Inactive

RADIATION DOSIMETRY SERVICES COMBINED SYNOPSIS SOLICITATION This is a combined synopsis/solicitation for commercial items prepared in accordance with the format in Federal Acquisition Regulation (FAR)... RADIATION DOSIMETRY SERVICES COMBINED SYNOPSIS SOLICITATION This is a combined synopsis/solicitation for commercial items prepared in accordance with the format in Federal Acquisition Regulation (FAR) Subpart 12.6 "Streamlined Procedures for Evaluation and Solicitation for Commercial Items," as applicable, and as supplemented with additional information included in this notice. This announcement constitutes the only solicitation; quotes are being requested and a written solicitation will not be issued. This solicitation is being issued using Simplified Acquisition Procedures under the Authority of FAR Subpart 13.5. This solicitation is a request for quotes under RFQ 75N98023Q00006. The solicitation documents and incorporated provisions and clauses are those in effect through Federal Acquisition Circular (FAC) FAC 2022-07, dated August 10, 2022. The associated North American Industry Classification System (NAICS) code for this procurement is 541380 - Testing Laboratories and Services, This RFQ is for full and open competition and is not set aside for small businesses. PERFORMANCE WORK STATEMENT Overview: The National Institutes of Health (NIH) possesses a Nuclear Regulatory Commission (NRC) license authorizing the use of radioactive materials. NIH’s license requires routine monitoring for external personnel exposure, notifying individuals and supervisors of exposures approaching maximum permissible limits, and recommending remedial action when appropriate. Independently, and not as an agent of the Government (the Customer), the Contractor shall furnish the personnel, labor, facilities, equipment, parts, materials, and supplies necessary to provide a comprehensive exposure monitoring program including associated services in accordance with the requirements of the NIH license. II. Performance Periods/Pricing: Initial Period of Performance. The initial contract performance period (base period) shall not exceed 12 months, and will commence on January 1, 2023, or on the date of the award, whichever is later. The Initial Period of Performance shall extend through December 31, 2023, or through the date that allows the performance period to extend 12 full months beyond the date of the award. Option Years. The Basic Period of Performance shall be followed by four consecutive Option Years, for which the Customer reserves the right for authorizing implementation, in 12-month increments. III. Basic Service Description/Specifications: A. Basic Services: 1. Whole Body Dosimeters: a. General: Whole body monitoring systems will preferably utilize optically stimulated luminescence (OSL) or equivalent technology. The ideal system will involve the use of a single monitor capable of detecting beta, gamma, and neutron radiations that is designed for "clip-on" attachment to a worker's clothing. The system should possess a minimum reporting precision of 1 mrem with complete reanalysis capability to allow for dose measurement confirmation. Filters: The system shall incorporate filters that allow differentiation between the various types and energies of radiation encountered in a biomedical research facility. The system will be capable of qualitatively detecting and quantitatively measuring dose equivalents from low- and high-energy beta; low-, medium- and high-energy photon radiations; and neutrons in the thermal, intermediate, and fast ranges. Accreditation: NVLAP categories IA, IIA, IIIA, IV and VA as defined in ANSI N13.11 – 2009 Minimum Dose Reported: (1) gamma, x ray - 1 mrem (2) energetic beta - 10 mrem (3) neutron – 10 mrem thermal 20 mrem fast f. Minimum Detectable Energies: (1) gamma, x ray - 5 keV (2) energetic beta - 150 keV (3) neutron – 0.025 eV thermal 0.5 eV to 144 keV intermediate > 144 keV fast g. Minimum Detection Ranges: (1) low and high energy gamma, x ray - 1 mrem to 1000 rem beta - 10 mrem to 1,000 rem neutron – 20 mrem to 25 rem h. Analysis and quantification above 1000 rem must be available upon request. Whole Body Monitor Option: The contractor may substitute or offer as an alternative to the OSL system another currently available dosimetry technology, providing that the performance characteristics and the information available from the dosimeter provide comparable quantitative and qualitative data such as: static vs. dynamic exposure, shielded exposure, (i.e. an image of the exposure is available). Extremity (Wrist) Dosimeters: a. General: Personal dosimeters for extremity monitoring applications should be wrist-type beta-gamma monitors utilizing OSL or an equivalent technology. The extremity beta-gamma monitor shall be of similar construction and capability as the whole body beta-gamma monitor except for a watchband type strap that allows for attachment to a worker's wrist(s). Accreditation: NVLAP extremity categories 1A, IIA, IIIA, IVA as defined in ANSI N13.32 – 2018 The detection capabilities and ranges shall be the same as those listed above for the whole body beta-gamma monitors. Extremity Monitor Option: The contractor may substitute or offer as an alternative to the OSL system another currently available dosimetry technology, providing that the performance characteristics and the information available from the dosimeter provide comparable quantitative and qualitative data such as: static vs. dynamic exposure, shielded exposure, (i.e. an image of the exposure is available). 