Tender monitoring

6003004237-BAAINBw E2.2W W26030

The University of Groningen (UG) intends to purchase a benchtop NMR spectrometer and its full integration into Chemspeed SWING robotic platform available at Stratingh Institute for Chemistry with the purpose to analyse and characterize reaction products and intermediates in-situ and feed these results back into AI-driven optimization loop. After careful market research focusing on the requirements, the UG has come to the conclusion that Bruker’s Fourier 80 RxnLite is the only technically suitable solution that enables robotic integration, multi-nuclear analysis, and sufficient spectral performance to support the RobotLab’s closed-loop, AI-driven research objectives. If there are parties who can meet the requirements mentioned in this document as well, please respond to this market consultation before 28 March 2026. If there are no reactions, the UG will proceed with the purchase of the benchtop NMR system of Bruker without prior publication.

The purpose of the contract concerns the design studies of heat exchanger batteries (including studies to improve the initial design), workshop manufacturing, and on-site work. The exchanger has 16 batteries and its function is to preheat the air upstream of the Combustion Turbine compressor on the Blénod CCGT and on Unit 5 of the Martigues CCGT. The expected services are as follows: 1/ Design of a new exchanger: The Contractor must design a new exchanger according to CODAP or EN standards, incorporating design improvements to guarantee it a lifespan of 25 years and 1,500 hours of annual operation, under normal operating conditions and site ambient conditions. 2/ Workshop manufacturing of exchange batteries and hydraulic testing, pickling and passivation - DESP conformity assessment according to module G: 3/ On-site transport and storage 4/ Removal of old batteries - Installation of new batteries - Participation in leak tests carried out by the site before equipment restart - Performance of functional tests on achieving thermal performance: - Removal of old batteries, - Installation of new batteries, Leak tests aim to validate bolted assemblies. Installation at Blénod will take place during the 2027 unit shutdown, which occurs between May and September. As the next unit shutdowns at Martigues 5 are short shutdowns, the installation of the batteries will be as follows: 4 batteries in 2027, 4 in 2028, 4 in 2029 and 4 in 2030. The 2027 unit shutdown lasts 1 month, in April (only 3 and a half weeks available for the removal of old batteries and the installation of new ones).

The purpose of the contract concerns the design studies of heat exchanger batteries (including studies to improve the initial design), workshop manufacturing, and on-site work. The exchanger has 16 batteries and its function is to preheat the air upstream of the Combustion Turbine compressor on the Blénod CCGT and on Unit 5 of the Martigues CCGT. The expected services are as follows: 1/ Design of a new heat exchanger: The Contractor must design a new heat exchanger according to CODAP or EN standards, incorporating design improvements to guarantee a lifespan of 25 years and 1,500 hours of annual operation, under normal operating conditions and site ambient conditions (the number of expected cycles will be given in the CCTP). These improvements must take into account the disorders encountered since commissioning, namely leaks related to stress corrosion cracking and crevice corrosion. The Contractor must take into account the potential root causes identified by the Company, as well as all those it will identify during its study. The new heat exchanger must adapt to existing interfaces on site. On-site measurement is strongly recommended. The CCTP will indicate information on air/steam flows, temperatures and humidities at which the heat exchanger must operate, the requested delta T, and the admissible pressure drop. 2/ Workshop manufacturing of heat exchange batteries and hydraulic testing, pickling and passivation - DESP conformity assessment according to module G: Delivery of 3.1 certificates and 100% surface NDT 3/ Transport to the site and storage 4/ Removal of old batteries - Installation of new batteries - Participation in leak tests carried out by the site before equipment restart - Performance of functional tests on achieving thermal performance: Removal of old batteries:  Installation of markers in exclusion zones,  Cutting and/or removal of elements and structures necessary for battery removal,  Disconnection of batteries and removal of support elements,  Crane setup and coordination with the maneuver chief,  Drafting and validation of lifting adequacy,  Lifting and lowering of batteries to the ground for cutting,  Evacuation of cut batteries to the site's waste disposal facility,  Site safety and impassable marking of dangerous areas. Installation of new batteries:  Transport of batteries from the storage area to the work site,  Crane setup and drafting then validation of lifting adequacy,  Crating of batteries and installation in the lower part,  Connections to existing (bolting with new mounting gaskets according to previously identified tightening torques),  Connection of batteries to each other (bolting),  Reinstallation of intermediate floors if necessary,  Installation of scaffolding for heat exchangers in the upper part,  Crating of batteries and installation in the upper part – connection of lines,  Connections to existing (bolting with new mounting gaskets according to previously identified tightening torques),  Connection of batteries to each other (bolting),  Reinstallation of existing elements and structures removed, if necessary welding and painting. It is possible to handle the old and new batteries either from the top of the heat exchanger by making cuts on the roof of the Combustion Turbine intake duct, or by removing the suction caps upstream of the heat exchanger. The batteries are bolted on site. Leak tests aim to validate bolted assemblies. Functional tests aim to validate the thermal exchange performance. We request a verification for at least 1 month, during the period when the heat exchanger is operating, i.e., rather in winter (therefore several months after on-site installation). Installation at Blénod will take place during the 2027 unit shutdown which occurs between May and September. As the next unit shutdowns at Martigues 5 are short shutdowns, the installation of the batteries will be as follows: 4 batteries in 2027, 4 in 2028, 4 in 2029 and 4 in 2030. The 2027 unit shutdown lasts 1 month, in April (only 3 ½ weeks available for the removal of old batteries and the installation of new ones).

