deadline (totally 4 tender was received).Supply, Installation and maintenance of a PEM Electrolyser for Hydrogen Production at JRC Ispra
European Commission, DG GROW - Internal Market, Industry, Entrepreneurship and SMEsBrusselsDeadline: Oct 01The procurement entails the design, manufacturing, delivery, installation, and commissioning of a Proton Exchange Membrane (PEM) electrolysis system for hydrogen production at the JRC Ispra site. The core of the system is a 50 Nm3/h electrolyser (which must be upgradable to 100 Nm3/h) that delivers hydrogen at an outlet pressure of 30 barg. The main equipment will be delivered in a containerized/skid version divided into three specific areas: a control panel area with the AC/DC converter, a water purification unit, and an ATEXclassified area containing the stacks and gas purification treatment. In addition to the containerized unit, the scope of supply includes several external components: An MV/LV transformer A thermal management system (dry cooler) A lowpressure hydrogen storage system consisting of a cylinder rack at 30 bar with a total volume of 5 m3 A gas blender installed on the outlet piping after the storage Finally, the procurement includes a comprehensive service package covering the Factory Acceptance Test (FAT), Site Acceptance Test (SAT), ATEX verification, staff training, two years of spare parts, and a 3year maintenance contract. Reason for Purchasing The primary objective of this procurement is to produce green hydrogen by harnessing the renewable energy generated from the JRC Ispra site's internal photovoltaic (PV) plant. Currently, the site has a 1.35 MWp PV installation, which is planned to be expanded to 2 MWp and eventually 3 MWp in the future. Instead of using battery systems, the JRC intends to use the excess energy from this PV plant to power the electrolyser for selfconsumption. The hydrogen produced will then be blended into the natural gas pipeline (up to a 10% volume blend) to feed the site's cogenerators. A dedicated technical sizing analysis concluded that a modular 2x250 kW electrolyser is the optimal choice, as it offers the best compromise between the available PV power, the number of operating hours, and the demand from the cogenerators across current and future PV expansion scenariosEuropean public tender H2Cast Procurement & transport of Hydrogen for the benefit of Gasunie Energy Development
N.V. Nederlandse GasunieGroningenThis tender includes the procurement and delivery of Hydrogen for the H2Cast Project. H2CAST is an acronym and stands for H2 CAvern Storage Transition, i.e. the conversion of existing caverns and facilities. The H2CAST pilot project is intended to a). demonstrate the feasibility of large scale underground hydrogen storage (UHS) and to prove the suitability of the salt caverns in Etzel for hydrogen storage and b). to research the hydrogen storage operation including purification and compression. Once successfully completed the pilot project will pave the way for converting (re-purposing) and expanding the existing cavern field, including above ground processing facilities and the pipeline infrastructure to comply with the expected growing hydrogen storage demand to support the Northwest Europe region. The required quantity of hydrogen is 44.500 kilogram (KG). This hydrogen needs to be transported and delivered to Storag Etzel GmbH at the Etzel location. Delivery must be completed between April 1, 2025, and August 1, 2025, in total 110 working days.Procurement of Performance Attribution System
Sjunde AP-FondenSTOCKHOLMThe subject of the Procurement is a readymade but customizable system for performance measurement and performance attribution with an established and production-proven integration with SimCorp Dimension. The System will be used by AP7 to evaluate an international multi-asset, multi-currency portfolio, with several investment decisions made above mandate portfolios.Re-tender - Framework agreement regarding Third-Party Verification and Certification of the Danish Hydrogen Backbone
EnerginetFredericiaThe Danish Hydrogen Backbone project (DHB) is a comprehensive effort to establish a hydrogen infrastructure in Denmark, connecting planned large-scale hydrogen production in Denmark, produced from renew-able energy sources such as wind and solar, with the German and European hydrogen markets. The project is part of the European hydrogen infrastructure and significantly contributes to the EU's goals of climate neutrality and reduction of greenhouse gas emissions. The full backbone is planned to extend all the way from underground storage in the northern part of Denmark (Lille Torup) to the German border (Frøslev), but a political decision has been made to initially focus on building the southern part of the system (DHB1) and thereby having this part operational by the end of 2030. The scope of services for the framework agreement has an intention of describing all phases of the DHB-1 project from detailed design to testing and commissioning for the purpose of taking the hydrogen transmission asset into operation, thus the framework agreement is also intended to be used for the remaining part of the Danish Hydrogen Backbone project and therefore covering the full backbone. For further information please see Scope of services – Appendix 2, sec. 2.1. The Contracting Authority wants to purchase verification and certification services from an independent, third-party agency in order to satisfy those verification and certification requirements laid down under the compliance plan. For further details regarding the tender, reference is made to the tender documents. The value of the framework agreement is expected to amount to 13.000.000 EURO with the possibility of extension with 100% which amounts to the total value of 26.000.000 EUR.Green Hydrogen Investments in India
Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbHEschbornDeadline: Aug 31GIZ provides consultancy to its partners through a wide array of methods. Most importantly, GIZ develops and implements solutions together with partners through close cooperation and process advisory. The project "Green Hydrogen Investments" (GH2I), implemented under the Indo-German Bilateral Development Cooperation by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH on behalf of the German Federal Ministry for Economic Cooperation and Development (BMZ) and Ministry of New and Renewable Energy India (MNRE), contributes to a sustainable and inclusive energy transition towards climate neutrality by improving the policy, institutional and technical requirements for the use of green hydrogen in India"s hard-to-abate sectors. The goal of this specific tender is to support GIZ and its partners in achieving these goals. Green hydrogen is particularly important for energy-intensive industrial sectors, such as the iron, e-SAF and fertilizer industry among others, which cannot be efficiently and cost-effectively decarbonized with purely electricity-based technologies. The objective of the tender is to provide high-quality advisory services, ad hoc studies and policy and regulatory instrument proposals and designs in the context of gH2 in hard-to-abate sectors in India based on international experience. The contract offers support through studies in the space of green ports, green iron and steel, e-SAF and green public procurement. The assignment provides the project also with ten regulatory and policy instruments: Policy Instruments: - Framework for Green Hydrogen Demand Creation, e.g. covering sector-specific pathways for the gradual substitution of grey hydrogen in refineries and fertilisers, utilizing non-mandatory and phased market-aligned approaches, and aligning green public procurement with India"s broader decarbonisation goals (NDCs) - Infrastructure Planning Framework, e.g. covering strategic cluster formation, pilot design, RACI-based roles, and teGreen Hydrogen Investments in India
Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbHEschbornDeadline: Aug 31GIZ provides consultancy to its partners through a wide array of methods. Most importantly, GIZ develops and implements solutions together with partners through close cooperation and process advisory. The project "Green Hydrogen Investments" (GH2I), implemented under the Indo-German Bilateral Development Cooperation by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH on behalf of the German Federal Ministry for Economic Cooperation and Development (BMZ) and Ministry of New and Renewable Energy India (MNRE), contributes to a sustainable and inclusive energy transition towards climate neutrality by improving the policy, institutional and technical requirements for the use of green hydrogen in India"s hard-to-abate sectors. The goal of this specific tender is to support GIZ and its partners in achieving these goals. Green hydrogen is particularly important for energy-intensive industrial sectors, such as the iron, e-SAF and fertilizer industry among others, which cannot be efficiently and cost-effectively decarbonized with purely electricity-based technologies. The objective of the tender is to provide high-quality advisory services, ad hoc studies and policy and regulatory instrument proposals and designs in the context of gH2 in hard-to-abate sectors in India based on international experience. The contract offers support through studies in the space of green ports, green iron and steel, e-SAF and green public procurement. The assignment provides the project also with ten regulatory and policy instruments: Policy Instruments: - Framework for Green Hydrogen Demand Creation, e.g. covering sector-specific pathways for the gradual substitution of grey hydrogen in refineries and fertilisers, utilizing non-mandatory and phased market-aligned approaches, and aligning green public procurement with India"s broader decarbonisation goals (NDCs) - Infrastructure Planning Framework, e.g. covering strategic cluster formation, pilot design, RACI-based roles, anSupplier Qualification System for EPCM consultant for the Danish hydrogen backbone
Energinet Systemansvar A/SFredericiaThe Danish Hydrogen Backbone project (DHB) is a comprehensive effort to establish a hydrogen infrastructure in Denmark, connecting planned large-scale hydrogen production in Denmark, produced from renewable energy sources such as wind and solar, with the German and European hydrogen markets. The project is part of the European hydrogen infrastructure and significantly contributes to the EU's goals of climate neutrality and reduction of greenhouse gas emissions. The full backbone is planned to extend all the way from underground storage in the northern part of Denmark (Lille Torup) to the German border (Frøslev), but a political decision has been made to initially focus on building the southern part of the system (DHB1), and thereby having this part operational by the end of 2030. The purpose of establishing the SQS is to be able to tender for full-service consultancies (EPCM suppliers), who can support Energinet in building the DHB. The EPCM supplier will function as a strategic partner to Energinet and will be required to deliver on wide area of Engineering, Procurement and Construction-Management activities, while simultaneously engaging in the overall project-management organization in Energinet. The EPCM supplier is expected to be responsible for the areas of: a) design (this includes producing and developing the detailed design); (b) procurement of necessary materials and equipment; (c) management and administration of the construction contracts. DHB1 includes the conversion of 88 km 30” methane pipeline (one out of two parallel pipelines) and the establishment of 45 km 36” hydrogen pipeline including L/V-stations and PLR-stations, along with metering and regulation stations on the mainline as well as branch off connection stations for hydrogen producers and consumers. The decision to initially build only DHB1 reflects a pragmatic approach for developing a scalable hydrogen infrastructure that can be expanded as market demand and production capacity grow. The first call for tender on the SQS will include an EPCM contract for DHB1 and potentially options for additional parts of the full DHB. Further EPCM contracts are expected to be tendered under the SQS, when political decisions for the remaining parts of the DHB are sin place.Green Hydrogen Investments in India
Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbHEschbornDeadline: Sep 07GIZ provides consultancy to its partners through a wide array of methods. Most importantly, GIZ develops and implements solutions together with partners through close cooperation and process advisory. The project "Green Hydrogen Investments" (GH2I), implemented under the Indo-German Bilateral Development Cooperation by Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH on behalf of the German Federal Ministry for Economic Cooperation and Development (BMZ) and Ministry of New and Renewable Energy India (MNRE), contributes to a sustainable and inclusive energy transition towards climate neutrality by improving the policy, institutional and technical requirements for the use of green hydrogen in India"s hard-to-abate sectors. The goal of this specific tender is to support GIZ and its partners in achieving these goals. Green hydrogen is particularly important for energy-intensive industrial sectors, such as the iron, e-SAF and fertilizer industry among others, which cannot be efficiently and cost-effectively decarbonized with purely electricity-based technologies. The objective of the tender is to provide high-quality advisory services, ad hoc studies and policy and regulatory instrument proposals and designs in the context of gH2 in hard-to-abate sectors in India based on international experience. The contract offers support through studies in the space of green ports, green iron and steel, e-SAF and green public procurement. The assignment provides the project also with ten regulatory and policy instruments: Policy Instruments: - Framework for Green Hydrogen Demand Creation, e.g. covering sector-specific pathways for the gradual substitution of grey hydrogen in refineries and fertilisers, utilizing non-mandatory and phased market-aligned approaches, and aligning green public procurement with India"s broader decarbonisation goals (NDCs) - Infrastructure Planning Framework, e.g. covering strategic cluster formation, pilot design, RACI-based roles, and tender design that incorporates quality and safety criteria (such as PESO compliance) alongside site selection and state-level capacity building. - Integration of Green Hydrogen in State Energy Planning (IEP), e.g. adopting a state-led approach to integrate into broader provincial energy strategies, building on existing projects such as the ongoing IEP project in Odisha to ensure regional alignment. - Gender Policy in Green Hydrogen, e.g. promoting gender inclusion across the value chain to ensure diverse participation and workforce development within the emerging green hydrogen economy Regulatory Instruments: - Green Hydrogen Infrastructure - Legal & Regulatory Framework, e.g. covering the assessment of existing legal frameworks and infrastructure-related laws (such as the PMP Act), identifying regulatory gaps that require amendments, and providing recommendations to ensure adequate legal backing for shared infrastructure. - Policy as a Code (Energy Regulations), e.g. covering the conversion of policies and regulatory provisions-including certification schemes, tariffs, GNA rules, and connectivity rules-into machine-readable formats to enable automated, consistent implementation and rule-based decision-making. - Port & Logistics Handling Norms for Green Hydrogen and Derivatives, e.g. covering the establishment of standards and procedures for the handling, storage, and transport of green fuels at ports, with a specific focus on addressing bunkering gaps for Ammonia and Methanol. - Green Iron and Steel Taxonomy Integration Framework, e.g. covering the integration of notified green steel taxonomy into public procurement and financing, ensuring alignment with national targets (NDCs) and broader decarbonisation efforts while providing guidance on the structuring of financial support mechanisms for equipment and process integration - Green Hydrogen Standardization Roadmap, e.g. covering the establishment of hydrogen standardization efforts within the Indo-German Energy Partnership and India's National Green Hydrogen Mission - e-SAF Regulatory Readiness Framework, e.g. covering the development of a regulatory framework for the production, certification, accounting, and export of e-SAF in India, aligned with international requirements as ReFuelEU Aviation Regulation, RED III, and associated delegated acts.NRK 2026-504 Framework agreement for the hire of equipment and the procurement of services - lighting, sound, AV
Norsk rikskringkasting ASOSLODeadline: Aug 19NRK would like to establish a new parallel framework agreement for the hire of equipment and the procurement of services within lighting, sound and AV. One tenderer will be awarded the status of A-supplier. Other tenderers awarded the contract will be ranked in accordance with the evaluation criteria. NRK will hold mini competitions each year for the framework agreement for the award of productions with an estimated budget of more than NOK 1 million for the disciplines covered by the framework agreement. The framework agreement is for delivery to all of NRK, regardless of production type or genre, and includes both small and large productions nationwide. The tenderer who is given the status of A-supplier will be NRK's primary equipment supplier for productions within the contract ́s scope, with the exception of productions with an estimated budget of NOK 1 million, awarded after the annual mini-competition. The contract period is 2+1+1 years and the total value is currently limited to NOK 60 million.
Frequently asked questions about this tender
- How can I apply for this tender?
- Create a free account on Auftrag One. You will then see all documents, deadlines and submission notes in a structured workflow.
- What is the submission deadline?
- The submission deadline is 22. September 2026.
- Who is the contracting authority?
- The contracting authority is Oulun yliopisto.
- Which documents are needed to get started?
- Typically you need the service description, proof of eligibility, deadline notes and possibly form sheets. On Auftrag One these items are displayed in prioritized order.