Opportunity

CanadaBuys #UWORFPEW-1936

Procurement of In-Situ Electrochemical Flow Cell System for Advanced Microscopy Research at Western University

Posted

July 14, 2026

Respond By

August 06, 2026

Identifier

UWORFPEW-1936

NAICS

334516, 423490

This opportunity involves the procurement of a specialized in-situ electrochemical flow cell system for advanced microscopy research at Western University. - Government Buyer: - University of Western Ontario (Western), Procurement Services - OEMs and Vendors: - No specific OEMs or vendors named - System must be compatible with Thermo Fisher's Spectra 200 transmission electron microscope - Products/Services Requested: - In-situ electrochemical flow cell for use with high-resolution transmission electron microscopy (Spectra 200, Thermo Fisher) and scanning transmission X-ray microscopy - System must operate at room temperature with aqueous electrolytes (pH 3-10) and some organic electrolytes - Must be robust for ultra-high vacuum environments and minimize bubble formation - Compatibility required with both the Canadian Light Source (SM beamline) and Western University facilities - Unique/Notable Requirements: - Emphasis on user-friendliness and robustness for ultra-high vacuum systems - Designed for research on corrosion and interfacial phenomena in battery research - No specific part numbers or OEMs listed, but strict compatibility with Thermo Fisher equipment is required - Estimated budget is CAD $144,000 plus HST - All technical and submission requirements are detailed in the tender documents

Description

Western University seeks to procure an electrochemical flow cell for a high-resolution transmission electron microscope and scanning transmission X-ray microscopy. The system should operate at room temperature with aqueous electrolytes of pH 3-10 and possibly some organic electrolytes. It must be user-friendly, robust for ultra-high vacuum systems, minimize bubble formation, and be compatible with both the Canadian Light Source and Western University facilities. The research focus is on corrosion and interfacial phenomena in battery research. The budget is CAD $144,000 plus HST, and delivery is expected in Fall 2026.

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