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Engineering manufacturing facility

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Engineering manufacturing facility

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Amazon
Area: 5888268 km2
Countries:
Brazil; Peru; Suriname; France; Colombia; Guyana; Bolivia; Venezuela; Ecuador
Cities:
Santa Cruz; Manaus; La Paz
PFAF ID:
HydroBasin Level:
Baseline Water Stress:
Water Quality Stress:
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Quick Info

Countries: United Kingdom of Great Britain and Northern Ireland, United States of America
Basins: Missouri (422), North Atlantic (604) (Severn & Thames)
Project SDGs:
Includes Sustainable Development Goals from the project and its locations.
Water Use Efficiency (SDG 6.4)
Sustainable Production (SDG 12.4)
Project Tags:
Includes tags from the project and its locations.
Industrial Wastewater
Progress to Date: Discrepancies in data were flagged, itemised with reasoning and suggested steps for remediation. Secondly, the specific treatment process that was the focus of the modelling pilot was found to be able to reuse over 70% of the water in that process. Data analytics produced by modelling actual chemical, physical and biological performance of the wastewater and the treatment technology.
Services Needed: No services needed/offered
Desired Partner: Business
Language: English
Start & End Dates: Nov. 01, 2019  »  Jan. 01, 2020
Project Website: waterhoundfutures.com
Contextual Condition(s): Other
Additional Benefits: Raised awareness of challenges among water users
Beneficiaries: Water utilities
Planning & Implementation Time: 1 - 3 years
Primary Funding Source: corporate
Project Challenges: Other
Project Source: User
Profile Completion: 85%

Project Overview

Waterhound Futures was asked by a global manufacturer to model an existing wastewater treatment system to identify opportunities to reuse water in a select reverse osmosis process within the larger facility. Leading into the project, Waterhound's 'software flagged discrepancies in input data provided by plant operators versus contaminant levels normally found in engineering manufacturering facilities. The software itemised 8 contaminants flagged with discrepancies in input w…

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Waterhound Futures was asked by a global manufacturer to model an existing wastewater treatment system to identify opportunities to reuse water in a select reverse osmosis process within the larger facility. Leading into the project, Waterhound's 'software flagged discrepancies in input data provided by plant operators versus contaminant levels normally found in engineering manufacturering facilities. The software itemised 8 contaminants flagged with discrepancies in input water data with reasoning and suggested steps for engineers to take for remediation.

The RO process was also modelled using manufacturer's specifications for the hardware, input water analysis, P&ID drawings, etc. and other environmental parameters - e.g. flowrate. Waterhound software identified opportunities to reuse over 70% of water in the RO process.

The project mandate did not extend to modelling to identify opportunities for water reuse and recycle throughout the facility.

Basin and/or Contextual Conditions: Other
Project Benefits: Raised awareness of challenges among water users
Indirect or Direct Beneficiaries: Water utilities
Months & Implementing: 1 - 3 years
Primary Funding Source: Corporate funding
Challenges: Other

Partner Organizations


Optimise water and wastewater treatment systems and processes to: 1. Reduce operating costs 2. Eliminate wastewater pollution by verifying full treatment of all contaminants to meet regulatory discharge requirements; 3. Significantly reduce energy usage and carbon emissions from the treatment … Learn More

Julie King
Primary Contact  

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