12-ID High Heat Load Mirror System

Argonne National Laboratory, under the U.S. Department of Energy, has issued RFP No. 6-S176-Q-00096-00 for "12-ID High Heat Load Mirror System" based on a firm fixed price. Proposals are due by January 23, 2026, 3:00 PM CDT, and must be submitted electronically to Molly Hunter (mollyhunter@anl.gov). The submission requires three separate documents: a Technical Proposal (Part I), a Business/Management Proposal (Part II), and a Price Proposal (Part III). The Laboratory intends to award based on the Best Value/Trade-Off methodology and reserves the right to reject any or all proposals. Offerors must acknowledge receipt of the RFP and can submit questions by January 4, 2026, 3:00 PM CDT.

Argonne National Laboratory is requesting proposals for the design, manufacturing, testing, delivery, and installation of a High Heat Load Mirror System for its 12-ID Beamline. The RFP details comprehensive technical specifications for the mirror and its vacuum system, including mirror material, coatings, motion control, cooling, and vacuum compatibility. Key requirements include a mechanically bendable mirror with specific optical surface qualities, precise motorized and manual motion controls, and a eutectic bath cooling system. The document also outlines stringent quality assurance, packing, and shipping guidelines, along with factory and on-site acceptance testing procedures. Vendors must adhere to a strict schedule, provide detailed documentation at various milestones, and ensure all components comply with UHV standards and safety regulations. The system must integrate with existing APS infrastructure and meet specified performance metrics for stability, vibration, and thermal management.

This document outlines supplemental conditions for moderate-risk on-site contracts at Argonne National Laboratory, focusing on safety, compliance, and liability. Key requirements include obtaining approval to proceed, contractor indemnification of Argonne, the University of Chicago, and the U.S. Government, and maintaining specific insurance coverages including General Liability, Automobile Liability, Professional Liability, and Workers' Compensation. Contractors and their subcontractors must adhere to comprehensive Environment, Safety, and Health (ES&H) regulations, including federal, state, and local requirements, and DOE's Worker Safety and Health Program (10 CFR 851). This involves submitting a Job Safety Analysis (JSA), conducting safety orientations, ensuring a qualified Foreperson is on-site, and reporting all incidents. Strict rules govern site access, electrical protection, tool inspection, and on-site conduct. A progressive disciplinary program is detailed for safety violations, with severe penalties for imminent danger situations. The document also includes FAR/DEAR clauses on personal identity verification, pollution prevention, and access to and ownership of records.

Addendum No. 02 to Request for Quotation (RFQ) No. 6-S176-Q-00096-00, issued by the Argonne National Laboratory on February 10, 2026, modifies the original RFQ. This addendum primarily addresses a clarification request regarding the 12ID Mirror System. The original Statement of Work (Enclosure 3) presented conflicting information in sections 2.2, 2.5, and Table 3.2.1 concerning the yaw (qx) rotation, stating it needed to be both motorized and manually set. The response clarifies that while yaw can change due to motorized vertical kinematics, a specific motorized stage solely for yaw is not required as long as an alignment method exists. Offerors are requested to acknowledge receipt of this addendum.

Addendum No. 001 to Request for Quotation (RFQ) No. 6-S176-Q-00096-00, issued by Argonne National Laboratory, modifies the original RFQ. The offer deadline has been extended to February 13, 2026. Key technical revisions include updating the minimum bending radius in Table 3.1.1 to R ≤ 10 km and adjusting the vacuum pressure in Table 3.4.1 to the 10-7 scale for consistency. The addendum clarifies that an elliptical bender for a collimation mirror is required for greater adjustability, with a desired focal point longer than 70m (or >50m from the mirror) at the highest heat loading. It also confirms the requirement for a standalone mirror system with an independent vessel/base mounted on a metal frame, as opposed to mounting on an existing optical table.

