KOSEN 한인과학기술자네트워크

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I. 미주 ······························································································1
◇ 美, 비 FTA 국가에 대한 LNG 수출 허가 발표 ·····························1
◇ 美, Zero Net Energy center 개소······················································2
◇ 美, 세계 최초의 콘크리트 합성재 플로팅 풍력 터빈 개발·········3
◇ 美DOE, 새로운 “Hydrogen Fuel Initiative”시작 ······························4
◇ 美, 고분자연료전지의 내구성에 대한 고찰····································5
◇ 美, Oorja사와 Berkeley 국립연구소, DMFC의 MEA 개발에 기술
제휴 ·········································································································6
◇ EnerNOC 올해의 스마트그리드 제품 수상·····································7
◇ Wind to hydrogen project in Minnesota, USA ·································8
◇ SAE에서 R1234yf 냉매는 안전하고 효과적이라 평가··················9
◇ (캐나다) 히트펌프와 열저장 연계 시스템 구축 연구 활발······· 10
II. 유럽 ··························································································11
◇ 독일, 메르켈 총리 재생에너지 보조금 축소 공약 ·······················11
◇ 영국, EU에 탄소배출 감축목표 50%로 상향 조정 촉구 ············12
◇ 이탈리아, 석탄/바이오매스 가스화 down steam용 파일럿 플랫폼
개발·······································································································13
◇ EU의 CCS 기술개발 동향································································14
◇ 英Fuel Cell Today, 메탄올을 연료로 사용하는 연료전지 개발
현황 발표 ·····························································································15
III. 아시아 ·····················································································16
◇ 中, 지하수 오염 방지 및 제어를 통한 수질 개선 추진 ·············16
◇ 中, 석유 정제시 폐기가스를 이용한 미세 조류 양식기술 개발 17
◇ 日, EAGLE 프로젝트 최근 연구결과··············································18
◇ 日, 세키스이하우스 미야기현에서 스마트타운 판매 개시········ 19
◇ 미쓰비시 중공업 Pratt & Whitney Power System 인수··············20
IV. 기타 ·······················································································21
◇ IEA, 필리핀의 석탄 이용기술 전망 보고서 발표························ 21
◇ IEA, 수은 배출기준 강화 대응기술 개발 필요성 역설 ·············· 22
◇ 바이오-오일의 촉매 고품위화로 엔진 연료 생산 (Review) ·······23
◇ Echogen 7.5MW S-CO2 Heat Engine 출시 ·································· 24
◇ 유럽/일본, 수소환원 제철법·····························································25
V. 해외출장보고서 ···································································26
◇ 영국, 이산화탄소의 선택 수소화에 의한 메탄올 생산 ···············26
◇ ESL 연구진, CC(Continuous Commissioning) 기술 130억 투자에
1000억원 에너지 절약 실증·····························································28
◇ 농장주변 태양광 설치- 태양광 기술············································· 29
◇ 미국 Havard 공과대학, RFB용 퀴논계 활물질 개발 ···················30
◇ Offshore technology topside process 기술 개발···························31
◇ 이탈리아 - Sotacarbo Pilot Platform ···············································32
◇ 유럽, 스마트그리드와 히트펌프 시스템 ········································ 33
◇ 말레이시아 천연자원 및 에너지기술 동향··································· 34
◇ Stationary and large Scale Electrical Energy Storage ················· 35
◇ 실리코 기반 휴대용 마이크로 SOFC 기술 개발·························38
◇ SEMI-PV - ITRPV ··············································································39
◇ General Motors 리튬 이차전지 소재 및 기술 개발···················· 42
◇ 태양광모듈의 암모니아 부식 시험 - 태양광 기술 ····················· 43
◇ 슈퍼커패시터 전극을 위한 다양한 활성탄 개발 ························· 44



자료출처 : 한국에너지기술연구원