tsinghua bp clean energy centre established time magazine tony blair 2003

Prof. Li Zheng, Tsinghua CEC

06年4月3日一期美国《时代》杂志专门报道了申请者开展的多联产研究工作——该杂志发行量约5千万本

Tsinghua-BP Clean Energy Research and Education Center's most promising project is a new technology called

polygeneration, by which coal is converted into a cleaner gaseous fuel that can both generate electricity and be processed into a petroleum substitute. Polygeneration could cut the carbon emissions China generates by burning its copious coal reserves and reduce its dependence on oil imports.


Tsinghua BP Clean Energy Research and Education Center

A Brief Introduction

Prof. Li Zheng, Director

Tsinghua-BP Clean Energy Research & Education Centre

September 27, 2006


More than three years passed since the Center was officially announced opening in July 23rd, 2003


Vision of the Tsinghua BP Clean Energy Center中心远景设想

Be an institute of world influence in energy strategy study for China有国际影响的中国能源战略研究中心

A nexus for information exchange about recent advances and new ideas from around the world

An information center dedicated to clean energy topics

Attract worldwide projects and teams doing leading edge research and strategic thinking in clean energy development

Create networks between technology, policy and government groups to accelerate implementation of clean energy technologies

高水平的清洁能源领域思想和信息交流中心

成为清洁能源主题的信息中心

吸引高水平的项目和客座人员在中心开展技术和战略研究基地

我国和国际企业界，学术界，政府机构间建立合作和联系的桥梁


Facts of the centre 中心概况

Core teams 核心团队

Department of Thermal Energy 热能系

2 professors, 4 PhDs, 1 guest researcher, 20 post-graduates, 6 undergraduates 热能系：教授2人，客座研究员1人，博士4人，研究生20人，本科生6人

A new institute will join with 15 faculty members.即将增加一个研究所，15位教师

Institute of Nuclear and New Energy Technology

3 professors, 1 associate professor 教授3人，副教授1人


Focus of the Centre Scientific Research中心科研领域

Scientific research in five categories 五个领域

Clean coal power systems— CFB, IGCC 煤炭动力系统的建模与仿真，如循环流化床，IGCC

Polygeneration based on coal gasification (3E analysis) 以煤气化为基础的多联产能源系统（技术/经济/环境评价）

Energy strategy and policy study 能源战略/政策研究

Alternative fuel study 替代燃料研究

Renewable energy 可再生能源研究


Facts of the centre 中心概况

Affiliated teams 合作团队

SuMo team, 30 persons

973 polygeneration team, 60 persons

CFB & gasifier team, 20 persons

power plant simulation, 10 persons

INNET and 3E – 8 people

Core Team2 professors

1 guest researcher4 PhDs

20 postgraduates6 undergraduates

973 polygenerat

ion team60 persons

from 3 universities

Power plant simulation team10 persons

SuMo team30 persons

from 6 departments

CFB Gasifier team20 persons

Renewables and Roadmaps8 persons


Stable development for the last years

Continuation of dynamic modeling of traditional coal power systems and attained national award

Developing the ability of modeling, design and evaluation of coal gasification based polygeneration system

Growing in the energy system analysis and energy strategy study

Gaining domestic and international reputation in polygeneration and energy strategy study

Raise the new direction of renewable energy

Playing as an excellent platform for interdisciplinary studies


Examples of Some of the Programs at CEC


Polygeneration

capacity for design, evaluation and improvement of polygeneration systems

Products: MEOH, DME + electricity + CO2

Feedstocks: coal, NG, COG, biomass

Research themes

efficiency, economics, environment, CCS

operability, risk assessment

components: gasifier, gas turbine, air separation unit, MEOH synthesis reactor

integrated design and systems analysis


Study on evaluation of polygeneration system

Energy Economics Environment Risk


Polygeneration, Clean Fuels and Sustainability

Methanol Buses in Taiyuan


Recent Developments in Polygeneration in China

Government has endorsed polygeneration for future development for China sustainable use of coal

350 MM RMB for scientific and systems studies

30 BB RMB – 7 competing demonstration projects

UK China Cooperation on CCS, coordination with CEC?


Growing in the energy system analysis and energy strategy study

Hosted China Long/Medium ST Strategy Study

National energy system modeling:

LEAP: primary energy mix forecast up to 2020

Core parts: energy demand prediction and energy technology improvement estimation

Study on coordination of national economy and energy development

A report submitted to Office of Energy Leadership Group

on the track of revealing the relationship between high energy intensity and economic structure & industrial energy intensity

Aiming at proposing strategy for economic structure adjustment


light industryheavy industry

high techknowledge economy


percent change from 1992 level

-30

-20

-10

0

10

20

30

1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003

总生产强度对数变化

强度因子

结构因子

US

China


Tsinghua CEC and Renewables

BP sponsored China’s Renewables Roadmap project this year at the CEC

The CEC also hosted a major project for the Global Status report for Renewables (which will be featured at the International Renewables Conference 2005 next week in Beijing)

BP is learning about and providing support for renewable technologies such as biomass pelletization, combined heat and power and air conditioning and lubricants for wind power

Tsinghua Renewable Energy Research & Education ProgramThe Institute of Energy, Environment and EconomyTsinghua BP Clean Energy Research and Education CentreInstitute of Nuclear and New Energy Technology

Renewable EnergyGlobal Situation and Targets

China Targets and Current Policies

Biofuels

China’s Renewable Energy Roadmap

Hydrogen Others

Education and Capacity building

AffiliatesChemical EngineeringElectrical EngineeringThermal EngineeringSchool of Economics and ManagementDept of Automotive TechnologyArchitecture

Specific PolicyResearch Topics

Training of Local Officials

Tsinghua ProgramFor RE Education

Feed In Tariffs

GreenCertificates

RE 2005 Global Status Report

RE Annual Updates Global Status Report

Global REFutures

Climate Change


Biofuels Roadmap Project Approach

Identify Stakeholders and Coordinating Body

Identify Current Status of Technology and Market

Identify Vision for Future

Identify Barriers to Market Entry

Identify Strategic Approaches to Overcome

Barriers

Produce Roadmap Document

Input fromStakeholders,Including:

-Government-Industry-Public-Consumers-Others

Identify Stakeholders and Coordinating Body

Identify Current Status of Technology and Market

Identify Vision for Future

Identify Barriers to Market Entry

Identify Strategic Approaches to Overcome

Barriers

Produce Roadmap Document

Input fromStakeholders,Including:

-Government-Industry-Public-Consumers-Others

The overall objective of the project is to have a better understanding of nature of China’s biofuel development issue, and assist the Chinese government in formulating China biofuel development strategy and policy.


Department of Thermal EngineeringTsinghua UniversityBeijing 100084, P. R. China


Sustainable Urban Mobility Study


著名科学杂志《自然》以较大篇幅报道我们的研究工作