Argonne National Laboratory is requesting proposals for a High Heat Load Mirror System for its 12-ID Beamline. This RFP details the technical specifications for the mirror system, including its design, functional requirements, and critical parameters for mirror specifications, motion control, cooling, and vacuum. The system must accommodate a 6-35 KeV x-ray range, featuring specific coatings and a bendable mechanism for focusing. Key components include a support structure, vacuum chamber, and mirror supporting mechanisms with motorized and manual adjustments. The document outlines rigorous quality assurance, packing, and shipping requirements, along with comprehensive factory and on-site acceptance tests covering optical metrology, mechanical performance, and vacuum integrity. The schedule mandates seven major milestones, with the mirror system arriving within 52 weeks of contract award. Adherence to APS engineering and vacuum standards is critical, and the vendor is responsible for installation and alignment at the APS facility.

This document outlines the Argonne Terms and Conditions for Commercial Goods and Services, providing a comprehensive framework for contractors working with Argonne National Laboratory. It defines key terms like "Argonne National Laboratory" and "Government," and sets forth thresholds for micro-purchases ($15,000) and simplified acquisitions ($350,000). The terms cover crucial aspects such as assignment, audits, changes, employee conduct, cybersecurity, dispute resolution, environmental protection, excusable delays, inspection, payment, public information release, and termination. Notably, it emphasizes cybersecurity compliance, data breach notification, and restrictions on AI model training with Laboratory data. The document also details payment methods and conditions, intellectual property rights, and the handling of suspect counterfeit parts. Furthermore, it incorporates numerous Federal Acquisition Regulations (FAR) and Department of Energy Acquisition Regulations (DEAR) by reference, specifying their applicability based on contract value and scope, ensuring adherence to federal guidelines for areas like whistleblower protection, business ethics, small business utilization, labor standards, and privacy.

Argonne National Laboratory's RFP for the 12ID High Heat Load Mirror System outlines comprehensive evaluation criteria for technical proposals, past performance, and proposal risk. Technical evaluations prioritize adherence to specifications, including optical substrate, motion, tolerance, vacuum, and schedule, with all non-cost factors collectively weighing equally to cost. Offerors must detail system design and components. Past performance is assessed based on three similar contracts from the last five years, requiring detailed information like contract title, client, amount, and contact information, alongside audited financial statements. Argonne may visit supplier sites for pre-bid qualification. Proposal risk considers the offeror's understanding of scope, successful performance, long-term support, service details, and cost.

The ANL-70B (Long Version) – Reps & Certs document outlines mandatory representations and certifications for entities seeking contracts with Argonne National Laboratory, aligning with federal RFPs and grants. It details requirements based on contract value, covering general information, business classifications (e.g., NAICS codes, small business programs), and crucial certifications like those for covered telecommunications equipment, personal conflicts of interest, and data rights. As the contract value increases, additional certifications become applicable, including those for service contract labor standards (for offers ≥ $2,500), affirmative action and equal opportunity compliance (for offers ≥ $10,000), Buy American Act (for offers ≥ $10,000), executive compensation reporting (for offers > $30,000), debarment and suspension (for offers ≥ $35,000), child labor (for offers ≥ $50,000), payments to influence federal transactions and veteran employment (for offers ≥ $150,000), independent price determination and contingent fees (for fixed-price offers ≥ $250,000), combating trafficking in persons (for offers ≥ $550,000), and cost accounting standards (for offers ≥ $2,000,000). The document emphasizes compliance with FAR clauses and other regulations, requiring authorized signatures and often registration with SAM.GOV.