Procurement of energy in the form of electricity and gas from 2027. Estimated consumption of electricity: 4.5 million kW/h. Estimated consumption of gas: 8.0 million kW/h

The objective of this QSQ is to qualify Applicants onto the Qualification System as divided into the following Lots: Lot 1 - Supply of Electricity to Republic of Ireland (ROI) Lot 2 - Supply of Electricity to Northern Ireland (NI) Applicants may apply for qualification in one or more Lots.

Due to the expected amount of activity in the exhaust air, FAIR will be required in the future to operate an exhaust air measurement system that specifies the composition and activity of the discharge.

Notice of existence of the SOGIN S.p.A. qualification system for ENGINEERING SERVICES

The objective of the project is the supply, construction and commissioning of a battery storage system (BESS) with an installed capacity of minimum 89 MW in two units of 2 x 44.5 MW and a total capacity of minimum 178 MWh, on the existing site of the Slovak Nuclear Power Plants, where the capacity of the storage system must be twice the installed capacity.

This announcement informs of the existence of the EDP Spain Group Supplier Classification System for the contracting of works indicated in section II. This classification system is operated by Achilles (http://www.achilles.com) with its GoSupply solution and incorporates all the information and documentation necessary for the correct identification and evaluation of suppliers based on the CPV categories in which said suppliers are classified. The EDP Spain Group will preferably use this classification system to contract all products, services and works contemplated in Royal Decree-Law 3/2020, of February 4, which replaces the previous Law 31/2007 on contracting procedures in the water, energy, transport and postal services sectors.

Inverter delivery (Dynamic purchasing system 500 MW)

District heating elements DN500 and DN400 for 2025

Notice of Magnet Joint Qualification System (JQS), a portal for supplier qualification and which is used by buyer organisations and all operators in the energy industry to search for, assess and qualify suppliers in accordance with their respective qualification and procurement requirements. Magnet JQS is operated by Offshore Qualific, https://offshorequalific.no/en/, an organisation by and for the energy industry, with purpose to make provision for supplier qualification processes and standardised auditing services which promote safe and effective operations in the energy industry. The Buyer organisations and all operators use Magnet JQS for selection for contracts and framework agreements subject to EU procurement rules, but reserve the right to publish individual notices for special requirements where they find it necessary, even if they apply the product and service categories covered by Magnet JQS. Magnet JQS can be used for contracts that are not subject to the EU procurement rules. Enquiries may be sent by direct contact from the buyer organisation or operator. To register the company in Magnet JQS go to the https://offshorequalific.no/no/magnetjqs/ in order to start the registration process. In order to have an active status in Magnet JQS, the annual service fee is required to be paid and the supplier data must be kept updated. Magnet JQS is in accordance with directive 2014/25/EU.

