Merx #45489-2A-7A-RFP

University of Ottawa Solicitation for Multi-Reactor Anaerobic Fermentation System with Dialysis Capability

This opportunity involves the University of Ottawa's procurement of a Multi-Reactor Anaerobic Fermentation System with Dialysis Capability for advanced gut microbiome research. - Government Buyer: - University of Ottawa (funded by Canada Foundation for Innovation and Ontario Research Fund) - Products/Services Requested: - Multi-reactor anaerobic fermentation system with at least five interconnected, double-jacketed bioreactors - Integrated dialysis module for metabolite exchange - Computer-controlled platform with real-time monitoring, automated diagnostics, and alert functions - Modular design for future expansion - Embedded computer system (with UPS, monitor, keyboard, mouse) - Perpetual software licence (Windows 11 compatible) - Nitrogen gas flushing unit (supports up to three gas circuits) - 18 programmable peristaltic pumps - 5 pH probes - All consumables, reagents, and materials for an initial four-week experiment - Services Required: - On-site delivery, installation, and assembly - Site acceptance testing - On-site training for 2–3 personnel - Preventative maintenance recommendations - One-year warranty and technical support - Unique/Notable Requirements: - System must simulate human gastrointestinal and colonic environments for controlled cultivation of complex gut microbial communities - Platform must be modular and support future expansion - Supplier must provide all initial experiment consumables and training - No specific OEMs or brands are named in the solicitation

Description

The University of Ottawa is soliciting proposals for a Multi-Reactors Automated Fermentation System with Absorption Module designed to simulate the human gastrointestinal and colonic environments for gut microbiome research. The system must include interconnected bioreactors with precise control of temperature, pH, anaerobic atmosphere, and nutrient delivery, supporting long-term fermentation experiments. It should feature an integrated dialysis module, computer-controlled software for real-time monitoring, and support for mucosal-associated microbial communities. The supplier is responsible for delivery, installation, commissioning, training, and providing consumables for initial experiments.

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