The Advanced Photon Source (APS) Engineering Standard for Vacuum Designs outlines critical requirements for maintaining ultrahigh vacuum (UHV) conditions in accelerator and beamline systems. The document details material selection criteria, acceptable alloys, and prohibited substances to prevent contamination and ensure system longevity. It specifies standard components like gauges, pumps, flanges, valves, bellows, and residual gas analyzers, along with their operational guidelines. Interlock requirements and settings for vacuum systems are provided to ensure safe and reliable operation, including actions triggered by specific pressure thresholds. The standard also covers the certification process for UHV components, including visual inspection, leak testing, cleaning, bake-out procedures, and residual gas analysis specifications. Furthermore, it establishes guidelines for UHV assembly, handling, installation, storage, and shipping. Beamline-specific vacuum requirements, including window assemblies, differential pumping systems, and interlocks, are also detailed to ensure the integrity of the overall vacuum system. The Mechanical Operations and Maintenance Vacuum Group (MOM-VAC) is responsible for ensuring the integrity of the accelerator vacuum systems, front ends, and relevant sections of the beamlines.

This document, ANL-562 IP (December 12, 2023) Appendix D-8-C, outlines the intellectual property provisions for commercial supplies and services requiring data delivery, primarily referencing Federal Acquisition Regulation (FAR) and Department of Energy Acquisition Regulation (DEAR) clauses. It defines key terms such as "computer database," "computer software," "data," "limited rights data," "restricted computer software," and "unlimited rights." The document specifies the allocation of rights, granting the Government unlimited rights in data first produced under the contract, form, fit, and function data, and instructional materials. Contractors retain rights to assert copyright in certain data and protect limited rights data or restricted computer software. Procedures for handling copyrighted data, unauthorized markings, and omitted/incorrect markings are detailed. It also addresses additional data requirements, allowing the government to order data within three years of contract completion, and establishes the Government's unlimited rights to technical data in proposals. The overarching purpose is to define the rights and obligations of both the Government and contractors concerning intellectual property in government contracts.

The document outlines the terms for progress payments based on milestones in government contracts. It details conditions under which milestone payments can be suspended or reduced, such as contractor non-compliance, lack of progress, unsatisfactory financial condition, payment delinquency, or unliquidated payments exceeding the value of work. The government retains title to property acquired or produced under the contract, specifying various items included in this definition. The contractor bears the risk of loss for such property until delivery and acceptance. Contractors must maintain adequate accounting systems and controls, provide requested reports, and allow access to records. In case of contract termination due to default, the contractor must repay unliquidated milestone payments, and title to property reverts to the contractor unless the Laboratory requires delivery. The document emphasizes that these provisions do not excuse contractor performance or waive rights and remedies of either party, and similar terms must be included in subcontracts.

Argonne National Laboratory's document 41010601-00001, Revision 2, outlines the technical specifications for fabricating Ultra-High Vacuum (UHV) Front End and Beamline Components. This specification details requirements for fabrication, materials, cleaning, clean assembly, welding, leak tightness, and packaging of these components. Key aspects include machining to final dimensions using specific fluids, rigorous cleaning procedures with approved detergents or alcohol soaks, and adherence to strict clean assembly guidelines to prevent contamination. The document mandates specific material requirements for copper, stainless steel (304, 304L, 304LN, 316), GLIDCOP®, and tungsten, prohibiting certain materials like Teflon. All welding must conform to specific SAE and AWS standards, with vacuum welds requiring particular attention to penetration and purging. Leak tightness testing must be performed using dry helium mass spectrometer leak detectors at high sensitivity. Finally, components must be packaged carefully to prevent damage and contamination during shipment.

A survey of floor vibration noise at the Advanced Photon Source (APS) experiment hall found that beamlines 10-20 exhibit particularly low vibration levels. The study determined that the magnitude of vibrations at a specific beamline is largely dependent on the vibrations present at the nearby mezzanine support column. The APS experiment hall floor generally falls below the most stringent NEST vibration criteria across the 5-100 Hz spectrum, making it an extremely quiet research facility. Measurements were taken at all 35 beamlines, at two points: near the column and on the beamline floor, to assess vibration noise and identify quiet locations. A special case study in sector 21, where mechanical equipment was shut down, confirmed that these systems significantly contribute to floor vibrations, particularly in the 10-60 Hz range. The columns were identified as primary conveyors and sources of vibration noise. These findings are crucial for selecting future beamline construction areas, designing new beamlines, and identifying vibration sources.