(RE-14006) Purchase of Analyzers and Pumps [Publication Period: 2024-10-23 to 2024-11-13]

(RE-14006) Purchase of Analyzers and Pumps [Publication Period: 2024-10-23 to 2024-11-13] Announcement Period: ~ ( )1. Item for Competitive Bidding: As per specifications. 2. Place for Submission of Bids, etc.: Place for Distribution of Bid Explanation Documents, etc., and Place for Submission of Bids, etc., and Contact Information (Direct Dial): Method of Distribution of Bid Explanation Documents, etc.: Distributed at the place of distribution described in 2.(1) above or by e-mail. However, distribution will be made on weekdays, excluding Saturdays, Sundays, public holidays, and year-end/New Year holidays (December 29 to January 3). If you wish to receive by e-mail, please send an e-mail stating "Date of Announcement, Bid Item Name, Organization's Contact Person's Name, Your Company Name, Address, Department, Name, Phone, FAX, E-Mail" to the address in 2.(1) above. The deadline for receiving distribution requests is 17:00 on . Date and Time and Place of Bid Explanation Meeting: Deadline for Submission of Bid Related Documents and Technical Review Materials: Deadline for Submission of Bids: R8.11.13 Fulfillment Deadline: (2)(4)(3) The following competitive bidding will be held. Bid Announcement (Mail Bid): Purchase: R8.10.23 Management Department, Finance and Contracts Division: Manager, Management Division: Yoshihiro Matsuda: 0175-71-6538 Place of Performance: Rokkasho Fusion Energy Research Institute, 2-166 Obuchi Azomae Tate, Aza-Omura, Rokkasho-mura, Kamikita-gun, Aomori Prefecture, 039-3212 (1)(2) October 23, Reiwa 8: Rokkasho Fusion Energy Research Institute, Aomori Prefecture, Kamikita-gun, Rokkasho-mura, Aza-Omura, Aza-Omura, 2-166: Purchase of Analyzers and Pumps: March 31, Reiwa 9: Masayuki Odagiri: Item Name: Content: Record (3) (Friday): TEL: FAX: 0175-71-6501: 12:00: November 13, Reiwa 8: E-mail: December 3, Reiwa 8 (Thursday): NOT TO BE HELD: National Institutes for Quantum and Radiological Science and Technology (4) November 16, Reiwa 8 (Monday) 12:00 (5) nyuusatsu_rokkasho@qst.go.jp: National Institutes for Quantum and Radiological Science and Technology, Rokkasho Fusion Energy Research Institute, 2-166 Obuchi Azomae Tate, Aza-Omura, Rokkasho-mura, Kamikita-gun, Aomori Prefecture, 039-3212: R08RE-14006 (1) Date and Time and Place of Bid Opening: 3. Qualifications Required for Bidders: Must not be under a period of suspension of bidding from this organization. Must have the unified competitive bidding participation qualification for all government ministries. Must be able to submit a pledge stating that they do not fall under the category of organized crime groups, as specified separately by this organization. 4. Bid Bond and Contract Deposit: Exempt. 5. Invalid Bids: Bids submitted by persons who do not have the qualifications required to participate in the bidding. Bids submitted by persons who have violated the terms of the bid. 6. Requirement for Creation of Contract Documents, etc.: Required. 7. Method of Selecting the Successful Bidder: 8. Other: Will be posted on the organization's website. The above is hereby announced. (5) Must not fall under the provisions of Article 10 of the "Contract Administration Rules" of the National Institutes for Quantum and Radiological Science and Technology. However, this does not apply to minors, persons under guardianship or assistance who have obtained the necessary consent for contract execution. Rokkasho Fusion Energy Research Institute: The bidder who passes the technical review, submits a valid bid within the limit of the estimated price, and offers the lowest price will be the successful bidder. (Lowest Price Winning Method): Management Research Building: December 3, Reiwa 8 (Thursday): Attendance at bid opening is not required, and the results of the bid opening will be notified separately. If no successful bidder is found as a result of the bid opening, the deadline for resubmission of bids and the date and time of bid opening will be notified separately. (Monday) (2) (1) (2) (3) (4) (1) If you have any questions regarding this bid, please submit a written inquiry to the contact person listed above. The answers to the questions will be provided on November 9, Reiwa 8. (2) When determining the successful bidder, the amount obtained by adding 10% of the amount written on the bid to the amount written on the bid (if there is a fraction of less than 1 yen, the fraction will be rounded down) will be the successful bid price. Therefore, bidders shall write the amount equivalent to 100/110 of the estimated amount on their bid, regardless of whether they are taxable or non-taxable entities for consumption tax. (4) By November 13, Reiwa 8 (Friday) 11:00: Must not fall under the provisions of Article 11, Paragraph 1 of the "Contract Administration Rules" of the National Institutes for Quantum and Radiological Science and Technology. (1) Persons wishing to participate in this bid must submit a pledge stating that they do not fall under the category of organized crime groups, as specified separately by this organization, at the time of submitting their bid. If a pledge is not submitted, or if a false pledge is made, or if the pledge is violated, the bid shall be deemed invalid. (3) For other details, please refer to the bid explanation documents. Be sure to obtain the bid explanation documents as per 2.