FLOATING AUTONOMOUS ENVIRONMENTAL FRIENDLY AND EFFICIENT DESALINATION UNIT.

Slides:



Advertisements
Similar presentations
1. About HYSEO HYSEO is a French company, created in 2008, located in Toulouse and dedicated to the development of innovative projects aiming at the self.
Advertisements

PRESENTERS NDENGA D.L,ASSOCIATED BATTERY MANUFACTURERS,NAIROBI AND KILONZI F.M,MOI UNIVERSITY,ELDORET. APPLICATION OF PINCH TECHNOLOGY IN MINIMISATION.
The shoreline OWC wave power plant at the Azores
A Sustainable Environmental Programme Enel Maritza East 3 Mike Foster CEO Enel Operations Bulgaria.
Content of the Presentation
Integrating Multiple Microgrids into an Active Network Management System Presented By:Colin Gault, Smarter Grid Solutions Co-Authors:Joe Schatz, Southern.
Work Packages: 1. Technologies (combination of CSP and desalting technologies) 2. Water Resources and Solar Energy Resources 3. Demand Side Scenario 4.
© Siemens AG 2011 Hull Offshore Wind Workshop Siemens Wind Power A/S, Thomas Mousten, Offshore Wind Americas.
The Wider Offshore Industry - Introduction. Why Renewables? Mb/doe Gas Nuclear Oil Renewables Coal Incremental.
ABB LCC ECS - 1 © 2004  Industrial IT Power Management System Scope & Value Proposition Lead Competence Center Electrical Control Systems.
Introduction to Engineering Presentation Ocean Power Technology
Renewable Energy Applications Jenna Beatty Jenny Lund Calvin Robertie.
ASME Oral Presentation Competition Stevens Institute of Technology Mechanical Engineering Dept. Senior Design 2005~06 April 1 st, 2006 Presented By: Lazaro.
Tidal Energy for Power and Profit
Jordan River Rehabilitation Project March 22 nd /6/20151.
Analysis of wind energy with pumped storage systems in autonomous islands George Caralis Mechanical Engineer NTUA National Technical University of Athens.
Bekir Turgut1, Rok Stropnik2
1.  Renewable energy is energy which comes from natural resources such as sunlight, wind, rain, tides, and geothermal heat, which are renewable.  Climate.
E.ON on the Romanian Energy Market ZF Power Summit Bucharest, February 27, 2013 Frank Hajdinjak CEO E.ON România.
Current Obstacles to Wide Implementation of Wave Energy Alex Ruane 10/27/05.
© 2010 San Diego Gas & Electric Company. All copyright and trademark rights reserved Options for Ocean-Based Energy 2 nd Maritime Business & Technology.
1 Utility Ownership of Wind Power: Why it makes sense now American Wind Energy Association May 17, 2005 Eric Markell Senior Vice President Energy Resources.
THE OFFSHORE SITUATION IN GREECE Municipality of Corfu.
HYDROCARBON CHEMISTRY CHE 351 PRESENTATION 1 of 2 By RAIYAN ABDULNASIR.
Panel on Water, Food and Energy Overview of the Water & Energy issues and their linkages with food Richard Taylor, Executive Director, International Hydropower.
Thomas DEGNER -DE- BETA SESSION 4b: Integration of RES+DG Barcelona May DISPOWER Distributed Generation with High Penetration of Renewable.
The Smart Grid Enabling Energy Efficiency and Demand Response Clark W
Prospects of Wind and Pumped Storage systems’ integration in Greek islands George Caralis Mechanical Engineer NTUA Wind Energy Laboratory.
Lay-out of Proposed Scheme. Positives – Well located for integration into both NMBM Potable and Industrial supply infrastructure Can supplement either.
LIFE THIRD COUNTRIES Development and Implementation of an Integrated System for the Control and Monitoring of the Urban Wastewater Treatment Plants in.
“Development of an advanced, innovative energy autonomous system for the treatment of brine produced from desalination plants” LIFE09 ENV/GR/ “ Water.
Chapter 21: How We Obtain and Use Water. Water To understand water, we must understand its characteristics, and roles: –Water has a high capacity to absorb.
1  Renewable energy is energy which comes from natural resources such as sunlight, wind, rain, tides, and geothermal heat, which.
AquaRET 2 LEONARDO DA VINCI - Transfer of Innovation AquaRET 2 Online Survey results Bilbao, 05/10/2010 E. Mavrou Environmental Scientist, MSc CRES - Greece.
Nizar Kammourie General Manager SAWACO Water Desalination
Joint Agency Workshop on California Drought Response Robert Kostecki, LBNL California Energy Commission, Sacramento, August 28, 2015.
OFFSHORE ENERGY & WATER SYSTEMS
Group 7: DESALINATION - A SUSTAINABLE OPTION? By: Matthew Harvey ( ); Richard Lea ( ); Callum Kerr ( );
TOPIC: WIND ENERGY.
Alternative Energy Sources Wiki Project Kevin Boyle, Mark Fraser.
Alternative energy source Daniel KardosAron AdroviczMark Rozsavolgyi.
FUTURE FOR OFFSHORE WIND ENERGY IN SPAIN Wind Energy Department
MOTORWAVE ® Electricity and Desalinated Water from Wave Energy.
Kyoko Abe 16 March Outlines Concept Technology Market Status Potentials Projection.
Part-financed by the European Union (European Regional Development Fund) Extension of General Plan of Republic of Lithuania with marine solutions N.Blаžauskas,
An Overview of the Technology and Economics of Offshore Wind Farms
Educational Center for promotion of Renewable Energy, Ecotourism and Heritage Preservation.
Offshore Wind Energy in the region – EMDEN (Germany)
Issues of Grid Integration of Renewables : Creative solutions 09/11/2012Mickaël HERVY01 / 11.
Wind Turbine Power Plant. Sources ●
North Coast Wind Farm Tolano Environmental Consulting.
Which of the energy resources below is an example of a renewable energy resource? Coal Wind Oil Nuclear.
Euromed October 2010 A Flexible Desalination Solution.
SEMINAR ON SHIP WITH WIND MILLS
H2020 Proposals LIFES 50 PLUS James Battensby – Technical Bid Manager 23 rd June 2015.
Leading the way in Reverse Osmosis Water Purification
Bringing Offshore Wind to New England’s Shore Restructuring Roundtable
Prof. Dr. Seval SÖZEN Istanbul Technical University
MERMAID Innovative multi-purpose offshore platforms: planning, Design and operation MERMAID.
Prof. Christopher J. Koroneos Mayor of Nisyros Island Greece
Containerized desalination based on RO:
Sam Aminfard CATEE 2017 – Texas Energy Summit November 15, 2017
Leading the way in Reverse Osmosis Water Purification
SEMINAR ON Floating Windmills
Underwater Storage Technologies for Offshore Wind Energy
Linking Geothermal Electricity Generation with Multiple Desalination Processes and Aquifer Storage and Recovery: A method to reduce fossil fuels use and.
ALASKA VILLAGE ELECTRIC COOPERATIVE Energizing Rural Alaska since 1968
A TECHNOLOGICAL ADVANCE
Reduced Draft Spar (RDS) Floating Offshore Wind Turbines A Market Opportunity Pedro López Offshore Engineering & Ship Design
A Solution to the Global Water Crisis
Presentation transcript:

