Safety Air Monitoring Replacement Gas Chromatograph (GC) Phase III W911S6-26-Q-A011
Summary
AI-generated · Mar 25, 2026A single Gas Chromatograph (GC) instrument is needed for air monitoring to replace the existing MINICAMS system. It must include a detector capable of identifying halogen-containing chemical agents and compounds that do not contain phosphorus or sulfur, functioning as an alternative to the current FPD and FID detectors. The GC should use an MXT-1701 phase column, incorporate an Air Sampling Quick Change Trap Module with a flow rate of at least 500 mL/min, and include an external mass flow controller with the ability to capture flow readings.
Additional requirements include an oven programmable from ambient to 400? (units not specified), cycle time between injections of 15 minutes or less, and visible and audible alarms for faults and sample detections. The instrument should have an integrated GC engine with NUMAVIEW touchscreen display, onboard processor and storage, and local data logging with the ability to capture instrument set points and measurements. It must support automatic calibration (single-point or multi-point), onboard integration for calculating concentrations with results shown on the GUI, a heated exhaust to prevent water expulsion, detector exhaust that removes water vapor without dripping, and a sample bypass capability with continuous inlet flow of at least 500 mL/min. Approximate dimensions are 17 x 11 x 8.5 inches and weight about 25 pounds. Delivery is required by 30 September 2026 or upon notification.
A Gas Chromatograph (GC) instrument is needed for air monitoring in replacement of MINICAMS instruments. Procure one GC instrument with the following specifications: Detector capable of detecting halogen containing chemical agents and compounds that also do not contain a phosphorous or sulfur element. Detector is an alternate to existing Flame Photometric Detector (FPD) and Flame Ionization Detector (FID) Chromatographic column: MXT-1701 phase Air sampling Quick Change Trap Module with flow rate through the trap of at least 500mL/min External mass flow controller, ability to capture the flow meter readings Oven programmable from ambient to 400? Cycle time from injection to injection of 15 minutes or less Visible and audible alarms for system faults and sample concentration detections Integrated GC engine, NUMAVIEW with touchscreen display, integrated processor, and storage. Data logging. Ability to capture instrument set points and measured values such as: sample flow, temperatures, pressures, calibration, concentration, injection type calibration, service, sample, etc. Data captured locally with the ability to retrieve and use for other reporting or calculating of sample data. Automatic calibration feature. Calibration of the instrument using an averaged single point or multi-point calibration curve. Capable of calibrating and obtaining sample concentrations using the onboard integration engine, and values displayed on the graphical user interface. Heated exhaust to prevent expulsion of water. Detector exhaust must expel water in gas/vapor form elimination water drip from the instrument detector. Sample bypass capability. Ability for continuous sample flow at inlet in a bypass state. A minimum flow of 500mL/min required for bypass capability. GC approximate dimensions - 17 x 11 x 8.5 (width x height x depth) Instrument weight approximately 25 pounds Shipping: Delivery shall be completed by 30 September 2026 or upon customer notification.
From Combined Synopsis/Solicitation posted on Mar 24, 2026Notice history
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Combined Synopsis/Solicitation LATEST Posted Mar 24, 2026
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