(2) above. (2) In addition to this item, "Procurement Schedule Information" will be posted on the procurement information page of the organization's website, so please check it. (URL: https://www.qst.go.jp/site/procurement/ ) (6) 15:00: Specifications for Purchase of Analyzers and Pumps: October, Reiwa 8: National Institutes for Quantum and Radiological Science and Technology, Rokkasho Fusion Energy Research Institute, Blanket Development Department, Tritium Engineering Research Group: 1. Subject: Purchase of Analyzers and Pumps. 2. Purpose and Overview: The National Institutes for Quantum and Radiological Science and Technology (hereinafter referred to as "QST") will develop a prototype fusion reactor development facility, the Fuel System Safety Test Facility (hereinafter referred to as "the Facility"), which handles large quantities of tritium, at the Rokkasho Fusion Energy Research Institute (hereinafter referred to as "Rokkasho Ken"). This includes the preparation of the Facility, related review work for the certification application of the test facility building, basic design of equipment, and updating of safety devices and procurement of analytical instruments in existing laboratories. This project is to purchase a set of analytical instruments and pumps necessary for measuring the moisture content and hydrogen concentration in the process gas of the test environment and for gas circulation and exhaust. 3. General Specifications: 3.1 Scope of Work: Delivery of the equipment set described in Section 4. 3.2 Delivery Date: March 31, Reiwa 9. 3.3 Delivery Location: 2-166 Obuchi Azomae Tate, Aza-Omura, Rokkasho-mura, Kamikita-gun, Aomori Prefecture, 039-3212 QST Rokkasho Ken, Prototype Reactor R&D Building, Blanket Development Department, Tritium Engineering Research Group. 3.4 Inspection Conditions: After delivery to the delivery location specified in 3.3, the inspection will be considered passed upon successful completion of external appearance inspection and quantity inspection by a QST representative. 3.5 Promotion of Green Procurement: (1) In this contract, if any environmentally preferable products (office supplies, OA equipment, etc.) subject to the Green Procurement Law (Act on Promoting Procurement of Environmentally Friendly Goods, etc. by the Government and Other Entities) are generated, they shall be adopted. (2) If printed materials are included in the submission documents specified in these specifications, they shall meet the standards for "paper products" stipulated in the basic policy of the Green Procurement Law. 3.6 Consultation: If any doubt arises regarding matters described in these specifications or matters not described in these specifications, a decision shall be made in consultation with QST. 4. Technical Specifications: Equipment with the following performance specifications shall be delivered. 4.1. List of Delivered Equipment (Equivalent products acceptable): No. Item Name Quantity Unit: 1 Wavelength Tunable Diode Laser Absorption Spectroscopy Dew Point Analyzer (TDLAS): 1 unit. 2 CRDS (Cavity Ring-Down Spectroscopy) Type Trace Moisture Analyzer: 1 unit. 3 Hydrogen Online Analyzer: 1 unit. 4 Metal Bellows Pump: 1 unit. 4.2 Detailed Equipment Specifications: (1) Wavelength Tunable Diode Laser Absorption Spectroscopy Dew Point Analyzer (TDLAS): Model: TDLAS T-1-N-100V (AC100V). Measurement Range: -70 to 20°C DP. System Accuracy: ±0.2°C DP or ±2 ppm, whichever is greater (when <20°C DP). Response Speed: Within 6 seconds (90% response -50 to 0°C DP). Measured Value: °C DP. Calculated Value: ppmv, ppmw, g/m3, %rh, Pa (water vapor pressure). Analog Output: 0-5V and 4-20mA. Digital Output: RS-232. Weight/Dimensions: Approx. 22kg, W430 × H222 × D450mm. (2) CRDS Type Trace Moisture Analyzer: Model: DewTracer mini CRDS-H2O. Sensor Unit: mini CRDS-H2OBN0D0201 with Peltier addition specification. Monitor Unit: mini CRDS PC-D0V1. Measurement Range: 12 ppbv to 20 ppmv (Dew Point: -100 to -55°C). Response Time: Approx. 60 seconds (15 ppbv → 1000 ppbv 90% response). System Accuracy: ±4% or ±12 ppbv, whichever is greater. Sample Gas Flow Rate: < 2.0 L/min. Sample Gas Pressure: 86 to 106 kPaA. Digital Output: RS-232C. (3) Hydrogen Online Analyzer: Model: HY-OPTIMA 5031. Measurement Range: 0.03% to 10%. System Accuracy: 0.05% (LDL to 0.5%), 0.1% (0.5% to 2%), 0.15% (2% to 5%), 0.2% (5% to 10%). Response Speed: Less than 90 seconds (T90). Sample Gas Flow Rate: 0.1 to 10 slpm. Sample Gas Pressure: Recommended 0.95 to 1.1 ATM Absolute, Maximum 10 ATM Absolute. Process Gas Temperature: -20 to 60°C. Analog Output: 4-20mA (via optional accessory). Digital Output: RS485 (Modbus protocol). Power Supply: DC12-30V, 10W. Fittings: 3/4-14 MNPT. Weight/Dimensions: 0.4kg, H149.8 × W40.64 × D40.64mm. (4) Metal Bellows Pump: Model: KF-BP082 (in-line). Connection: 1/2 inch VCR female. O-ring: Aluminum. Maximum Discharge Flow Rate: 70.0 L/min (60Hz). Maximum Vacuum: -90.0 kPaG. Maximum Discharge Pressure: 260.0 kPaG. Helium Leak Rate: 1 × 10⁻⁸ Pa・m³/sec. Rated Power Supply Voltage: Single phase AC115/230V 50/60Hz. Rated Current: 6.8/3.4A (50Hz), 6.2/3.1A (60Hz). Weight: Approx. 29kg or more.