Inductively Coupled Plasma - Optical Emission Spectrometry

DEPT OF DEFENSE · DEPT OF THE ARMY · AMC · ACC · MISSION & INSTALLATION CONTRACTING COMMAND · 419TH CSB · W6QM MICC-FT DRUM is soliciting Inductively Coupled Plasma - Optical Emission Spectrometry. Solicitation number W911S227U0002. Classified under NAICS 334516 — Analytical Laboratory Instrument Manufacturing. Product/service code 6630 — CHEMICAL ANALYSIS INSTRUMENTS. Responses are due by 09 October 2026 05:55 UTC. Posted on SAM.gov, the US federal contract opportunities system; registration is required to bid.

MANDATORY MINIMUM REQUIREMENTS: Preferred instrument: ICP- OES comparable to the Agilent 5800; vendors may offer any equivalent system that meets the required specifications.1. Spectrometer RequirementsSimultaneous reading ICP OES w/ solid state detector.Bench top design only. Floor mount not acceptable.Echelle polychromator, 253 mm focal length, single detector, single entrance slit. Resolution: less than 0.0065 nm @ 200 nm; less than 0.013 nm @ 327.4 nm.Purged + thermostated optical enclosure; purge 0.7 L/min w/ 3 L/min boost option (less than 189 nm).Pixel level anti blooming detector.Vertical plasma; single piece torch. Optional torches must be available.View equal to or greater than 96% emission spectrum from 167-785 nm.Simultaneous UV + Vis determinations in one measurement.2. ICP System RequirementsBench top system; dual view vertical plasma (synchronous axial/radial).Must run aqueous + organic matrices including oil, MIBK, kerosene, hexanes.Monitors gas pressures/flows, water flows, air pressure, exhaust, plasma stability; auto shutdown on interlock breach.Operates at 15-30 degrees C and 25-80% RH; tolerates 2 degrees C/hr change with no performance loss.Exhaust requirement: equal to or greater than 2.5 m^3/min (88 ft^3/min).Power: equal to or less than 2.9 kVA, 200-240 VAC, 50-60 Hz, equal to or less than 15 amps3. Detector RequirementsSingle solid state detector; simultaneous reading of all wavelengths.Peltier cooled to equal to or less than -40 degrees C; Adaptive Integration capability.Hermetically sealed; no gas purge required.4. RF Generator RequirementsSolid state generator, 750-1500 W, 10 W increments.equal to or greater than 75% power transfer efficiency; typical stability 0.1%.5. Gas Flow ControlsAll plasma gases (coolant, auxiliary, nebulizer, makeup) must use mass flow controllers.Must meet flow ranges + increments listed in Government technical criteria.Integrated, computer controlled oxygen addition for organics.6. Sample Introduction SystemCassette style vertical torch; no manual adjustments required after mounting.Double pass glass cyclonic spray chamber + glass concentric nebulizer.Five channel variable speed peristaltic pump; up to 80 rpm.7. Software Requirements64 bit software; Windows 11 compatible.Automated background + spectral interference correction; automatic IEC recalculation.QC system supporting blanks, spikes, duplicates, and corrective actions.Full raw data saving + complete post run reprocessing.8. Performance RequirementsMust meet all EPA ICP OES detection limits and CRDLs using concentric nebulizer + cyclonic spray chamber.9. Additional RequirementsNew instrument; refurbished/demo units not acceptable.One year warranty (parts, labor, travel).Separate, remotely placeable water chiller.Autosampler holding equal to or greater than 180 sample positions + equal to or greater than 11 standards10. Hydrofluoric Acid Compatibility RequirementSample introduction systems must be or include compatible hardware for hydrofluoric acid use. This shall include, at a minimum, an HF-resistant nebulizer and spray chamber11. Certified Metal Standards Accuracy RequirementThe instrument shall be capable of analyzing within +/- 10% of certified values of metal standards (either chip or atomized metal powder) for typical alloy steel grades, typical stainless steel grades, typical copper alloys, typical cast and wrought aluminum, and titanium alloys with proper preparation for metallurgical elements excluding elements atypical of interrogation by ICP-OES methods such as carbon, nitrogen, hydrogen, and oxygen.