# Quebec SEAO #20183059

École Polytechnique seeks a Multigas REV-G FTIR gas analyzer and support

**Posted:** November 12, 2026
**Respond By:** November 28, 2026
**Identifier:** 20183059
**NAICS:** 334516, 423490, 334519

École Polytechnique is seeking a research-grade FTIR gas analyzer with delivery, commissioning, and technical support.
- **Government buyer:** École Polytechnique (Polytechnique Montréal).
- **Named companies:** **Multigas** is identified with the analyzer/product line; **CCR Process Products** is the named supplier and intended exclusive source.
- **Product requested:** One Multigas REV-G FTIR Gas Analyzer, model/part number **MG2030**; quantity is not specified.
- **Key equipment requirements:** One scan per second at 0.5 cm⁻¹; silicon-carbide infrared source; helium laser reference; 10 ppb to 100% concentration range; liquid-nitrogen-cooled MCT detector with thermoelectric module; 20 psig purge; ambient-to-191 °C operating temperature; flow of 0.2–20 L/min; pressure of 0.01–4 atm; and detection limits for more than 30 gases.
- **Software requirements:** Simultaneous analysis of multiple compounds, automatic correction for gas temperature and pressure changes, sample acquisition and analysis in under one second, QA/QC checks, and reprocessing of recorded spectra.
- **Services requested:** Delivery, commissioning, and technical support. The system is intended to support polymer-recycling and waste-valorization research and integrate with an existing analytical characterization platform.
- **Notable procurement detail:** The notice states that the equipment from CCR Process Products was identified as the only option meeting the analysis requirements.

### Description

École Polytechnique intends to award a contract exclusively to CCR Process Products for the acquisition, delivery, commissioning, and technical support of a gas analysis system. The specified equipment is the MultiGas REV-G FTIR Gas Analyzer (MG2030), for detecting, identifying, and quantifying gaseous compounds in research and teaching. It will support polymer-recycling and waste-valorization research and integrate with the existing analytical characterization platform in Professor Chaouki’s laboratory. The notice states the equipment was identified through market research as the only one meeting the analysis requirements.

[View original listing](https://seao.gouv.qc.ca/avis-resultat-recherche/consulter?ItemId=08848e17-3a24-4f49-8fb4-0b1d82fdd7b1)