3. Extremity (Ring) TLD: General: Ring dosimeters shall be thermoluminescent dosimeter (TLD) extremity finger monitors. The monitors shall be designed either as an adjustable ring or supplied in a minimum of three sizes. The ring shall be designed with a label that bears all necessary identifying information and shall be impervious to fading/smearing due to moisture/washing. The TLD dosimeter shall be manufactured of Harshaw TLD-100 LiF ribbon or equivalent that is near tissue equivalency, and must possess high sensitivity, a low fade rate, and be extremely durable. Accreditation: NVLAP extremity categories IB, IC, IIC, IID, IIIB, IIIC, IIID as defined in ANSI N13.32 – 2018 Minimum Dose Reported: (1) gamma, x ray - 10 mrem (2) energetic beta - 10 mrem d. Minimum energy sensitivity: (1) gamma, x ray - 10 keV (2) energetic beta - 200 keV e. Minimum Detection Ranges: (1) low and high energy gamma, x ray - 10 mrem to 1,000 rem (2) beta over 1 MeV - 50 mrem to 1,000 rem Analysis and quantification above 1000 rem must be available upon request. Ultraviolet Sensitivity: possible exposure to UV radiation shall me minimized or eliminated by the use of UV absorbing materials. Sterilization: Rings must be capable of being sterilized by gases such as ethylene oxide, or by solutions such as Betadine, Cidex, Wescodyne, or other similar products. Extremity Ring TLD Option: The contractor may substitute or offer as an alternative to the extremity ring monitor another currently available dosimetry technology, providing that the performance characteristics and information available from the dosimeter meets or exceeds that provided by the ring TLD described above. 4. General Purpose TLD General: A general purpose TLD monitor should be available that consists of a holder with filters and multiple TLD inserts that can be analyzed independently. The holder and dosimeter shall have physical characteristics similar to items 1 and 2. Accreditation: NVLAP categories I through VI as defined in ANSI N13.11 – 2009, Personnel Dosimetry Performance – Criteria for Testing. Minimum Dose Reported: (1) gamma, x ray - 10 mrem (2) energetic beta - 40 mrem d. Minimum Energy Sensitivity: (1) gamma, x ray - 15 keV (2) energetic beta - 200 keV e. Minimum Detection Ranges: (1) low and high energy gamma, x ray - 10 mrem to 1,000 rem (2) beta over 1 MeV - 40 mrem to 1,000 rem beta from 200 keV to 1 MeV - 500 mrem to 500 rem energy corrected exposure to be available as required. (4) analysis and quantification above 1,000 rem to be available under emergency circumstances. Eye/lens of eye dosimetry: a TLD system that enables the easy attachment of TLD's to glasses to evaluate eye exposure shall be provided. General Purpose TLD Option: The contractor may substitute or offer as an alternative general purpose TLD another available technology, providing that the performance characteristics and information available from the dosimeter meets or exceeds that provided by the TLD system described above. 5. Neutron TLD General: Item 5 shall be a whole body neutron dosimeter with the capability to measure neutrons in the thermal, intermediate, and fast ranges. The neutron monitors shall be designed as a "clip on" attachment to a worker's clothing. The size shall be similar to the whole body beta-gamma dosimeter. Accreditation: NVLAP category VI as defined in ANSI N13.11 – 2009, Personnel Dosimetry Performance – Criteria for Testing. Minimum Dose Reported: (1) Thermal - 10 mrem (2) Intermediate/Fast - 20 mrem d. Minimum Detectable Energies: (1) Thermal - for energies under 0.5 eV (2) Intermediate - for 0.5 eV to 144 keV (3) Fast-energies above 144 keV and ranging to 40 MeV. Neutron TLD Option: The contractor may substitute or offer as an alternative neutron TLD another available technology, providing that the performance characteristics and information available from the dosimeter meets or exceeds that provided by the neutron monitoring system described above. 6. TLD Chips a. General: Bare, calibrated TLD chips enclosed in a polyethylene or paper envelope shall be used for controls, area monitors or other exposure measurement purposes. Type of Energy of Dose Range Radiation Radiation (rem) Error Limit (%) X-ray, gamma .01 - 10 MeV .02 – 1000 (same as #6 above) TLD Chip Option: The contractor may substitute or offer as an alternative another available technology, provided that the performance characteristics and information available from the dosimeter meets or exceeds that listed in this section. 