Updated Mar 28, 2019

WEROP - wave energy reverse osmosis pump

Wave energy converter using the energy directly to power a variety of hydraulic processes including desalination, aquaculture, mineral recovery and power generation. Supplies high pressure pre-filtered seawater for these processes.

www.impactfreewater.com

Simon Wijnberg

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Stage 3: Proof of Concept

The WEROP has been successfully demonstrated at sea since 2004. IFW are now scaling & working on an improved energy off-take to take advantage of the high energy seas around the Southern African shores, while working to commercialize the technology.

Registered as a For-Profit in South Africa.

Focus Areas:

Aquaculture, Wind & Water Energy, Water Supply/Quality and 6 MoreSEE ALL

Aquaculture, Wind & Water Energy, Water Supply/Quality, Climate Change and Resilience, Fisheries, Energy, Technical and Vocational Education and Training (TVET), Workforce Development and Response TechnologiesSEE LESS

Implemented In:

South Africa

South AfricaSEE LESS

1
Key Partner
1
Country Implemented In
2
Customers
3
Employee
$520,000
Funds Raised to Date

Problem

1.Water scarcity; 2. power shortages or expensive power; 3. Cost of pre-filtration and delivery of clean seawater to the coast for industrial use such as seawater desalination, salt recovery and land-based aquaculture; 4. Cost of cooling industrial applications and controlled agricultural processes (growth cycles, office/hotel space cooling, general industrial cooling applications). 5. Cost of fouling in intake pipes (aquaculture, desalination etc.).

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Solution

The WEROP uses wave energy directly to supply pre-filtered high pressure seawater to an industrial process such as a Reverse Osmosis system, producing fresh water as a primary product and electricity and salt as by-products. The high pressure delivery is the most efficient way to supply wave energy. It also prevents bio-fouling in the pipeline. The system also forms a reef, and the system reduces incident wave energy, thus reducing coastal erosion. All this and more with zero electricity usage.

Target Beneficiaries

Isolated indigent communities; urban and rural coastal communities with enough wave energy. My aim is to form a non-profit public beneficiary company to use a 1/3 of the profits of the commercial company to provide isolated indigent communities with potable water in a sustainable fashion. We will look for win-win ways to help while still making our shareholders wealthy.

Mission and Vision

Reduce diseases and suffering associated with a lack of access to enough potable water. Provide alternative to dirty fuels and an example for doing business in a truly sustainable fashion - the triple bottom line: economic, social and environmental win-win symbiotic relationship.

Innovation Description

The system uses the orbital motion of passing ocean waves to drive a simple seabed based pump. The water is drawn through a filtration system and then pressurised to over 70 bars and pumped to a shore based process such as a desalination and power generation plant.

Competitive Advantage

The system is cost efficient and green. IFW strives to make wave energy affordable. We do this by cutting out the need for specialist installation equipment, such as jack-up rigs. The system also offers a unique feature: pre-filtration. The system uses wave energy directly to drive the pumping of seawater to the shore for industrial purposes such as SWRO desalination, power generation and cooling. The system provides the seawater at over 70 bars on the land for this purpose. The systems are modular and scalable and can be moved if desired.

Planned Goals and Milestones

Upgrade the power offtake to take advantage of the high energy waves around the Southern African shores. We have been awarded a government grant. We plan to deploy the new system in September 2019. We also recently signed the terms to another Government grant to scale the technology for a semi-commercial demonstration project in South Africa. We hope to start in June. We are also engaged in negotiating a joint venture with the University of Namibia to demonstrate the WEROP in Henties Baai.
Funding Goal2,500,000
New Implemented CountriesPalau, Micronesia, Marshall Islands, Mauritius, Namibia, Mozambique, Saint Vincent and the Grenadines, Madagascar
Recruit1 Project manager. 1 Diving supervisor. 3 commercial divers. 1 Specialist marine mechanical engineer
New FeatureFully automated system. AI implementation.

The Team Behind the Innovation

Simon Wijnberg - CEO, innovator and oceanographer. Founder since 2003. Anton Berkovitz CA (SA) - Business director Jamie Workman (USA) - water specialist Lwandle Technologies - Oceanographic data collection company. Craig Matthysen - Scientific director. Neil Parker - Project Manager. Wind Industry veteran. Outsource specialist skills for tasks beyond our ambit.

Milestones

Dec 2015
In the News
TITLEAtlantic waves roll fresh water in from the sea
Mar 2014
Funds RaisedPENDING
$310,000
TITLEWEROP - Wave powered desalination PoC
TYPEGrant
IMPLEMENTED INSouth Africa
Jan 2008
Funds RaisedPENDING
$140,000
TITLEWEROP
TYPEGrant
FOCUS AREAS
Technology
IMPLEMENTED INSouth Africa
Date Unknown
New Country Implemented In
South Africa

Supporting Materials

IFW-Investor-Presentation-May2018.pdf
Letter-of-Support-from-Minister-Pandor-Sept2017.pdf
IFW-Business-Plan-2017-2020-with-attachment.pdf