FLOATING AUTONOMOUS ENVIRONMENTAL FRIENDLY AND EFFICIENT DESALINATION UNIT

PROBLEM TO ADDRESS WATER SHORTAGE (in islands) ENERGY With a solution that is ECONOMICAL ENVIRONMENTAL FRIENDLY

Target Design and Implementation of an environmental friendly floating desalination plant using renewable energies in order to support the fresh water demand of isolated Greek islands.

Offshore potential (why in the sea?) Offshore wind potential Better quality wind at sea Other reasons

Offshore wind projects

European wind resources Wind resources at 50 meters above ground level for five different topographic conditions: 1) Sheltered terrain, 2) Open plain, 3) At a coast, 4) Open sea and 5) Hills and ridges.

Floating wind generator Hywind

Main Concept Desalination Units already exists on board of ships using fuel energy. Integration of desalination unit with windpower in the same structure to achieve: Reduced cost due to absence of network to transfer energy. Ability of installation far from populated areas. Minimize disturbance problems, such as noise. Ability to move the unit in different areas for better utilization depending on conditions.

OBJECTIVES Autonomous Operation Ecological Scalable Transferable

Technical Problems Operation of wind turbine on a floating structure. Energy autonomous operation leads to complex solutions. Variable power input -> variable water production. No chemical treatment -> increase membrane scaling. Variable production -> increase scaling additionally. Unmanned automatic control of all system components and fail safe devices. Towing of complete system, no erection on site.

Design and Operation

Final Design of the Floating Platform

Improvement of Desalination Unit Minimum Maintenance Maximum Energy Recovering No chemical treatment Minimize cost of water production

OPTIMIZATION

Operational Data

Autonomous Operation Local Connection network – GPRS

SCADA (1)

SCADA (2) WT

SCADA (3) RO

PARTNERS: 1.UNIVERSITY OF THE AEGEAN 2.ALGOSYSTEMS 3.CRES 4.EPISEY - NTUA 5.J.KOUIMANIS 6.LAMDA SHIPYARDS 7.TECHNAVA 8.SOUTH AEGEAN REGION 9.REFLEXION 10.HELLENIC REGISTER OF SHIPPING Financial Support: GENERAL SECRETARY RESEARCH AND TECHNOLOGY ΕUROPEAN UNION

Conclusions First Operational Floating Wind Turbine Operational in actual environment and producing fresh water Autonomous –Energy –Unmanned –Compact Ecological –RENES –Deep seawater –No chemical treatment Scalable Transferable