7. Operational Dosimeters General: A general purpose, operational type monitoring system should be available that consists of a dosimeter/transmitter that can be analyzed independently and repeated as frequently as necessary to allow for adequate ALARA oversight. The monitoring system should utilize smart card or other similar technology to allow for ease in assignment, dose assignment, and reassignment as necessary. The system should provide complete exposure tracking and reporting capability via an internet-accessible, Windows 2000 compatible database. Accreditation: Not applicable. Minimum Energy Sensitivity: (1) gamma, x ray - > 5 keV (2) energetic beta - > 200 keV d. Minimum Detection Ranges: (1) gamma, x ray - 5 mrem to 5 rem (2) energetic beta - 5 mrem to 5 rem Operational Dosimeter Option: The contractor may substitute or offer as an alternative Operational/Electronic Dosimeter another available technology, providing that the performance characteristics and information available from the dosimeter meets or exceeds that provided by the monitoring system described above. Quantity: The following quantity requirements may change over the life of this contract, with stated estimates reflecting current program requirements. Continuing program and regulatory review will dictate necessary changes in specific requirements for contract option years. It is not anticipated that the total number of persons monitored will vary by more than + 25% each year. The contractor shall be able to provide weekly monitoring services for the following items: Estimated Qty Whole body beta-gamma (OSL and/or TLD) 25 Extremity finger ring beta-gamma (TLD) 100 The contractor shall perform monthly/bi-monthly monitoring services for the following items: Estimated Qty Whole body beta-gamma (OSL and/or TLD) 1000 Extremity wrist beta-gamma (OSL and/or TLD) 5 - 20 Extremity finger ring beta-gamma (TLD) 500 Whole body neutron 10 The contractor shall perform quarterly monitoring services for the following items: Estimated Qty General purpose monitor (OSL and/or TLD) 200 Each monthly shipment of dosimeters to the NIH campus shall also contain an extra 100 unassigned OSL (or equivalent) whole body monitors, 50 unassigned ring TLD’s, and 10 unassigned general purpose TLD monitors specifically designated as temporary employee issuances and/or control monitors. The exact number of temporary and control monitors may change at the discretion of the Division of Radiation Safety (DRS) Contracting Officer Representative (COR) in order to meet seasonal demands. C. Software requirements: Software services shall be provided as follows: Data processing software that is completely compatible with the Windows XP operating environment, and capable of easily handling all data entry tasks related to the establishment of individual dosimeter services for personnel. An automated system capable of estimating and assigning doses based on exposure histories. For example, in the event a previously absent dosimeter is received and processed, the software in use must allow the actual dosimeter data to supercede the estimated value. The contractor shall maintain the capability to provide reports, both hard copy and electronic, to fulfill the requirement for generation of NRC Forms 4 and 5. Establishment of individual and/or group reporting ALARA thresholds for exposure notification on a wear period, quarterly, or cumulative basis. The Contactor shall be able to provide electronic data in a format compatible with the REMIT program and NRC REIRS database. NIH exposure records contain 108 characters and must be transferred via an accepted electronic data transfer product such as FTP, HTTPS, or TCP/IP. An account will be established on the DRS computer system to facilitate the data exchange, with the specific software used being determined at the time of contract award. The capability to perform electronic transfer of data shall be completed and operational within 1 month of the award of the contract. The data shall be in ASCII format and will include the following information in the following order: Description Length Characteristics Account Number 6 Numeric (ASCII) Series Code 3 Alphanumeric Participant Number 5 Numeric (ASCII) Participant Name 16 Alphanumeric Social Security Number 9 Numeric (ASCII) Note Code 2 Alphanumeric Dosimeter/Exposure Type 2 Alphanumeric Begin Wear Date (MMDDYYYY) 8 Numeric (ASCII) End Wear Date (MMDDYYYY) 8 Numeric (ASCII) Deep Dose 5 Numeric (ASCII) Shallow Dose 5 Numeric (ASCII) Lens Dose 5 Numeric (ASCII) Sex 1 Alphanumeric Birth date (MMDDYYYY) 8 Numeric (ASCII) Inception Date (MMYY) 4 Numeric (ASCII) Energy Range 1 Alphanumeric Processing Date (MMDDYYYY) 8 Numeric (ASCII) Change Code 1 Alphanumeric Frequency 1 Alphanumeric Dosimeter Identifier (Spare) 7 Numeric (ASCII) Account Number (Spare) 3 Numeric (ASCII) In addition to the requirements listed above The Contactor is responsible for the creation and maintenance of any look up or translation tables that would be necessary to correctly assign exposure data to the correct corresponding participant number in the DRS computer system. D. Special Services: Monitor Analysis/Emergency Reading: a. Routine evaluation must be accomplished within five (5) working days after receipt, with a written report of exposures provided within 10 working days after receipt. The Division of Radiation Safety shall be notified via electronic