Tender monitoring

JRC-ISPRA both has in store and expects to produce during its decommissioning activities significant amounts of compactable waste. To minimise final disposal charges, suitable waste volume reduction options were evaluated. Based on cost-benefit studies, JRC-ISPRA has chosen to reduce the volume of its compactable waste by super-compaction and is now interested in renewing an external super-compaction service.

The scope of work for this package consists of, but is not limited to, designing, manufacturing and delivering complete and fully operational equipment, detailed as: condensate pumps for the Condensate System (CDS) serving three AP1000 nuclear generating units. The package is anticipated to include nine (9) vertical deepwell, multi-stage centrifugal pumps, arranged as three (3) pumps per unit in a 3 × 50% configuration, complete with drivers, accessories, testing, documentation, quality assurance, inspection, and delivery services. The equipment shall be suitable for installation in the turbine building, designed for long-term reliable operation in a nuclear power plant environment, and compliant with applicable European Union regulations, Polish codes, and relevant industry standards. Interested suppliers should demonstrate experience with comparable large-capacity vertical multi-stage condensate pumps and the capability to support a major nuclear new-build project.

Power Purchase Agreement (PPA) for the supply of (wind) energy

C0106L26 - Open procedure concerning the Design Service and the Dismantling Works of the Internals and the Vessel of the Caorso Nuclear Power Plant (PC)

Leakage tests and repair of leaks in the hermetic zone in the form of preventive and corrective maintenance of the hermetic zone of individual NPP units (EMO and EBO) with the aim of preventing the leakage of Ra substances and ionizing radiation from the hermetic space (HP) into the surroundings. The scope of work also includes engineering activities, maintenance of hermetic zone premises, construction and hermetic sealing works, and the leakage tests themselves.

Radio monitoring: measuring devices for operational nuclear safety in a nuclear plant. These include devices for measuring contamination (i.e. air, surface, people, wipes, etc.), devices for dose rate measurements (i.e. gamma, neutrons, spectroscopic, high and low measurement range, etc.), devices for radon and tritium measurements, active dosimeters, and control and calibration sources. A long-term Dynamic Purchasing System will be set up. This will be divided into several categories (such as, for example, contamination monitors, dosimeters, etc.), based on which partial contracts can be placed later on. Through the Dynamic Purchasing System, the Awarding Authority wishes to create an open pool of entrepreneurs that meet the selection criteria and have been admitted to the system, who are able to supply and maintain these devices. Requests to participate may be made throughout the entire duration of the Dynamic Purchasing System, on the basis of which new entrepreneurs may be admitted to the Dynamic Purchasing System, provided they meet the selection criteria. All participants admitted to a given category, and only those participants, will be invited at regular intervals under the Dynamic Purchasing System to submit a tender for a specific supply contract ("partial contract"). These partial contracts will be awarded according to the rules of the restricted procedure, as applicable under a Dynamic Purchasing System (in accordance with Article 44 of the Public Contracts Act and Articles 101 et seq. of the Royal Decree on the award of public contracts), in which all participants will be placed in competition. The procedure of the Dynamic Purchasing System (abbreviated as D.P.S.), as provided for by Article 44 of the Public Contracts Act, seems to be the most suitable procedure for this contract, given that: • it relates to commonly used supplies that are generally available on the market; • this system offers the possibility of managing an open pool of entrepreneurs that meet the selection criteria in the long term (e.g. for 10 years), allowing entrepreneurs to register at any time for admission to the system, provided they meet these criteria; • in accordance with Article 44, §2 of the Public Contracts Act, all entrepreneurs that meet the selection criteria are admitted to the system, without any limit in number; for each specific contract, in accordance with Article 103 of the Royal Decree on the award of public contracts, all admitted participants (or those within the relevant category) are obliged to submit a tender, which ensures competition; • the system can be divided into categories (e.g. per type of device), allowing for a specific competition to be organised between the relevant participants for each specific contract; • thus, the system offers flexibility to determine the detailed technical specifications and conditions of performance for each specific contract. Categories: Explanation: A = Alpha, B = Beta, G = Gamma, and N = Neutrons • Air contamination monitors (environment and chimney) ABG; • Surface contamination monitors ABG; • Liquid monitors BG; • Dose rate monitors (stationary and portable) ABGN; • Radio-Isotope Identification Device GN; • Hand and foot monitors ABG; • Integrated personnel contamination monitors ABG; • Radon monitors; • Active dosimeters BGN; • Alpha/beta Low Background Counters ABG; • Tritium monitors; • Radioactive control and calibration sources ABG (contamination and dose rate); • Others, not mentioned above.

