RDL Priorities for New and Renewable Energy Technologies in New Zealand. David F.S. Natusch EGNRET 25 Economy Report, Yang Ming Shan, 31 Oct -2 November,

Slides:



Advertisements
Similar presentations
Pakistans Power Sector Need for Reforms By Kalim A. Siddiqui President-Petroleum Marketing Byco Petroleum Paksitan Limited 4 th International Power Generation.
Advertisements

Grenada Sustainable Energy Plan Stakeholders Meeting April 5, 2002.
Biomass Energy. Presentation What is biomass? Types of biomass energy sources Biomass conversion Biomass advantage Status and promotion of domestic investment.
UK Biomass Resources Claire Johnson 24 th February 2005.
Environmental aspects of using alternative fuels and biofuels Vladimír Vlk Adviser for sustainable energy and transport 13 th – 14 th October 2011 Prague,
ENERGY SECTOR IN MONTENEGRO
India’s Energy Security: Role of Renewable Energy
ALTERNATIVE FUEL.
Key Factors in the Introduction of Hydrogen as the Sustainable Fuel of the Future John P Blakeley, Research Fellow Jonathan D Leaver, Chairman Centre for.
Sustainable energy supply; Is Hydrogen an option? Myths and facts C. Daey Ouwens Eindhoven University of Technology.
Thailand Country Report on New and Renewable Energies Peesamai Jenvanitpanjakul Senior Expert and Acting Director Department of Environment, Ecology and.
Identification of needed competences Socio-economic development in the era of renewable energies: Towards the creation of a research institution for the.
Module 1: Understanding Bioenergy Resources
The Hungarian Energy Policy and the Renewable Energy Situation The Hungarian Energy Policy and the Renewable Energy Situation Dr. Poós.
Status and Prospects of New and Renewable Energy in Korea KunMo Chung President Korean Academy of Science and Technology.
Alternative Energy Development Plan (2008 – 2022), Medium - and Long – term Investment Plan and the Role of the Private Sector Mr. Rangsan Sarochawikasit.
Electricity Generation, Storage and Distribution Technology Presentation Peter Ellwood (HSL)
Solid biofuels usage in Estonia Ando Leppiman Head of Fuel and energy market division Energy department Ministry of Economic Affairs and Communications.
Environment and Energy Htun Paw Oo 1 June Content Environment and Energy Ecosystem services The role of energy Myanmar energy context Way forward.
Renewable Energies for Transportation, Electricity and Energy Storage Technologies (Round Table 3) U.S. Policies and Programs John P. Millhone Representing.
US Renewable Energy Markets: Financial Perspective By Michael D. Ware Advance Capital Markets, Inc. Washington Council of Governments Washington, DC June.
Page 1 3/13 – Lynchburg 4/23 – Fredericksburg 3/28 – Charlottesville 4/12 – Danville.
Renewable Energy Resources
© OECD/IEA 2010 Cecilia Tam International Energy Agency Martin Taylor Nuclear Energy Agency The Role of Nuclear Energy in a Sustainable Energy Future Paris,
OPPORTUNITIES AND CHALLENGES OF POLICY AND REGULATORY REFORMS IN THE POWER SECTOR IN UGANDA (Cogeneration Development and the Private Forestry Sector Participation.
National renewable energy policy – results and challenges Estonia Madis Laaniste, Energy Department.
BIOFUEL AS A RENEWABLE ENERGY Energy - natural resources which are renewable - sunlight, wind, rain, tides, etc. Mainstream forms of renewable energy:
Wood for Energy Experience of Coillte to date Presentation to the Oireachtas Joint Committee on Marine, Communications and Natural Resources George McCarthy.
1 Thursday 28 th April 2011 Thailand’s Energy Situation Sompop Pattanariyankool Office of the Permanent Secretary Ministry of Energy.
Global Energy Issues Burgeoning Demand – U.S., China, India… Peak Oil, Natural Gas / Supply Constraints Climate Change / Emissions Regulations Security.
National Inter-Ministerial Dialogue on Climate Change Bay Gardens Hotel Castries, saint Lucia Date, 2009 Energy Sector By Bishnu Tulsie and Judith Ephraim.
Environmental Protection and Infrastructure Operational Programme Tímea Baán EIOP Managing Authority Ministry of Economy and Transport.
US Priorities for New and Renewable Energy Technologies Cary Bloyd Argonne National Laboratory APEC Expert Group on New and Renewable Energy Technologies.
Upskilling for Productivity Southern Institute of Technology July 2009.
Australia’s Experience in Alternative Transport Fuels An Overview.
