Madam Speaker, pursuant to the Republican Leadership standards on earmarks, I am submitting the following information for publication in the Congressional Record regarding earmarks I received as part of H.R. 2638, the Consolidated…
Madam Speaker, pursuant to the Republican Leadership standards on earmarks, I am submitting the following information for publication in the Congressional Record regarding earmarks I received as part of H.R. 2638, the Consolidated Security, Disaster, and Continuing Appropriations Act of 2009.
1. Requesting Member: Congressman Howard Coble.
Bill Number: H.R. 2638.
Account: Research, Development, Test & Evaluation (RDTE), Air Force.
Legal Name of Requesting Entity: RF Micro Devices (RFMD).
Address of Requesting Entity: 7628 Thorndike Road, Greensboro, NC 27409-9421.
Description of Request: Original request for additional funding of $3 million for Air Force RDT&E account for Gallium Nitride, GaN, Microelectronics & Materials research and development. Gallium Nitride- based microelectronics is the next generation of semiconductor technology and is of critical importance to the development of many advanced defense systems. RFMD Aerospace and Defense Business Unit will be the recipient of the funding and use the funds to accelerate development and adoption of RFMD GaN technology. RFMD originally budgeted $18 million over 3 years to complete this research project; RFMD will invest far more of its own money in Gallium Nitride-related research than it is seeking from the Federal Government--investing more than $100 million on the research and development of Gallium Nitride technology, and is continuing to invest.
2. Requesting Member: Congressman Howard Coble.
Bill Number: H.R. 2638.
Account: Research, Development, Test & Evaluation (RDTE), Navy.
Legal Name of Requesting Entity: RF Micro Devices (RFMD).
Address of Requesting Entity: 7628 Thorndike Road, Greensboro, NC 27409-9421.
Description of Request: Original request for additional funding of $3 million for Navy RDT&E account for Gallium Nitride, GaN, Microelectronics & Materials research and development. Gallium Nitride- based microelectronics is the next generation of semiconductor technology and is of critical importance to the development of many advanced defense systems. RFMD Aerospace and Defense Business Unit will be the recipient of the funding and use the funds to accelerate development and adoption of RFMD GaN technology. RFMD originally budgeted $18 million over 3 years to complete this research project; RFMD will invest far more of its own money in Gallium Nitride-related research than it is seeking from the Federal Government--investing more than $100 million on the research and development of Gallium Nitride technology, and is continuing to invest.
3. Requesting Member: Congressman Howard Coble.
Bill Number: H.R. 2638.
Account: Research, Development, Test & Evaluation (RDTE), Navy.
Legal Name of Requesting Entity: General Dynamics Advanced Information Systems, Inc.
Address of Requesting Entity: 5440 Millstream Road, McLeansville, NC 27301.
Description of Request: Provide an earmark of $1,600,000 to support the Autonomous Anti-Submarine Vertical Beam Array developed by General Dynamics Information Systems, Inc. These funds will be used to develop a vertical acoustic array small enough to launch from a nuclear guided missile submarine, SSGN, that will operate for 3 months as an antisubmarine warfare, ASW, detection system and transmit data over a secure radio frequency data link. Specifically, $514,000 is for design and development labor; $185,000 is for materials; $4,000 is for ODC and travel; $55,000 is for the subcontract; $726,000 is for manufacturing; and $116,000 is for program management. This request is consistent with the intended and authorized purpose of the Navy's RDTE account.
4. Requesting Member: Congressman Howard Coble.
Bill Number: H.R. 2638.
Account: Research, Development, Test & Evaluation (RDTE), Army.
Legal Name of Requesting Entity: PPG Industries, Inc.
Address of Requesting Entity: 43245 Rosanna Drive, Allison Park, PA 15101.
Description of Request: Provide an earmark of $1,600,000 for Phase 2 of an Advanced Composite Armor for Force Protection project being conducted with the Army Research Lab (ARL). Approximately 70 percent of this funding is for advanced materials research, development and process optimization; 15 percent is for ballistic testing and 15 percent is for integration of these advanced materials into armor solutions. Work performed with ARL discovered novel, high performance polyurethane plastics which exhibit extraordinary weatherability and energy dissipation properties. Combined with new fiberglass technologies, these materials form the foundation of an advanced ballistic system. This composite solution can be further optimized to meet evolving threat levels and other application specific requirements. The research objectives will be to develop advanced composite ballistic panel solutions that incorporate these new technologies in three phases. This request is consistent with the intended and authorized mission of the Army Research Labs. This is the second of three years of funding that will be needed to complete the study.
5. Requesting Member: Congressman Howard Coble.
Bill Number: H.R. 2638.
Account: Research Development Test & Evaluation (RDTE), Air Force.
Legal Name of Requesting Entity: The Timken Company.
Address of Requesting Entity: 1835 Dueber Avenue, Canton, OH 44706.
Description of Request: Provide $1,600,000 for Timken's Hybrid Bearing project. Specifically, funds will be used to develop a high speed bearing for aerospace applications that will provide exceptional hot hardness, exceptional fatigue life, exceptional wear resistance, and exceptional fracture toughness. Defense applications would include the JSF main shaft bearing application, as well as other weapons platforms or devices requiring high speed bearings. Furthermore, this project will review various corrosion resistant steel, including CSS- 42L, for use in the bearing, as well as the introduction of new ball and retainer materials in the final bearing design (such as silicon nitride balls, and a light weight carbon-carbon composite material for the retainer material). The hybrid bearing technology, which includes a variety of material and coating technologies, is being incorporated into the Joint Strike Fighter engine, and other platforms. This request is consistent with the intended and authorized purpose of the Air Force's RDTE account.
6. Requesting Member: Congressman Howard Coble.
Bill Number: H.R. 2638.
Account: Research Development Test & Evaluation (RDTE), Navy (Marine Corps).
Legal Name of Requesting Entity: Energizer Battery Manufacturing, Inc.
Address of Requesting Entity: 25225 Detroit Road, Westlake OH 44145.
Description of Request: Provide $2,500,000 for the continued development (Phase II) of a high-rate capability, air electrode for a zinc air battery system. The objective is to increase the rate capability by an additional 65 percent so as to support the high power requirements for equipment used in military and commercial applications. The subject zinc-air battery will provide the same energy and power of the incumbent battery (lithium-sulfur dioxide) for about half the weight and in a 60 percent smaller package. Approximately $1,575,000, or 63 percent, is for labor; and $925,000, or 37 percent, is for materials and other allowable indirect costs.
On average, a U.S. soldier consumes the equivalent of 1 AA battery per hour in combat, and an infantry platoon, for a 3-day mission, will require approximately 2,500 batteries, weighing a total of almost 400 lbs. Carrying this added weight induces fatigue and ultimately limits their effectiveness and ability to carry out their missions. Thus, with our heavily armed and battery-laden troops increasingly confronting light and irregular forces, issues of battery weight and equipment reliability are more important than ever. The total project cost is expected to be approximately $14,000,000. Energizer will provide the balance of this funding and will continue to devote tens of millions of private R&D dollars to support the continued development of this technology for high power military and commercial applications.