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BROAD AGENCY ANNOUNCEMENT - BIOMEDICAL RESEARCH AND DIVING EQUIPMENT DEVELOPMENT
- Órgano de contratación
- NAVSEA HQ, Dept of Defense
- País
- Estados Unidos
- Categoría
- Servicios de investigación y desarrollo y servicios de consultoría conexos
- Fecha límite
- Cierra el 30 Nov 2027 (30 Nov 2027 15:00 UTC-5)
- Publicada
- 23 Sep 2026
- Procedimiento
- Solicitation
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Broad Agency Announcement (BAA) for BAA N00024-27-S-0001 BIOMEDICAL RESEARCH AND DIVING EQUIPMENT DEVELOPMENT IN THE AREAS OF DIVER HEALTH, SAFETY, AND EFFECTIVENESS, AS WELL AS SUBMARINER SURVIVABILITY IN A DISABLED SUBMARINE Naval Sea Systems Command (NAVSEA) is soliciting pre-proposals and full proposals for applied Biomedical Research and Diving Equipment Development with a focus on Diver Health, Safety, and Performance, Deep Diving Advancements, and Submarine Escape and Rescue. The programs goals are presented in detail below. It is the intent that this Broad Agency Announcement (BAA) be open for a two-year period from the date of publication. Specified dates are given in paragraph 2.a. below for submission of pre-proposals and full proposals to be awarded within Fiscal Year (FY) 2028 and 2029. 1. Primary Areas of Interests Program objectives are to focus research on improving or developing diving equipment for rapid transition to fleet capabilities, and biomedical aspects of Diver Health, Safety, and Performance, Deep Diving, and Submarine Escape and Rescue to develop and/or improve procedures that increase Navy personnel safety and effectiveness. The typical project will be two years or less, although three-year projects will be considered. Contracts awarded as a result of these BAAs historically average around $300K or less in annual cost. This information is provided for informational purposes only to provide a sense of scope desired by NAVSEA. This is not an obligatory value and pre-proposals/proposals valued above or below will be considered. However, budgetary constraints are a deciding factor in the selection for award. a. Diving: This interest area is comprised of five task areas focused on items that impose limitations on diver capabilities, specifically: breathing gas supply; human performance; protection from the undersea environment; decompression; and tools, transportation and training. Focus areas for each task are: Breathing Gas Supply (product goal should meet both US Navy General Specification for Diving and Manned Hyperbaric Systems and US Navy Dive annual requirements): Improve carbon dioxide (CO2) scrubbing materials or systems (i.e. canister systems), used for both free-swimming (i.e. underwater breathing apparatuses (UBAs)) and fixed systems (i.e. recompression chambers), that extend diving duration; Develop portable, minimal power input, ambient oxygen (O2) concentrators capable of working in conjunction with existing diving air compressors; Improve helium reclaim systems to support mixed gas and saturation diving systems and compact, portable mix-making system to reduce large gas storage logistical footprints; Develop CO2 sensor and improve O2 sensors for measuring ppO2 in closed-circuit UBA; Develop innovative diluent gas solutions that combine the advantages of nitrogens abundance and availability and heliums non-narcotic properties; Develop high-pressure air flasks, hoses and regulators, with high pressure defined for this purpose as greater than 5,000 pounds per square inch (psi), for surface-supplied diving (SSD) emergency gas supplies (EGS) and SCUBA/ closed and semi-closed UBAs. Current diver worn EGS is not sufficient to provide organic gas supply for recovery from deepest depths if primary gas source is lost. Human Performance: Improve understanding of oxygen toxicity mechanisms and oxygen toxicity mitigation development; Develop pharmacological or other novel mitigations to prevent or delay pulmonary and CNS oxygen toxicity; Develop and/or refine underwater noise protection strategies, equipment, and diver underwater exposure limits; Improve current comprehension of the environmental and physiological mechanisms via which sound is perceived via wetted auditory interface; Develop permissible exposure limits (PEL) for typical broadband noise sources in the aquatic mission environment; Develop compact, adaptive, wearable acoustic dosimetry technology for use in conjunction with PEL and…
Idioma de este anuncio: English. El título y la descripción se muestran tal como los publicó el órgano de contratación.
Source: SAM · reference N0002427S0001 · JSON