1. PART I - GENERAL DESCRIPTION OF THE UNDERTAKING 1.1. The purpose of the Procedure is to select a Private Partner who will conclude a Partnership Agreement with the Public Entity for the joint implementation of the Undertaking. 1.2. The subject of the Partnership includes the joint implementation of the Undertaking, based on the local spatial development plan applicable to the Properties, the urban-architectural concept, the SWZ, the Offer and the Partnership Agreement, the purpose of which is to develop the investment area and construct a generation source. 1.3. The basis for the Undertaking is the construction and operation of a heat generation source for the purpose of supplying the municipal heating system in Ustka. 1.4. The construction of a heat generation source is assumed in three technological variants: Technological Variant No. 1: construction of a new heat generation source using RES technology with a total installed capacity of 4.5 MW, consisting of a high-parameter air source heat pump (suggested capacity 3.1 MW) and optionally a biomass boiler (suggested capacity 1.4 MW). The source will operate as the basis of the system, covering the demand for heat for heating purposes and domestic hot water. The estimated amount of energy will be 114,422.68 GJ/year, which will constitute 57.60% of the annual demand for thermal energy for the heating system. Technological Variant No. 2: construction of a new heat generation source in mixed technology, which will consist of a highly efficient cogeneration system powered by natural gas and RES with a total thermal capacity of 6.2 4.5 MW. The system will consist of highly efficient cogeneration with a thermal capacity of 3.1 MWt and a biomass boiler or other RES with a capacity of 1.4 MW. The system will operate as the basis of the system, covering the demand for heat for heating purposes and domestic hot water. The estimated amount of energy will be 114,422.68 GJ/year, which will constitute 57.60% of the annual demand for thermal energy for the heating system. Technological Variant No. 3: The Contracting Authority allows the Bidder to propose their own technological variant based only on a cogeneration system or a heat pump or a combination of these two generation technologies or other heat generation technology from RES. The condition for admitting the Bidder's variant is the amount of energy that the new source will produce for the needs of the municipal heating network. The estimated amount of energy will be 114,422.68 GJ/year, which will constitute 57.60% of the annual demand for thermal energy for the heating system. 1.5. The subject of negotiations will be to determine optimal technical solutions enabling the Public Entity's goals to be met, such as achieving the status of an energy-efficient heating system, reducing the capacity of generation sources in the area of the current boiler house in order to exclude this boiler house from emission obligations resulting from the EU ETS, and limiting fees for atmospheric pollution emissions. When selecting technology, the Private Partner should be guided by the principle that over 50% of the energy generated for the heating system must come from sources indicated in the variants specified in point 1.4. Therefore, the minimum amount of energy production by new sources will be 99,321.55 GJ/year. 1.5.a On 14.11.2025, Przedsiębiorstwo Energetyki Cieplnej EMPEC Sp. z o.o. in Ustka received a refusal to issue connection conditions for a gas cogeneration source with a capacity of 3.35 MWe. The DSO proposed a commercial connection, estimating the cost of connection at PLN 19,810,000.00 net. The Contracting Authority informs that it will not cover the costs of constructing the power connection. 1.6. The Public Entity Contracting Authority informs that it does not have the right to dispose of land for investment purposes. The Public Entity also allows the Private Partner to propose other location solutions within the land they own. The Contracting Authority informs that at present it does not have a legal title to the properties indicated above, which would allow it to implement and operate the heat source. During the competitive dialogue and based on its results, it will take actions aimed at obtaining legal title to the properties. 1.7. The Undertaking is intended to serve the implementation of public tasks belonging to the scope of the Public Entity's own tasks, including in particular tasks in the field of: 1.7.1. spatial planning, real estate management, environmental and nature protection, 1.7.2. supply of thermal energy.

The energy supply is included in the contract and will take the form of an MCI type contract (metered contract with P1heat + P'1elec items). The energy supply is invoiced on the basis of a unit price, expressed in €/MWh based on a monthly reading of the energy meters located in the heat delivery stations. The CONTRACTOR is responsible for the supply of biomass (forest chips), as well as the gas purchase contract for the boiler room. The Contractor will bear the costs of purchasing electricity and water. It also commits to a performance objective in terms of electricity consumption and make-up water. For each of the 5 sites, the contractor must operate and maintain the boiler room and the wood energy heat network, including the heat production and distribution facilities up to the downstream flanges of the exchangers in substations, and the regulation/control/supervision/data extraction system for the entire system.

Experienced and qualified Companies are invited to provide engineering and construction services, including supply, installation, testing and commissioning of Temporary Warehousing and Breakroom Tents (commodity code UA11) at the project location for the Poland Nuclear Power Plant. The following temporary buildings will be located on the project site: 6 of Temporary Warehouses • Equipped with electrical utilities; • Heated and ventilated for climate control of material storage; • Footprint of each: 2760 m2; • Dimensions of each: 24 m (length), 115 m (width), 10 m (height). 3 of Temporary Breakroom Tents for Craft Professional Lunch Break: • Equipped with electrical, water, sewer, communication utilities; • Heated and ventilated for use by people through all seasons in Poland; • People capacity: 2300 per tent; • Footprint of each of 5200 m2; • Dimensions of each: 130 m (length), 40 m (width), 10 m (height). Buildings shall be made using prefabricated technology with steel made supporting structure and fabric cladding, placed and anchored to the concrete surface. The buildings shall be equipped with facilities as listed above and comply safety and quality certificates as stated per building law in Poland. The surface preparation is excluded from the scope. The detailed scope of work will be outlined in the specifications, scope documents, and other contractual materials provided to the Companies within the Request of Quotation.

