The document details technical specifications and assembly instructions for various components of the Main Unit Thrust Bearing Oil Cooler – Right Hand, likely for a hydroelectric dam project. Key components include inner and outer tubes made of 90/10 Copper-Nickel with copper spiral fins, and top/bottom plate assemblies constructed from ASTM A36 Carbon Steel. The file also outlines the welding procedures using WPS LAPCO-GTA-M-1-1 or WPS B2.1-1-234-2006, and specifies tolerances for fractional, angular, and decimal dimensions. Furthermore, it contains architectural plans for a governor cabinet, outlining its layout, connections for air and oil systems, and control panel details, including various gauges and switches for generator and turbine operations. The document emphasizes proprietary and confidential information, indicating its use for a specific project by Lynchburg Air Preheater Corp. and the U.S. Army Corps of Engineers.

The solicitation W9127N26RA004, "The Dalles Oil Accountability Measures," is a Request for Proposal (RFP) for a firm-fixed-price construction contract by the U.S. Army Corps of Engineers, Portland District. The project, located at The Dalles Dam in Wasco County, Oregon, and Klickitat County, Washington, has a magnitude of construction between $1,000,000 and $5,000,000, with NAICS code 238210 (Electrical Contractors and Other Wiring Installation Contractors). Key requirements include oil accountability measures, installation of networking and PLC equipment, calibration of flow meters, and various control and piping installations. A mandatory site visit is scheduled for December 3, 2025, and proposals are due by December 15, 2025, at 11:00 AM PST. Proposals will be evaluated based on Past Performance, Small Business Subcontracting Commitment, and Price, with the technical factors combined being approximately equal to price. A 10% HUBZone price evaluation preference will be applied, and a CMMC Level 2 (Self) certification is required. Large businesses must submit a subcontracting plan with a mandatory minimum 12% total small business participation goal.

This document outlines Solicitation Number W9127N26RA004, a Request for Proposal (RFP) issued by the US Army Corps of Engineers, Portland District, for "The Dalles Oil Accountability Measures" project in Wasco County, Oregon, and Klickitat County, Washington. The project, valued between $1,000,000 and $5,000,000, involves electrical contracting work (NAICS 238210) and is set for unrestricted competition with a 10% HUBZone price evaluation preference. Key requirements include performance and payment bonds, a mandatory site visit on December 3, 2025, and a December 15, 2025, proposal due date. The RFP details 16 base Contract Line Item Numbers (CLINs) and two optional CLINs for various oil accountability measures, including mobilization, flow meter calibration, control and instrumentation piping, oil storage tank work, networking/PLC equipment installation, and asbestos-related services. Proposals will be evaluated based on Past Performance, Small Business Subcontracting Commitment, and Price, with technical factors approximately equal to price. Non-small businesses must submit a subcontracting plan with specific goals for various small business categories. Offerors must submit proposals electronically via email, adhering to formatting and content limitations.

The provided file contains a list of digitally signed names and associated dates, specifically JORDAN FINK, RYAN SOUDERS, PATRICK DUYCK, and LARRY DALE CASWELL JR. The dates span from June 2, 2025, to June 13, 2025. This document appears to be a record of digital signatures, likely indicating official approvals or acknowledgments within a government process, potentially related to federal RFPs, grants, or state/local RFPs where formal digital verification is required. The consistent format and digital signature details suggest an administrative log or part of an approval workflow rather than a narrative document.

This government file from the U.S. Army Corps of Engineers, Portland District, outlines the electrical and mechanical systems for the Powerhouse at The Dalles Lock and Dam on the Columbia River, specifically focusing on "Oil Accountability." The document, dated May 2025, includes detailed wiring schematics, nomenclature for terminal equipment, apparatus, boxes, and service classifications. It specifies identification conventions for electrical circuits, conduits, and multi-conductor cables, alongside fiber optic cable identification. Key components listed range from switchboards and motor control centers to various pumps, valves, and monitoring systems. The file also provides a general plan view of the Powerhouse at elevation 111.50, identifying main units, fish units, and station service units, with a note on the distinction between "Old End Units" (1-14) and "New - End Units" (15-22). Additionally, it presents a general turbine overview, referencing specific bearings for units 1-14. The overall purpose is to provide comprehensive engineering documentation for the electrical and mechanical infrastructure related to oil accountability within the Powerhouse.