RDL Energy Efficiency and New and Renewable Energy in Commercial Buildings – New Zealand David F.S. Natusch APEC EGNRET 28, Tokyo, Japan, January,
1. 2 Energy balance is used as a tool for analyzing country’s energy situation in each year and also for showing the energy structure of the country in.
Dr. Sombat Teekasap The Chairman of Renewable Energy Industry Club The Federation of Thai Industries Website:
IOT POLY ENGINEERING FEB 2011 What are some options for disposing of used fuel rods? What are the pros and cons for each option? Drill Answer on.
ASADI Conference 2010 “Improving Access to Energy in Sub- Saharan Africa” November 2010 ASADI Conference 2010 “Improving Access to Energy in Sub-
Overview of Distributed Generation Applications June 16, 2003 Harrisburg, PA Joel Bluestein Energy and Environmental Analysis, Inc.
CALIFORNIA ENERGY COMMISSION Carbon Management: A State Energy R&D Perspective Terry Surles California Energy Commission AAAS National Meeting Symposium.
Clean Energy Solutions Milton L. Charlton Chief for Environment, Science, Technology and Health Affairs U.S. Embassy Seoul.
Power Stations Introduction. References  S. W. Blume: Electric Power System Basics  F. Janíček et al.: Renewable Energy Sources.
RDL Utility Based Financial Incentives for Renewable Energy & Energy Efficiency in New Zealand EGNRET Workshop Honolulu, Hawaii, USA 30 March – 1 April,
Korea’s Policy Direction for R&D and Dissemination of New & Renewable Energy Korea Energy Management Corporation OCTOBER, 2003.
THE LONG-TERM ENERGY SUPPLY AND DEMAND OUTLOOK IN TAIWAN ENERGY COMMISSION MINISTRY OF ECONOMIC AFFAIRS AUGUST 2001 MOEA -15-
New & Renewable Energy Center November, contents Basic Plan for NRE Ⅰ Solar PV Ⅱ Wind Power Ⅲ Hydrogen & Fuel Cells Ⅳ International Cooperation.
1 Steve Chalk Steve Chalk Program Manager Hydrogen, Fuel Cells and Hydrogen, Fuel Cells and Infrastructure Technologies Infrastructure Technologies Electrolysis.
Discussion on added-value of REEP for the Region Initial response - HUNGARY THE REGIONAL REEP MEETING Szentendre, July 3-4, 2003 Prof. Tamás PÁLVÖLGYI.
FRANCE RE PRODUCTION 2009/2013 Eurobserver WIND POWER ENERGY France has the third wind power production rank in the EC. yearsCapacity MWOUTPUT twh.
World Energy Outlook 2015 Deputy Director General Petteri Kuuva WEC Finland, 23 Nov
IOT POLY ENGINEERING 3-5 DRILL Which of the following data sets is the potential source for the pie chart below? A B C U.S. Energy Use %
Saturday 9th AprilPaul Keating ILSU1Saturday 9th AprilPaul Keating ILSU Transnational cooperation in Renewable Energy L+ OBSERVATORY SEMINAR New Know-how.
Energy for Urban Development in Thailand by Munlika Sompranon 24 June 2015 National Dialogue on the Urban Nexus in Thailand.
Presented by Bah F. M. Saho Director of Energy Department of State for Energy National Sensitization Workshop Mitigation Kairaba Beach Hotel 29, 30 January.
Renewable Fuels Biomass Wind Hydroelectric Hydrogen Solar.
World energy production by source in 2004: Oil 40% coal 23.3% natural gas 22.5% hydroelectric 7.0% nuclear 6.5% biomass and other 0.7%.
Chapter 13 Achieving Energy Sustainability. What is renewable energy? Renewable energy can be rapidly regenerated, and some can never be depleted, no.
India’s Energy Security: Role of Renewable Energy Amit Kumar TERI, New Delhi.
EABC/EAC ENERGY CONFERENCE: 8-9TH JUNE, AVAILABLE BUSINESS OPPORTUNITIES IN THE ENERGY SECTOR By Eng. B.J. Mrindoko.
Bioenergy Basics 101 Biobenefits Check Your Source Fueling the Future From Field To Pump The Raw Materials Fun in the Sun
Why are fossil fuels considered nonrenewable? Fossil Fuels are sources of energy that take a very long period of time to form and once depleted, are essentially.
EWG A Best Practices in Energy Efficiency and Renewable Energy Technologies in the Industrial Sector in APEC Region (EGNRET/EGEEC) 8 November 2012.
Energy Demand Analysis and Energy Saving Potentials in the Greek Road Transport Sector Dr. Spyros J. Kiartzis Director Alternative Energy Sources & New.
Betül Özer, Erdem Görgün, Selahattin İncecik
Energy Policy and Planning Office
Summary Report of an APEC-wide Foresight Study: Future Fuel Technology
March, 30 – April 3, 2009, Honolulu, Hawaii
Canadian Gas Association CGA Regulatory Course MARCH 2019
Presentation transcript:

