This Combined Synopsis/Solicitation opportunity from Department Of Defense was posted on June 1, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.
VAPOUR GENERATOR
Contract Overview
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AI Contract Overview
This contract is for the procurement of a vapor generator essential to the SMART SEED Innovation Award project, which involves testing at ultra-low concentrations of chemical agent vapor, specifically at 10 parts per billion. The vapor generator must deliver highly regulated, low concentration chemical vapor output to accurately test and characterize the sensitivity and response time of NDSI electronic vapor sensors under varying temperature and humidity conditions. This capability is crucial for validating sensor algorithms and performance data, making it a mission-critical acquisition for the Department of Defense. To meet these stringent requirements, the contract specifies that the vapor generator must include a corrosive gas upgrade to protect internal components from damage caused by corrosive chemical agents and simulants. Additionally, it must come equipped with a diffusion tube, diffusion tube membranes and gaskets, and a permeation tube kit to accurately control vapor output within the targeted ranges required for chemical agent testing. The solicitation is issued by the W6QM Micc-Dugway Prov Grd office located in Dugway, Utah, with a response deadline of June 8, 2026. Contact for this procurement is Jeremy MacDougall.
General Info
Agency
NAICS
Place of Performance
UT, 84022, USASet-Aside
Documents
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Timeline
Submission Closed
Organization & Contact Information
Full Description
This procurement is mission-critical for the SMART SEED Innovation Award project, Vendor must demonstrat the ability to meet the requirements for this testing matrix. The testing threshold is agent vapor, with an objective to test at ultra-low concentrations (10 ppb).
The vapor generator is uniquely required because it provides the highly regulated, low concentration chemical vapor output necessary to accurately characterize the sensitivity and response time of the NDSI electronic vapor sensors under variable temperature and humidity conditions. Without this specific generation capability, DPG cannot confidently validate the
sensor algorithms or performance data.
To meet the specific demands of chemical agent testing and precisely control vapor generator output across the targeted ranges, the procurement must include the following specific components and upgrades:
A corrosive gas upgrade to prevent damage to internal components from corrosive chemical agents and chemical agent simulants.
A diffusion tube, diffusion tube membranes and gaskets, and a permeation tube kit.
