Water Industry Forum - The stakeholder forum for the UK water sector

Services

Member News

United Utilities installs giant batteries for homegrown solar energy

United Utilities installs giant batteries for homegrown solar energy

EA announces national framework for water resources

EA announces national framework for water resources

Defra launches natural capital tool

Defra launches natural capital tool

Welsh Water Customer Satisfaction First

Welsh Water Customer Satisfaction First

Home
Member Services
Collaboration Opportunities

Collaboration Opportunities

Up to date information about business / commercial opportunities available to our members; to work collaboratively to develop and pursue opportunities that stimulate and accelerate economic growth.

Collaboration opportunities are provided in association with Enterprise Europe Yorkshire.

Device for removal of hydrogen sulphide and sulphide sulphur from the water

Reference: TOCZ20151102001
SUMMARY
A Czech university developed device capable for removing hydrogen sulphide and sulphide sulphur from groundwater. The device is designed for normal water flow in households and small and medium businesses. The university is looking for industrial and business partners who would be able to produce and distribute the device and offers license and research cooperation agreement.

FULL DESCRIPTION
Developed device is able to remove hydrogen sulphide and sulphide sulphur from groundwater. Hydrogen sulphide and sulphide sulphur occur mainly in groundwater with deep circulation which at one point came into anaerobic conditions. The removal of contaminants is based on membrane process, where contaminants pass from water through pores of hollow fibers membrane, and then are released into the air and led outside of the device. Depending on the location of the device, the contaminants are released directly into the air or are lead from house area to outside air.
The device in the form of a construction kit is designed in several basic modules for a variety of practical uses depending on the desired maximum flow rate and efficiency. The equipment includes a vacuum pump.
The device is capable of reducing the concentration of contaminants in the water to a level that meets the odor index. The device is designed for normal water flow in households, i.e. approx. 0,2 l.s-1. The spatial requirements enable to install the device in the facility area of the house.
The university is looking for industrial and business partners among small and medium companies interested in production and distribution of the device. University offers license and research cooperation agreement and is ready to work together with interested partners on exploratory research or only to transfer the rights for use of device.
Partner expertise sought:

- Specific area of activity of the partner: The sought partner should be SME from industrial sector. Partner should be able to produce the device and also distribute the product to the final partners, users. Distribution channels and contacts to final customers would be welcomed. The benefits for potential commercial partners include expansion of product portfolio and possibility of addressing new clients.
Advantages & innovations:

The modular nature of the device allows the user to adapt it to the desired maximum flow rate and efficiency. The efficiency of the decontamination process is increased due to the innovative design of the contactor head.
This device reduces energy consumption, space demands, price of the final device and operating costs.
The main benefit for potential users is improvement in organoleptic properties of water as well as possibility to connect the device to a household water system without losing pressure (case of aeration technologies).
Development Stage:

Prototype available for demonstration - Results of field tests available.
IPR:

Other - The contactor head as a part of the device is protected as utility model (reg. no. 27914) by the Czech Industrial Property Office.

Country of origin
CZECH REPUBLIC
Profile date
27/04/2017
Deadline
07/11/2017

Enquire by e-mail

Posted Tuesday 02nd May 2017

To subscribe to updates, click here for an RSS Feed of collaboration opportunities.

For previous collaboration opportunities, click here.

search engine by freefind

Some of Our 500+ Members

South West Water Ltd

Cranfield University

Caldervale Technology

Hero Labs