mail as soon as possible, but not later than 24 hours, after the evaluation of a monitor exceeding level 1 doses. For doses exceeding level 2 or if gross contamination is indicated, the contractor shall assign a physicist (or another expert who is experienced in evaluating exposure readings) to conduct a comprehensive evaluation of the monitor. A written report of this evaluation shall be completed and provided to the project officer within 2 working days after the initial exposure reading. Note: Level 1 and level 2 doses may be found in the U.S. Nuclear Regulatory Commission's NUREG 1556, Vol 9 Rev 3, Appendix M, Table M-1. Monitors provided to the contractor for “emergency reading” shall be evaluated and the results reported to the DRS within 24 hours after receipt. Initial contractor notification to the Division of Radiation Safety shall be made via electronic mail. Currently the DRS requires expedited or "emergency" readings once a week for a shipment of approximately 100 – 120 extremity monitors. Reports: An analysis evaluation report shall be provided to the Division of Radiation Safety within 10 working days after receipt of the monitors. The report for each dosimeter series group shall appear on separate pages with the series group identified at the top of each page. Original copies of the report shall be transmitted electronically or paper copies to the DRS for the groups at the National Institutes of Health, Bethesda, Maryland. For groups located at the satellite facilities, the contractor shall send the original copy of the report to the field station with a copy to the DRS. The contractor shall also maintain copies of both reports. The contractor shall electronically transmit all data to the DRS’s computer system within 10 working days after receipt of the monitors. The data shall be transmitted to the DRS computer as soon as possible but absolutely no later than the mailing of the corresponding written report. It shall be possible to generate the following reports via the Windows XP compatible software: Quarterly or annual statistical summaries of dosimeter exposures of individuals, series groups, or by all participants. NRC Form 4 & 5 Reports or equivalent Missing dosimeter reports. Hardcopy dosimeter results reports. Secure reports that omit information that may be sensitive with regards to privacy issue concerns, social security number, birth date, etc. Electronic media reports including tape, diskette and/or CD-Rom. Fetal monitoring reports that track exposure to the fetus and the declared pregnant worker by month and cumulative since conception. Concurrent exposure reporting to show combined dose of workers being monitored at more than one location if they are being provided dosimetry at NIH, or being monitored by the dosimetry contractor at another location. Termination reports to show year to date exposure at the work site. Internal dose reports. Standard exposure reports shall track the EDE, TEDE, TODE, CDE to the maximally exposed organ and CEDE for active participants When requested by the Government, the contractor shall update and correct all personnel dosimetry records. Packaging/Handling: Prior to shipping, the Contractor will pre-sort the monitors into individual series groups for the purpose of distribution and reporting. In addition to pre-existing contractor's identification requirement, each permanently assigned monitor shall have a printed label with the user name, wear period, DRS ID/Part. No., series code, and unique monitor serial number that uses a standard bar code protocol. Monitors shall be furnished on a weekly, monthly, bi-monthly and quarterly basis and shall arrive at the specified installation at least seven working days prior to the end of the month. All monitors for a series group shall be packaged in an individual envelope or box, with a label bearing all required identifying information attached to the outside of each package. Each label shall display the DRS return address in the upper left corner with the series group address on the main body of the label. Shipping packages containing the monitors for each NIH facility shall contain at least one control dosimeter. The contractor shall, upon proper notification, accept requests for additional personnel monitoring services and fulfill these requests within seven working days after receipt. The contractor shall supply replacements holders as requested by the Project Officer. It is estimated that the NIH will require approximately 10 whole body beta-gamma holders per month. OWNERSHIP: All materials developed, and equipment and supplies provided, under the scope of this contract are the sole property of the Federal Government. REPORTING REQUIREMENTS: The contractor shall advise the program office and provide an overview of all work products and advice and guidance on work processes and methodologies. The contractor shall provide NIH with a monthly invoice detailing work performed for the month. The contracting officer’s representative (COR) on this contract, will review all invoices and reports and ensure reasonable costs. Key Personnel: The key personnel specified in this contract are considered