The aim of this procurement procedure is to conclude a contract for the supply of an airborne radiometric system (aerogamma spectrometry (AGRS)) to support the research projects of GeoSphere Austria. The new instrument must meet current standards in the field of aerogeophysical detection of natural and artificial radioactivity and be suitable for use in airplanes or helicopters.

The scope of work for this package consists of design, furnish material, fabricate, test, and deliver (9) vertical concrete volute pumps (based on European Materials, Codes and Standards) for each of the three nuclear power plants (NPPs) planned for the Poland AP100 Project. The Circulating Water Concrete Volute Pump, pumps brackish Baltic Sea water to remove heat from the main condensers in a once through cooling system configuration. There are 9 total concrete volute pumps for the project site (3 x 33% per unit) with a rated flow of 21.3 m3/s (76,668 m3/hr), pump head of 22.5m, and design life of 60 years. There shall be physical model testing and shop performance testing on the pump.

The scope of work for this package consists of design, furnishing materials, fabrication, inspection, testing, and documentation for packaged electrode type electric boiler, deaerator, blowdown flash tank, boiler feed system, chemical feed system complete with all required controls and instrumentation. The auxiliary boiler has estimated net steam output of 46,000 kg/hr at 13.79 bar. The packaged boiler shall be designed, fabricated, tested and stamped in accordance with EN standards; including but not limited to: a. PN-EN 13445 Unfired Pressure Vessels b. PN-EN 12953 Shell Boilers NOTE: The estimates provided above are APPROXIMATE only. The intent is to give bidders an idea of the scale of the project. Actual numbers will be included in official bid package.

The European Commission, Joint Research Centre (JRC) in Karlsruhe (Germany) plans to sell approximately 7.7 grams of Radium-226 (Ra-226), a valuable resource from its our strategic inventory utilised for cutting-edge research and development in nuclear medical applications. This includes applications in the production of Actinium-225 (Ac-225) for the use of targeted alpha therapy. Following a surge of demand for Ac-225, Ra-226 material serves as a crucial source material for producing it as well as other valuable medical radioisotopes, such as Lead-212 (Pb-212). With a growing demand and limited supply for Ra-226, the JRC Karlsruhe wants to contribute to the medical isotope supply chain. The expertise along with the state-of-the-art assets at JRC Karlsruhe, equips it to contribute effectively to this critical field. This sale is meant to bolster the availability of Ra-226 for medical applications and further the advancement of nuclear medicine.

The scope of work for this package consists of design, furnish material, fabricate, test, and deliver (9) vertical concrete volute pumps (based on U.S. and European Materials, Codes and Standards) for each of the three nuclear power plants (NPPs) planned for the Poland AP100 Project. The Circulating Water Concrete Volute Pump, pumps brackish Baltic Sea water to remove heat from the main condensers in a once through cooling system configuration. There are 9 total concrete volute pumps for the project site (3 x 33% per unit) with a rated flow of 21.3 m3/s (76,668 m3/hr), pump head of 22.5m, and design life of 60 years. There shall be physical model testing and shop performance testing on the pump. NOTE: The estimates provided above are APPROXIMATE only. The intent is to give bidders an idea of the scale of the project. Deadline (Pre-qualification Submittal): September 2026 (Forecast – Subject to change) RFQ Document Issuance: November 2026 (Forecast – Subject to change) Supplier Proposals Due: January 2027 (Forecast – Subject to change) Order Award Date: April 2027 (Forecast – Subject to change) * After completion of the design submittals, the company is placed on hold until release for fabrication. The timing of the release is based on required fabrication and delivery lead times. Required Onsite Date: Unit 1: June 2032 (Forecast – Subject to change) Unit 2 & 3 will be further detailed in the RFQ package.