RDL Priorities for New and Renewable Energy Technologies in New Zealand. David F.S. Natusch EGNRET 25 Economy Report, Yang Ming Shan, 31 Oct -2 November, 2005 Priorities for NRET in New Zealand

RDL Coverage Current Energy Situation Future Outlook The Way Ahead The Place of NRET in New Zealand The Role of Government Key Points Priorities for NRET in New Zealand

RDL Priorities for NRET in New Zealand Current Energy Situation Primary Energy Supply, 768 PJ Domestic Energy Consumption, 508 PJ Electricity Supplied, 41,500 GWh (5,800 MW) Installed Capacity, 6,300 MW Petroleum, 200 PJ Natural Gas, 150 PJ (- 22% this year!) Electricity, 60 PJ, Petrochemicals, 47 PJ Industrial, Commercial, Residential, 43 PJ, Coal, 5 million tonnes/year, 110 PJ, Geothermal, 520 MW Wind, 350 MW

RDL Priorities for NRET in New Zealand Electricity Generation in New Zealand Hydroelectricity60% Geothermal 9% Wind 6% Natural Gas13% Coal12% Otherv. small Currently about 75% from New and Renewables But, This Distribution is Changing Rapidly

RDL Priorities for NRET in New Zealand Maui Gas Field is near Depletion Replacement Options (200 PJ) Petroleum Products, Natural Gas, LNG, Coal/Lignite, Hydro, Geothermal, Wind, Biofuels - Ethanol from Agricultural Biomass, - Methanol and Ethanol from Forest Biomass, - Fats and Oils, - Biogas, Hydrogen/Fuel Cells, Combination of the Above. All have associated Shortcomings

RDL Priorities for NRET in New Zealand The Way Ahead Options LNG, Lignite and Wind are real options, Gas exploration encouragement, Impediments Major Nimby & Banana constraints, Lack of coordinated planning, “The market will Decide”, Government will Regulate. NRET likely to Increase

RDL Priorities for NRET in New Zealand The Future Role of NRET Commercially Proven in New Zealand Hydro Geothermal Wind Fastest Growing, 2 new wind farms under approval (435 MW). Biogas Small scale, Sewage and Landfill based. All future development by the Private Sector

RDL Priorities for NRET in New Zealand The Future Role of NRET Near Commercially Proven in New Zealand Lignite via Gasification, Very Large ( years supply) Biodiesel Technically Proven and Field Trialed, Rapeseed Oil and Animal Tallow Esters. All future development by the Private Sector

RDL Priorities for NRET in New Zealand The Future Role of NRET Technically, but not yet Commercially, Proven Agricultural Biomass Sugar Beet and Maize, - Ethanol/Gasoline Blends (E 2-5 and E 20), - Ethanol (E 90). Forest Biomass Fermentation of Wood (Pinus Radiata, Eucalyptus), - Ethanol/Gasoline Blends (E 2-5 and E 20), - Ethanol (E 90), - Biogas. Wood Gasification (Pinus Radiata, Eucalyptus), - Methanol/Gasoline Blends (M 2-3, M 15), - Methanol (M 85),

RDL Priorities for NRET in New Zealand The Future Role of NRET Research and Development Stage Hydrogen Coal, Biomass Water Fuel Cells Mainly System Integration Limited Government and Private Sector Research

RDL Priorities for NRET in New Zealand The Future Role of NRET Work on Hydrogen and Fuel Cells Hydrogen Research Projects7 Demonstration Projects3 Fuel Cells Research Projects3 Demonstration Projects1 Number of Small R & D Projects

RDL Priorities for NRET in New Zealand The Future Role of NRET Research on Hydrogen and Fuel Cells in New Zealand Hydrogen Production from New Zealand Coals, Fuel Cell System Integration, Grid Intergrative CHP Fuel Cell (1 kW), Wind based RAPS Alkaline Fuel Cell (2 kW), Both Government and Private Sector Research

RDL Priorities for NRET in New Zealand The Future Role of NRET Demonstrations of Hydrogen and Fuel Cells Hydrogen RAPS, Rural Community (2 kW), Methanol Fuel Cell, Captive Power (2 kW), Associated Carbon Dioxide Sequestration, Water Electrolysis from Renewable Energy, Photo Electrochemical Hydrogen Production, Hydrogen Storage in Light Metal Hydrides, Hydrogen Storage in “sponge” materials, Thermo Chemical Hydrogen Production. Both Government and Private Sector Demonstrations

RDL Priorities for NRET in New Zealand The Role of Government Promote Investment in New Technology Establish Regulations, Standards & Codes, Establish the Institutional Infrastructure, Create an Environment for Private Investment, Establish long term Tax & Excise Duty Advantages, Promote Public Awareness, Engage with Industry in Promotion and Marketing, Maintain a Long Term Commitment. Government does not take a Leading Role

RDL Priorities for NRET in New Zealand Key Points Already a high level of Renewable Energy, Wind Energy is growing Rapidly, Lignite Gasification potential very large, Biomass options Technically proven, Limited additional NRET options, Private Sector has Choice of future Energy, Government Role largely Regulatory, Limited Current R & D in NRET.

RDL Priorities for NRET in New Zealand A Final Word Fischer Tropsch GTL/CTL Technology is Coming of Age! Economic at Current Oil Prices, Premium Quality Products, Brings Stranded Gas to Market - 2,500 tcf Worldwide, 370 tcf in APEC Well suited to Coal/Lignite Feedstock Utilizes Existing Fuel Supply Infrastructure, Environmentally Friendly, Minimal (zero) Social Disruption Gasoline and Diesel may well live on for a while!