to be essential to work performance. At least 30 days prior to the contractor voluntarily diverting any of the specified individuals to other programs or contracts, the Contractor shall notify the Contracting Officer and shall submit a justification for the diversion or replacement and a request to replace the individual. The request must identify the proposed replacement and provide an explanation of how the replacement's skills, experience, and credentials meet or exceed the requirements of the contract (including, when applicable, Human Subjects Testing requirements). If the employee of the contractor is terminated for cause or separates from the contractor voluntarily with less than thirty days’ notice, the Contractor shall provide the maximum notice practicable under the circumstances. The Contractor shall not divert, replace, or announce any such change to key personnel without the written consent of the Contracting Officer. The contract will be modified to add or delete key personnel as necessary to reflect the agreement of the parties. Labor Category Name of Individual(s) (add more rows as needed) Person(s) approving contractor final review TBD End of Performance Work Statement

Inactive Total Small Business Set-Aside (FAR 19.5)

SOURCES SOUGHT NOTIFICATION RADIATION DOSIMETRY SERVICES #75N98023Q00006 Description This is a notice issued on behalf of the National Institutes of Health (NIH), by the Office of Logistics and Acquis... SOURCES SOUGHT NOTIFICATION RADIATION DOSIMETRY SERVICES #75N98023Q00006 Description This is a notice issued on behalf of the National Institutes of Health (NIH), by the Office of Logistics and Acquisition Operations (OLAO), Office of Acquisitions, NIH, DHHS, UNITED STATES. This is a Small Business Sources Sought Notice. This is NOT a solicitation for proposals, proposal abstracts, or quotations. There is no solicitation available at this time. The purpose of this notice is to obtain information regarding : (1) the availability and capability of all qualified small business sources who provide Radiation Dosimetry Services; (2) whether they are small businesses; HUBZone small businesses; service-disabled, veteran-owned small businesses; 8(a) small businesses; veteran-owned small businesses; woman-owned small businesses; or small disadvantaged businesses; and (3) their size classification according to the North American Industry Classification System (NAICS) code for the proposed acquisition. Your response to the information requested will assist the Government in determining the appropriate acquisition method, including whether a set-aside is possible. An organization not considered a small business under the applicable NAICS code should not submit a response to this notice. The NAICS code for this requirement is 541380 - Testing Laboratories and Services, with a small business standard of $16.5 million as stipulated under FAR 19.101 (Subpart 19.1 - Size Standards | Acquisition.GOV). In addition, potential vendors must have NVLAP Accreditation. Background The National Institutes of Health (NIH) possesses a Nuclear Regulatory Commission (NRC) license authorizing the use of radioactive materials. NIH’s license requires routine monitoring for external personnel exposure, notifying individuals and supervisors of exposures approaching maximum permissible limits, and recommending remedial action when appropriate. Independently, and not as an agent of the Government, the Contractor shall furnish the personnel, labor, facilities, equipment, parts, materials, and supplies necessary to provide a comprehensive exposure monitoring program in accordance with the requirements of the NIH license. Broadly, this includes issued dosimetry and accessories, analysis of returned dosimetry, direct download of dosimetry data to the Radiation Safety Comprehensive Database, maintenance of algorithms to trigger immediate notifications and evaluations, issued reports including lifetime reports, and customer service support to manage unique consults as needed. Attached to this Sources Sought is a draft Performance Work Statement (PWS). Responses must include reference to Sources Sought number # 75N98023Q00006, along with the following: (1) Name and Address of the vendor (2) Size and type of business (3) Point of contact with name, title, phone, fax and email (4) Unique Entity Identifier (UEI) Number (5) Vendor's capability statement (no more than 5 pages) addressing the draft Performance Work Statement (see attached) (6) List of organizations (no more than 3) to whom the same or similar types of services have been previously provided to include contract/order number, short description, dollar value, name, and the phone number/email address of the Contracting Officer/Buyer and Customer. ALL INFORMATION SUBMITTED IN RESPONSE TO THIS ANNOUNCEMENT MUST BE RECEIVED ON OR BEFORE THE CLOSING DATE OF Monday November 28, 2022, at 4 PM EST. Please submit Capability Statements through email. All questions and/or comments must be in writing and emailed to Maya J. Joseph (maya.joseph@nih.gov). Comments and questions will NOT be answered but will assist in creating a solicitation for this requirement.