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UNIVERSITY OF GUELPH has floated a tender for Rfp-2018-F57 - Multi-Shot Pyrolyzer with Support System. The project location is Canada and the tender is closing on 06 Nov 2018. The tender notice number is 470932, while the TOT Ref Number is 27634119. Bidders can have further information about the Tender and can request the complete Tender document by Registering on the site.
Procurement Summary
Country : Canada
Summary : Rfp-2018-F57 - Multi-Shot Pyrolyzer with Support System
Deadline : 06 Nov 2018
Other Information
Notice Type : Tender
TOT Ref.No.: 27634119
Document Ref. No. : 470932
Competition : ICB
Financier : Self Financed
Purchaser Ownership : -
Tender Value : Refer Document
Purchaser's Detail
Purchaser : UNIVERSITY OF GUELPH
Guelph, Ontario (Canada)
Canada
Email :toddb@uoguelph.ca
URL :http://www.uoguelph.ca/finance/departments-services/purchasing-services
Tender Details
Basic Information Reference Number 0000132406 Issuing Organization University of Guelph Owner Organization University of Guelph Solicitation Type Rfp - Request for Proposal (Formal) Solicitation Number Rfp-2018-F57 Title Multi-Shot Pyrolyzer with Support System Source Id Pu.Ac.On.229283.C90645 Agreement Type Canada-Peru Free Trade Agreement (Cpfta) Agreement Type 2 Canadian Free Trade Agreement (Cfta) Details Location Canada, All of Canada, All of Canada Dates Publication 2018/10/12 01:45:36 Pm Edt Bid Intent Not Available Question Acceptance Deadline 2018/10/26 02:00:00 Pm Edt Questions Are Submitted Online No Closing Date 2018/11/06 02:00:00 Pm Est Contact Information Todd Billings 519-824-4120 Ext. 52139 Toddb@Uoguelph.Ca Description This Rfp is an Invitation to Prospective Proponents to Submit Non-Binding Proposals for the Provision of a Multi-Shot Pyrolyzer with Support System. the Bio-Renewable Innovation Lab (Bril) is a Multi-Disciplinary Research Facility where Engineers, Plant Biologists, Chemists, and Environmentalists Converge to Perform Collaborative Research that Focuses on Taking Waste from the Farm or Food Processor and Finding the Best Solution to Convert It Into Renewable Bio-Products that will Maximize the Economics. the Aim is to Develop a Wide Variety of Bioproducts Including Bio-Carbon (Potential Substitute for Coal), Bio-Oil (Potential Substitute for Petroleum) and Syngas (The Main Building Block of Any Fuel and Chemicals) from Agri-Food Wet Waste that Farmers/Processors Currently Must Pay to Dispose. Waste is a Resource Waiting for an Opportunity is the Theme of Overall Research Program. the Proposed Research Will: Explore the Biomass Pyrolysis Polygeneration Process to Develop Product Streams that Maximize the Economic and Environmental Benefits of Biomass Feedstocks. Assess if Renewable Bioproducts have the Functional Characteristics Required for Use in Applications Such As Replacement of Fossil Fuels and Petroleum Products. Find Routes to the Utilization of Residual Co-Products to Close the Materials Loop and Improve the Environmental Performance of These Processes. a Unique Aspect of This Envisioned Advanced Biorefinery Approach is to Target the Recovery of Value from Every Co-Product of Biomass Conversion Using the Concept of Zero Waste and Circular Economy. the Universitys Proposed Advanced Biorefinery Approach will Target the Recovery and Quantification of Multi-Products from Every Co-Product of Biomass Conversion. a Multi-Shot Pyrolyzer with Support System Allows the Detection, Identification and Quantification of All Thermal Decomposition Products. the Equipment will be Fully Utilized by Many Researchers at the University with the Anticipated Usage of the Infrastructure Being used Approximately 80% of the Time. the Remaining 20% to be used by Collaborators Within the Research Community. the Addition of This State-Of-...
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