Complementary Measures Driving Green Growth
John O’BrienAustralian CleanTech
June 2011
Australian CleanTech
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PROJECT SERVICES
GOVERNMENT SERVICES
INVESTOR SERVICES
ANCILLIARY SERVICES
Commercialising Technology
Developing Cleantech Projects
International Investment Facilitation
International Project Facilitation
Advisory Services Project Development
Cleantech Sectors
Source: Australian CleanTech
OTHER
Other companies that improve sustainable outcomes through their products – eg green energy retailers.
Surface and submerged wave technologies, tidal, major and mini-hydro, pumped storage schemes.
WAVE TIDAL
HYDRO
Biomass
Digester gas
Landf ill gas
BIOGAS GENERATION
Hot f ractured rock, conventional geothermal, technology and equipment providers.
GEOTHERMAL
Environmental of fsets through tree planting, trading companies.
CARBON TRADING
Corn ethanol, sugar ethanol, cellulosic ethanol, biodiesel, algae production, biotech providers.
BIOFUEL
Solar thermal, traditional photovoltaics, concentrating photovoltaics, nanotechnologies.
SOLAR
Onshore, of fshore, urban turbines, developers, tower and blade manufacturers, community wind farms.
WIND
Hybrid, plug-in hybrid, f lex fuel & electric vehicles –cars, scooters - recharging inf rastructure.
VEHICLE TECHNOLOGIES
Battery technologies for use with renewable technologies, fuel cell technologies and applications.
ENERGY STORAGE
FUEL CELLS
Utility management, treatment technologies, desalination, water reuse, sensor technologies, water ef f iciency.
WATER
Residential and industrial waste collection and disposal, recycling operations, waste to energy projects.
WASTE MANAGEMENT
RECYCLING
Energy ef f iciency services and products, green building design, organically based materials and plastics.
ENERGY EFFICIENCY
GREEN BUILDINGS
BIOMATERIALS
Environmental engineering, specialist service and equipment providers.
ENVIRONMENTAL SERVICE
PROVIDERS
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Complementary MeasuresNeed to be across all cleantech sectors to drive the maximum
economic and environmental benefits
Focus on:
• industry development and job creation
• Improving productivity and competiveness
Must create a VISION of a better future to win community support
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Communicating Change
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Communicating Change
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Communicating Change
Source: AMEC 10/6/11
17.38% = 1.01c/kWh
82.16% = 4.80c/kWh
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Cleantech Today
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Two Views of Cleantech1. Increases resilience and productivity of
existing industry– Enables the ‘greening’ of old industry
2. Builds the industries of the future– Creates a different future
Cleantech Today
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Australian Cleantech Review 2011
- International Cleantech Industry Trends
- Australian Listed Cleantech Sector
- Australian Unlisted Cleantech Sector
- Cleantech Trends for 2011
Australian Cleantech Sector
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Building management systems, smart lighting, improved insulation products, variable speed motors and pumps and improved monitoring and control systems ,
Energy Efficiency
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Biomaterials
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Distributed Water Harvesting
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F CUBEDSolar Water Processors
Global Trends
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Global Trends
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China – huge environmental problems and need many solutions
Korea – investing in ‘green growth’ and sees that as opportunity to lead
Europe – driven by regulation and carbon pricing
US – driven at State level and venture capital industry
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A Cleantech Vision
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Colin Hensen Principal
Arup
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Colin Hensen Principal
Arup
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OneSteel have built an energy efficiency program though:• Organisational design• Development of monitoring tools• Cultural change with employees
In two years have reduced energy consumption by 6% or 67,933 GJ/Year
Steelworks Energy Efficiency Program
Qantas and GridX recently signed contract for delivery of 9.6 MW gas-fired tri-generation plant that will provide the Qantas terminal with:
• electricity• chilled water and • hot water
Sydney Airport Tri-generation
Pioneer Mill at Brandon was an ideal location for CSR's 68 MW cogeneration project.
Bagasse Generation Plants, Queensland
Sugar cane waste biomass cogeneration.
Queensland has 24 plants with a total installed capacity of 415 MW.
The Green Grid is a major initiative commissioned by the South Australian Government to unlock major green energy investment in the State. The study has established a viable business case for large scale investment in transmission infrastructure to unlock large scale renewable energy generation in remote regions of the State.
South Australian Green Grid Study
A sustainable use for garbage and building waste for Melbourne.
$400 million biofuel plant capable of turning rubbish into ethanol
US renewable energy company Coskata has joined forces with GM Holden, Caltex, Veolia, Mitsui and the Victorian Government to conduct further investigation into building a plant capable of producing 200 million litres of ethanol a year.
Cellulosic Biofuels, Costaka
The City of Salisbury is widely renowned for best practice in water conservation and management. Salisbury's innovative water solutions include development of Australia's first truly integrated water management via flood control, wetland systems and aquifers through to filtration and reticulation, stormwater harvesting, reclaimed water scheme, reWater and water commercialisation.
Stormwater Harvesting, City of Salisbury
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Opportunities Beyond CarbonWhilst we are reducing
emissions…
How do we create the maximum environmental, social and economic benefits?
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Complementary MeasuresNeed to be across all cleantech sectors to drive the maximum
economic and environmental benefits
Focus on:
• industry development and job creation
• Improving productivity and competiveness
Must create a VISION of a better future to win community support
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