KOSEN 한인과학기술자네트워크

I. 미주 ······························································································1
◇ 美, 2013년 과학계 10대 성과 발표··················································1
◇ 美, 캘리포니아州지속적인 바이오연료 성장 촉구 ·····················2
◇ 화학적 루핑 dry reforming기술에 의한 CO2 이용기술·················3
◇ 美, 유전자 재조합 Yeast 이용 갈색 해조류에서 에탄올 생산··· 4
◇ CO2를 CO로 선택적으로 전환하는 금 나노파티클 촉매 개발··· 5
◇ 미국 바이오디젤 생산 사상 최고치 기록 (2013. 10) ····················6
◇ 미국 NRL (Naval Research Laboratory), 이산화탄소로부터 제트
연료유 제조 기술 개발·······································································7
◇ 미국, 연료 소비량을 획기적으로 줄이는 디토네이션 엔진 ·········8
II. 유럽 ····························································································9
◇ EU, 저탄소 녹색경제 실현을 위한 2030 기후·에너지목표 수립 9
◇ EU, 셰일가스 추출에 관한 자발적 규제안 발표 ························· 10
◇ 스웨덴, 이산화탄소 지중저장(geological storage) 허용 ·············· 11
◇ 스페인, 달에서 야간 전기 생산을 위한 태양열 발전 기술 ···12
◇ 일년만에 효율 2배 달성한 그래핀 태양전지······························· 13
◇ 차량 감속시 배출되는 나노입자 연구··········································· 14
III. 아시아 ·····················································································15
◇ 중국, 해양경제의 발전 현황과 문제점·········································· 15
◇ 일본, 착실하게 확대되는 바이오매스 발전·································· 16
◇ 필리핀, 산업별 주요 발전방향을 담은 로드맵 발표 ···················17
IV. 기타 ·························································································18
◇ Global Renewable Energy Atlas 자료표준화 실시 ······················· 18
V. 해외출장보고서 ·····································································19
◇ MITEI (MIT Energy Initiative) (2006년 Energy Research Council
보고서를 기본으로 시작된 프로그램) ············································19
◇ 일본, MHI 고체산화물 연료전지 하이브리드 발전 개발 ············20
◇ 광동성 CCUS 시범사업·····································································21
◇ 저온열원 기반 칼리라 발전 시스템 외 ········································· 22
◇ Half-Heusler Thermoelectric Materials ·············································23
◇ 결정질 실리콘 태양전지에서 전극형성 소재 동향-International
Technology Roadmap for PV ···························································24
◇ 싱가포르의 에너지 기술 동향·························································25
◇ 지속가능한 싱가포르 청사진 ···························································26
◇ 에너지 네트워크 최적화 계산 연구를 통한 에너지 효율 증대 노
력 ···········································································································27
◇ IEA - 저온공급 온도 기반 미래 열에너지 기술 ······················· 28
◇ EURO HEAT & POWER CONGRESS ···········································29
◇ 탄소재료의 응용·················································································30
◇ 기후변화 대응 전략 마련을 국제 공동연구(Deep Decarbonizatin
Pathway Project) 추진········································································31
◇ 일본, 초임계수(SCW)를 이용한 독창적인 중질유 경질화 기술
개발 ·····································································································33
◇ 네덜란드, Energy research Centre of the Netherlands ··············· 35
◇ 일본의 신재생에너지 관련 ENEX 2013 참관 보고 ····················· 36
◇ 미국 Annual Campus Energy Conference & Distribution ············ 37
◇ 한중일 축열 전문가 회의 참석 보고 ············································· 38
◇ 르완다, 바이오매스 대체를 위한 토탄(peat) 에너지화 ··············· 40
◇ EU, FCH JU를 통한 연료전지 조기 상용화 도모·······················41
◇ 일본 Doshisha University - 코어/쉘 촉매 대량생간 기술·········· 42
◇ 일, Fujikura사는 1kW급 직접메탄올 연료전지(DMFC) 시스템을
개발 ·······································································································43
◇ 中, 닝보(寧波) 재료기술 연구소, SOFC 성능 대폭 향상 ···········44
◇ 음이온교환막 개발 동향 ···································································45
◇ 미국 Energy & Environment Research Center (EERC) ···············46
◇ 미국 NETL CO2 Capture R&D Program 현황····························· 48
◇ 저온열원 기반 흡수식 냉방 시스템··············································· 50
◇ 핀란드, 버블링 유동층 보일러 배출 에어로졸입자의 물성분석·· 51


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