This government file, likely an RFP or grant-related document from the U.S. Army Corps of Engineers, Portland District, details plans for "Oil Accountability" at The Dalles Lock and Dam Powerhouse on the Columbia River. The project involves both the installation and removal of equipment related to oil systems, particularly focusing on generator and turbine bearing oil. Key aspects include installing new oil accountability equipment at various elevations within the powerhouse, such as remote I/O racks for collecting oil sensor signals and flow meters, and integrating these with existing SCADA/HMI systems. The plan also specifies the removal of existing fittings and float switches for oil level monitoring in turbine bearings. The document emphasizes verifying dimensions and field-checking all conditions, highlighting a conceptual design for enhancing oil management and monitoring within the hydroelectric facility. This initiative aims to modernize and ensure efficient oil system operations and accountability.

The document outlines a project by the U.S. Army Corps of Engineers, Portland District, for oil accountability at The Dalles Lock and Dam Powerhouse, specifically for Main Unit 10's thrust bearing tub and lower generator guide bearing. The project involves installing new equipment, including a magnetostrictive level sensor, stilling well/still pipe, pressure transducer, and ball valves, to monitor oil levels and pressure. Key tasks include providing a new stainless steel cover plate for the existing equipment, ensuring a PTFE gasket, and modifying existing components to fit new sensors. All fabrication and modification work must be performed away from oil-filled equipment to prevent contamination, and pipes must be leak-tested post-reassembly. The project emphasizes field verification of all conditions and dimensions, coordinating with the contracting officer for installation, and adhering to strict cleaning and safety protocols. Resource drawings and specifications sections 22 00 00 and 40 95 00 are referenced for detailed requirements, including the potential need to drain oil from the thrust bearing tub for installation.

This document outlines the installation of a new magnetostrictive level transmitter with a vibration damper in the main unit 10 turbine guide bearing sump at The Dalles Lock and Dam Powerhouse, Columbia River, Portland, Oregon, as part of an oil accountability project for the U.S. Army Corps of Engineers. The project, designated as DRAWING NO. DD-20339-55, details specific installation requirements, including probe placement 1/2–1 inch above the sump's bottom surface and the provision of a direct probe insert with an NPT threaded fitting and a remote-mounted head with 25 feet of cable. Key instructions emphasize preventing contamination of bearing sumps or turbine oil during fabrication and modification work, ensuring all components are clean, and confirming exact installation locations with the contracting officer. The document also specifies that only the government may move oil drained from the sump. All fittings must be two-ferrule mechanical grip fittings, and compliance with specification sections 40 95 00 and 22 00 00 is required. The plan underscores the importance of field verification of all conditions prior to purchase and installation.

The provided government files, DDP-1.002-3-10/5 and DDP-1.002-3-10/6, detail the installation of new pressure sensors and associated piping at The Dalles Lock and Dam, Columbia River Powerhouse, specifically for the Station Service Unit 01's oil accountability system. The first file focuses on the lower generator guide bearing sump, outlining the installation of a new normally open isolation ball valve, a new tee, a horizontal pressure sensor with a 0-20 PSI range, and re-installation of the existing drain valve. Key instructions include field verification, leak-testing, contamination prevention during work on existing copper piping, and using two-ferrule mechanical grip fittings. The second file addresses the turbine guide bearing sump, detailing the installation of a new pressure sensor with a 0-20 PSI range and remote display, along with stainless steel tubing and dielectric fittings. Both documents emphasize coordination with the Contracting Officer for exact installation locations, oil draining schedules, and adherence to specific sections of the project specifications (22 00 00 and 40 95 00). The overall purpose is to upgrade the oil accountability system, ensuring precise monitoring and preventing contamination of turbine oil.

The document outlines a conceptual sketch and general notes for installing a pressure sensor system within the lower guide bearing assembly of Fish Unit 01 at The Dalles Lock and Dam Powerhouse. This project, part of the US Army Corps of Engineers' oil accountability initiative, involves removing existing components, installing new piping, a normally closed ball valve, a normally open isolation ball valve, and a pressure transducer with specific connection types. Key instructions include field-verifying all conditions, coordinating with the contracting officer for oil draining and fish unit outages, ensuring no contamination of turbine oil, and leak-testing piping. The pressure sensor must have a 0 to 20 PSI range with a female NPT connection. All fittings should be two-ferrule mechanical grip fittings. This project emphasizes meticulous installation procedures and coordination to maintain the integrity of the oil system and comply with environmental considerations.

