[ International OTEC Symposium ]
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![[ International OTEC Symposium ] [](/docs-images/78/76934149/images/1-3.jpg "Sponsored by NOAA-MOF JPA and APCEES")
![] The Korean Roadmap to OTEC](/docs-images/78/76934149/images/1-4.jpg "Industrialization 2013. 9.")
1 [ International OTEC Symposium ] [ Sponsored by NOAA-MOF JPA and APCEES ] The Korean Roadmap to OTEC Industrialization hyeonju@kiost.ac
2 Background and Purpose Population increase and industrialization based on fossil fuel 1) Shortage of essential resources such as Food, Energy & Water 2) CO 2 emission, Global warming, Climate change, albinism etc. Requirement of OTEC for global and domestic needs 1) ODA activity as a donor shifted from receiver since 1996 based on experience and technical potential => Low dt OTEC + SWAC 2) Alternative energy utilization aims to increase by 11% in 2030 to reduce the dependency on imported fossil fuels => High dt OTEC + SWAC OTEC roadmap was established to meet such demands on time by contribution of Korea, a leading producer of ships, steel and so on 2
3 Master Plan and Development Strategy [ National Master Plan 2030 of Renewable Energy Utilization ] [ Phased Development Strategy ] 3
4 Ocean Energy Potentials in Korea Estimated ocean energy in Korea : 14,600MW 6,500MW/Tidal barrage 1,000MW/Tidal current 6,500MW/Wave power 600MW+?/OTE C : 온도차발전후보지 LdT OTEC application of surface and deep layers in tropical seawaters HdT OTEC utilization using solar/geothermal heat or power plant discharge 4
5 R&D and Industrialization Needs for OTEC Phased needs To meet the needs from R&D, industrial sectors and ODA receiver based on the technological strength of Korea and international cooperation (JPA, ADB, GCF etc.) 2020~ ~100MW OTEC plant Energy supply for nations populated over 50,000 people 2018~2020 5~20MW OTEC Plant Self energy-sufficient offshore bases for fisheries and deep sea mining 2 nd stage ODA in tropical nations 2016~2018 1MW OTEC plant 1 st stage ODA for tropical islands (LdT OTEC) Deep sea mining at small mining pilot plants 2014~2016 ~0.2MW OTEC plant LdT OTEC plant for cooling power plant HdT OTEC plant sourced by multi-heat for practical use in Korea(wood incineration..) 5
6 Final Goals and Approaching Steps Final Goals Design, manufacture, installation and operation of 100MW commercial OTEC plants in tropical waters 2020~ 100MW OTEC Commercial Plant Prototype 100MW OTEC plant for commercialization 2018~ MW OTEC Practical Plant Practical OTEC plant for multi-staged use ODA project and deep sea mining assistance 200kW HdT & 1MW LdT OTEC Pilot Plant 2010~ W & 20kW OTEC Experiments 2014~2017 Deign and fabrication of small practical OTEC plant Installation and operation for domestic(hdt) and tropical(ldt) implementation of Blue Infrastructure Educational demonstration of OTEC mock-up in 2011 Public demonstration of small OTEC pilot plant in
7 The Annual OTEC R&D Plan in Korea Pipe(Riser) & Structure OTEC Environment improvement 1 st year 2010 Design small scale pipe Installation skill Design of turbine concept Mock-up turbine design Green city Investigation Multipurpose direction 2 nd year 2011 Installation simulator Hydraulic model test of deploying pipeline Develop cycle simulator 100W Mock-up design & experiment Investigate resources around Korean waters Freezing desalination 3 rd year 2012 Design of middle scale pipe Heat flow simulator Eco-friendly working fluid OTEC-20kW design & TG manufacture Freezing desalination after SWAC Survey of target waters 4 th year 2013 Self-cleaning system OTEC structure design OTEC-20kW pilot plant OTEC-200kW design Investigate resources at oversea research bases LTD Desalination 5 th year 2014 Installation simulator Integrated model test in Ocean Eng. basin OTEC-200kW test-bed High efficiency/large scale Mitigation method for OTEC /SWAC application area Creation of subsea forest 6 th year /100MW design concept Prototype manufacture of large diameter riser Design of practical model (1MW) 10/100MW plant c. design Management of subsea forest Cascade Utilization Model 7
8 OTEC Industrialization with cascade utilization Multi-purpose utilization before/after OTEC (SWAC, desalting, extraction, aquaculture, agriculture and thalassotheraphy etc.) for Blue Infrastructure [ The OTEC technology and its industrialization will assist not only Korea for supplying clean energy up to 11% of national demand, but also the small islands(tropical nations) for their green growth ] [ NOAA & UH ] 8
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