European restricted procedure for the establishment of a Dynamic Purchasing System for the supply of energy for the Innovative energy purchasing alliance Noord-Holland Zuid 4,500 MWh

The scope of work for this package consists of detailing, fabricating and delivering over 100 structural steel module assemblies (based on U.S. Materials, Codes, and Standards) for each of the three nuclear power plants (NPPs) planned for the Poland AP1000 Project. The total weight of the structural steel modules is approximately 2000 metric tons (MTs) per unit, or 6000 MTs total for all three units. The module designs include structural steel shapes, plates, studs, and miscellaneous items, such as grating, handrail, stairs, reinforcing steel couplers, pipe sleeves, etc. The majority of the design uses carbon steel, however there is some duplex stainless steel used in several module designs. Fabrication is divided into five module categories, all typically delivered as subassemblies for site assembly with installation by others: • CAxx (18 modules): Floor modules (up to 13m x 13m x 1.4m, 50 MT) supporting concrete slab placement. • CBxx (37 modules): Liner modules replacing formwork (one 300 MT module 45m diameter x 10m high; most modules up to 6m x 4m x 4m, 12 MT), consisting mainly of plates, studs, and stiffeners. • CHxx (14 modules): Heavy stair/platform tower framing (up to 20m x 10m x 8m, 90 MT). • CSxx (4 modules): Light stair modules with framing, handrails, and grating (up to 8m x 6m x 4m, 16 MT). • SPLxx (36 modules): Platform modules (light to heavy framing) including large mezzanine and operating decks, up to 120–160 MT. NOTE: The estimates provided above are APPROXIMATE only. The intent is to give bidders an idea of the scale of the project. SCHEDULE FORECAST (SUBJECT TO CHANGE) Prequalification Submittal Deadline: September 2026 RFQ Document Issuance: January 2027 Supplier Proposal Due: March 2027 Order Award Date: July 2027 Required on Site Date: First Delivery (Unit 1): August 2029 // Final Delivery (Unit 3): July 2035 (Additional delivery schedule information will be provided in the RFQ Package)

The scope of work for this package consists of, but is not limited to, designing, furnishing material, fabricating, testing, and delivering complete and fully operational equipment, detailed as: a. Twenty-four (24) automatic dual flow type traveling water screens b. Thirty-three (33) trash racks c. Six (6) motorized trash rack raking systems with associated monorail and support d. structures. Two (2) raking systems per unit where each rake covers six (6) or five (5) trash racks e. Two (2) intake tunnel stop gates (1 per tunnel). Nine (9) circulating water pump suction stop gates. The traveling screens shall be designed for continuous, submerged service in brackish Baltic seawater to support a cooling water intake structure with a depth of 23m. Design conditions for Baltic Sea chloride concentration will be considered and specified further in the RFQ Package. There shall be material selection consideration to exposure conditions such as stagnation, biofouling, mussel formation, and frazil ice formation. NOTE: The quantities and dimensions provided above are APPROXIMATE only. The intent is to give bidders an idea of the scale of the project. Actual quantities and dimension numbers will be included in official bid package. Deadline (Pre-qualification Submittal): August 2026 (Forecast – Subject to change); RFQ Document Issuance: November 2026 (Forecast – Subject to change); Supplier Proposals Due: January 2027 (Forecast – Subject to change); Order Award Date: April 2027 (Forecast – Subject to change) * After completion of the design submittals, the company is placed on hold until release for fabrication. The timing of the release is based on required fabrication and delivery lead times. Required On Site Date: Unit 1: July 2032 (Forecast – Subject to change) Unit 2 & 3 will be further detailed in the RFQ package. Additional delivery schedule information will be provided in the RFQ Package

Supply contract for the supply of properties of the DRV Bund (nationwide) with electrical energy from new renewable energy plants (100 percent green electricity) Lot 1 - Full electricity supply service buildings Lot 2 - Full electricity supply rehabilitation clinics

Procurement of a kit of autoinjectors against nerve agents.

Procurement of CBRN protective masks, Group 1: Set of CBRN protective masks with filters and bag, Group 2: CBRN protective mask for special operations.

Acquisition of 100% renewable guarantees of origin

The JRC intends to sign five insurance contracts covering fire, natural and industrial hazards and material damage to nuclear and non-nuclear installations at five JRC research sites (Ispra, Geel, Petten, Karlsruhe, Seville). The insurance must cover the buildings (nuclear reactors, nuclear laboratories, offices, welfare services, non-nuclear laboratories) and their content (machinery and equipment, laboratory instruments and consumables, fissionable material, furniture and other goods). There is one lot for each JRC site. The premium is calculated with the "replacement cost value", the current cost to replace an item or structure as new. . Each tenderer can submit an offer for one or more lots.

The contract concerns the delivery of a Modular Smart Energy Grid with energy-generating and energy storage equipment and the performance of maintenance on the Modular Smart Energy Grid & associated equipment. It is the wish of the Contracting Authority to add or exchange innovative developments or components to the Smart Energy Grid together with the winning Tenderer during the maintenance period, in order to test these new components for their effectiveness and their operation within the Smart Energy Grid.