The document outlines the installation of a new magnetostrictive level sensor with a vibration damper in the Fish Unit 01 turbine bearing sump at The Dalles Lock and Dam Powerhouse. This conceptual sketch, part of the U.S. Army Corps of Engineers' oil accountability initiative, details the required components, installation guidelines, and critical considerations. Key instructions include ensuring the probe is 1/2"-1" from the sump's bottom, mounting the remote head for optimal sightlines, and coordinating fish unit outages with the Contracting Officer. The project emphasizes maintaining cleanliness, preventing contamination during installation, and adhering to specific material and fitting standards. It also references relevant specification sections and resource drawings for comprehensive guidance.

The US Army Corps of Engineers, Portland District, is undertaking an Oil Accountability project at The Dalles Lock and Dam Powerhouse. This project involves installing a new lubrication oil supply header and associated sensors for oil distribution and monitoring. The plan details the installation of piping components, flow meters, temperature sensors (RTDs), and level transmitters for both clean and dirty lube oil tanks across various units (Main, Fish, and SS Units). Key requirements include using specific Unistrut components, ensuring piping cleanliness to prevent contamination, providing flanged pipe spools for flowmeter removal, and installing mounting brackets with seismic restraint. All flow meters must be calibrated before installation, and the header piping must be leak-tested. The project emphasizes adherence to design specifications and coordination with the Contracting Officer for oil movement.

The provided government file, DDP-1.002_E-101XXX.dgn through DDP-1.002_E-107XXX.dgn, details the "OIL ACCOUNTABILITY" project for Main Unit 10 at The Dalles Lock and Dam Powerhouse, Columbia River. Designed by P. Keller, P.E. and submitted by P. Aguayo, the project involves the installation of new oil accountability equipment, including various sensors (71GA2, 71GA1, 71TB, 63LGB, 71TGB, 71GS, 63UGB, 63GS, FSI1) and associated conduit and cabling. Key aspects include routing sensor cables, installing an OMSR10 cabinet near the governor sump tank at EL 90.0', and integrating Allen Bradley Point I/O modules (1734-AENTR, 1606-XLS240E, 1734-OE4C, 1734sc-IE4CH, 1734-TOP) for monitoring oil levels and pressures in various components like the turbine, generator bearings, and governor tanks. The plan includes detailed schematics for power, analog input/output, and wiring, indicating connections to existing systems and new conduits for cable runs. The project is scheduled for completion by May 2025.

The document details specifications and plans for the Main Unit Thrust Bearing Oil Cooler, right-hand assembly (Part No. 951-701) and associated components for the Dalles Lock and Dam. Key components include inner and outer tubes made of 90/10 Copper-Nickel with copper spiral fins, and top/bottom plate assemblies constructed from ASTM A36 Carbon Steel. The design specifies a 50 PSIG operating pressure and a 75 PSIG hydrostatic test. The file also outlines detailed welding procedures (WPS LAPCO-GTA-M-1-1 or WPS B2.1-1-234-2006), painting requirements (LPS-56), and torque specifications for header hardware (LPS-55). It includes revisions for design changes and updated tolerances. Additionally, the document provides an overview of the Dalles Lock and Dam facility, highlighting various elevations, rooms (e.g., Generator Room, Control Room, Oil Storage Room), and cable routing plans for units 1, 2, 9, 10, 11, 12, and 13, including governor cabinet details and electrical conduit layouts.

The provided document appears to be a record of digital signatures and associated dates from various individuals, including Jordan Fink, Ryan Souders, Patrick Duyck, and Larry Dale Caswell Jr. The document details the digital signing activities, complete with unique identifiers for each individual and the specific dates and times (including time zones) when these signatures were applied in June 2025. Given the context of government files, RFPs, and grants, this document likely serves as an authentication record or an audit trail of approvals, reviews, or submissions related to official government processes.