Experienced and qualified Companies are invited to provide Onsite and Offsite Testing Laboratory Facilities and Testing Services with Concrete, Grout, Bituminous Paving and Soil capabilities. This is to support the construction of the Poland Nuclear Power Plant. The scope of work includes providing comprehensive labor, supervision, materials, equipment, and technical services to operate on-site and off-site testing facilities. This includes sampling, testing, mapping test locations, and reporting results in strict compliance with subcontract documents, applicable Polish national standards and project specifications. Interested Companies must register their Contractor's information in Bechtel's iSupplier portal at https://supplier.becpsn.com link and select commodity code SY01 as their specialty. If Contractor has any questions or intends to express interest in bidding this requirement, the Company shall notify Bechtel’s Contact Person. At that point, Bechtel shall provide the interested party the Poland Prequalification Questionnaire which Company would complete with response to Bechtel for review. Bechtel notes that previous proven experience with Testing Services of similar scale and complexity will be mandatory.The prequalification questionnaire includes a list of questions required to be considered as prequalified, and examples to include demonstration of (i) experience in material testing in the past or current projects, (ii) safety record and compliance to quality requirements (see section 7),(iii) compliance to certification of legally mandatory requirements (including anti-corruption and sanctions), (iv) financial standing (solvency), and (v) organizational capabilities.In the event of high competitiveness of the proceedings (a large number of companies expressing interest), Bechtel reserves the right to conduct a preliminary preselection of companies for further proceedings, which demonstrate the greatest potential for performing the scope of work. Upon Bechtel’s evaluation of a response to the Poland Prequalification Questionnaire, Bechtel will notify if the Company meets, conditionally meets, or does not meet the prequalification requirements. A Company's submission of Prequalification Questionnaire does not automatically qualify the Company to be a pre-qualified Company.Bechtel reserves the right to exclude any of the following from this Competitive Bidding process: a. any economic operator that is directly or indirectly owned or controlled by an entity from a country not covered by the Government Procurement Agreement ("GPA") with the EU; or b. economic operators who rely in the Competitive Bidding process on capacities of any entities from countries not covered by the GPA with the EU. Such decision of Bechtel shall not be subject to complaint. Each prequalified Company will be required to execute a Non-Disclosure Agreement (NDA). Companies meeting the prequalification criteria and who have executed the NDA will be invited to submit the proposals for Material Testing Package.The RFQ shall include the award criteria, scope of work, specifications, drawings, datasheets, terms and conditions, and schedule data. The RFQ shall be issued via Bechtel’s Digital Supply Chain System automation tool. The RFQ document will include the scope of the 3rd Party Testing Laboratory Facilities for Concrete and Earthwork (Soils) on the Poland AP1000 Project. The Company must deliver fully operational testing laboratory facilities—both onsite and offsite capable of performing all required soil, concrete, grout, and bituminous paving tests. This includes providing all necessary labor, supervision, materials, equipment, tools, and technical/professional services. The Company is responsible for obtaining and maintaining all relevant permits, certifications, and licenses for personnel, equipment, and vehicles, and must ensure compliance with national standards and project specifications. Before mobilization, the Company must submit and obtain approval for key documents such as the Environmental, Safety and Health program and the Quality Control program. During execution, the Company must maintain safe, clean, and orderly facilities, provide all required utilities, and ensure proper sample handling, storage, and documentation. The Company is also responsible for preparing and submitting timely test reports, maintaining calibration and certification records, and supporting Bechtel in regulatory compliance and environmental management. Upon completion, the Company must demobilize all temporary facilities and submit all required closeout documentation, ensuring that all work is performed to the standards of good industry practice and in accordance with the contract documents. The Company is required to have an ISO 9001:2015 Certified Quality Management System. Seller’s activities will need to comply with Polish Law and National Standards.ISO17025 certification will be strongly preferred. The descriptions and quantities are provided to SELLER for information only. For the purposes of planning, the estimated quantities are as follows:Concrete, 1 160 000 m3, Grout, 500 m3, Bituminous paving, 2000 m2 Backfill Material, 3 215 500 m3, Cut Material 3 225 700 m3. Proposals may be provided in either EURO or PLN or USD. Furthermore, the proposals will be requested as a combination of lump sum items and fixed unit rate items. Award criteria shall be based on a combination of the highest evaluated scored bidder with consideration of the following key criteria in order of relevance, together with cost, which will determine the final decision for award which will be detailed further in the Bid Document(s) and during the RFQ phase:Previous Proven Relevant Experience,Technical Capability,Delivery Management Team, Environmental Health and Safety Performance, Quality Program Execution, Schedule Compliance

Fortum is looking for consultants that can strengthen our performance in investment projects and to some extent also in our daily operations. The consultant's general area of competence should be of a technical nature, with special focus having experience providing technical consulting services within Fortum’s business areas such as heating and cooling, heat pumps, solar, wind, BESS, hydro, nuclear power, automation and control systems, general civil work management, mechanical engineering, electrical engineering, environmental assessments, project management.

As evident from the tender documentation.