Cleantech Capability Teams Meeting, Melbourne 12 June 2013 Agenda - - PDF document
Cleantech Capability Teams Meeting, Melbourne 12 June 2013 Agenda 3:00 - WELCOME & INTRODUCTIONS 3:05 - CAPABILITY TEAMS BUSINESS 3:35 - PRESENTATIONS 5:00 MELBOURNE CLEANTECH NETWORK 7:30 CLOSE Recent Activities
Clean Energy Council Workshops, Adelaide and Brisbane (Off Grid Power) Mining Australia Exhibition, Perth, 20 - 22 March 2013 Facilities Management Lunch Workshops (Solar) National Manufacturing Week Expo, 7-10 May 2013 Cleantech Pavilion at Total Facilities Expo, Sydney on 5-6 June Austmine 21-23 May – hybrid power
Recent Activities
20 August – Brisbane 12 Sept – Sydney 8 Oct – Melbourne 21 Nov – Adelaide
Current Activities
Australian Cleantech Competition
Category ARENA RE AWARD DA F&B AWARD MINING MANUFACTURING BUILT ENVIRONMENT Air Water & Waste 2 8 10 11 9 Energy Efficiency 5 2 1 6 15 Renewable Energy 27 4 3 10 6 Green Building 1 3 11 Smart Power, Green Grid, Energy Storage 5 1 1 2 3 Transportation 1 1 2 TOTAL 40 16 16 34 44
Possible Future Activities
PRESENTATION
Cleantech Capability Teams Meeting 12 June 2013
Michele Leembruggen - Senior Sustainability Officer - Green Buildings
Zero Net Emission strategy 1200 Buildings Program Case studies
Contents
Council policy – Zero Net Emissions by 2020
GHG emissions by sector for the City of Melbourne 2005-06 total emissions estimated at 6.43 million tonnes CO2-e
1200 Buildings - goals
Building’s profile
785 293 132 38 31 3 25 16 10 100 200 300 400 500 600 700 800 900 Government Out of Government Other Professional Association Not for Profit Business Corporate Owners Corporation Individual & Family Owned / Small Businesses & Investor Portfolios 2,933,884 62,886 153,216 91,249 72,771 51,082 351,464 1,617,838 1,723,349
1,000,000 2,000,000 3,000,000 4,000,000 Government Out of Government Other Professional Association Not for Profit Business Corporate Owners Corporation Individual & Family Owned / Small Businesses & Investor Portfolios
57.72%
9.7% 57.7% 41.6%
Building ownership profile
Number of buildings Building area
Key challenges for retrofitting
Environmental upgrade finance
Administered by the Sustainable Melbourne Fund
EUA Debt No Security
lender
engagement
performance
Program support
Case study – 123 Queen Street, Melbourne
– trigeneration system –
– double glazing
National Australia Bank (NAB) Key refurbishment features
Tenancy
131 Queen Street – early 1900’s
Project Team
design)
Project cost
NABERS Energy rating and target
Key refurbishment features
heat / noise transfer
Alto Hotel on Burke
Tenancy
Project Team
Project cost
NABERS Energy rating
490 Spencer Street
Key refurbishment features
depending on amount of sunlight and energy use
Tenancy
Project Team
Project cost
NABERS Energy rating and target
500 Collins Street
Key refurbishment features
Tenancy
Project Team
Project cost
NABERS Energy rating – target
385 Bourke Street
Major tenants include:
stores and 2 levels of car park.
Key refurbishment features
Project Team
Corke
Jones Lang LaSalle
Johnson Controls
Project cost
NABERS Energy rating: previous, current & target
Cleantech Capability Teams Meeting 12 June 2013
Michele Leembruggen - Senior Sustainability Officer - Green Buildings
PRESENTATION
Jon Coetzee Technology Innovation Lead & Principal Water Engineer | Industrial
GHD
Our Perspective
If it moves… it’s biology If it smells… it’s chemistry If it does not work… it’s physics Dr Chris Fluke - Astronomer
Mega Trends (CSIRO 2012)
Agenda
Market Forces and Demand Drivers
INCREASED DEMAND FOR LOW ENERGY SOLUTIONS NEW AND EMERGING TECHNOLOGIES GLOBALISATION SKILL SHORTAGE MORE DEMANDING CUSTOMERS WATER REFORMS
Industry
INCREASING COMPETITION FOR WATER BY COMMUNITIES AND THE ENVIRONMENT PAYBACK PERIOD CLIMATE CHANGE ENVIRONMENTAL SUSTAINABILITY LAND FOOTPRINT LARGE POOL OF PRIVATE CAPITAL TIGHTER ENVIRONMENTAL STANDARDS CORPORATE TARGETS ASSET MANAGEMENT
Market Demand
prolonging asset life, integrated water cycle management, real-time metrics (smart networks), resource recovery, small communities
scale systems, alternative uses for resources
Specification Requirements - Dilemma
that was not possible/viable before?
Dilemma, Catch-22, Conundrum
Pathways to Market – GHD’s Approach
Collaboration – Innovation Interchange
Case Study 1: R&D Innovation
Australian Water Recycling Centre of Excellence (AWRCOE) - Commercialisation Snapshot
research more closely to market needs
Case Study 2: Technology Innovation
companies for technology trials, feasibility studies, advice on scale up of technologies, client introductions
Case Study 3: Funding
DBI Innovation/R&D Voucher
DBI Supplier
(Consultant)
End user / Client SME
$ Services Services
rd Party Verification Small & Medium Enterprise
DBI Innovation/R&D Voucher - Next Steps
Clients
SME’s Existing Projects
Innovation Interchange www.innovationinterchange.com Thank You jon.coetzee@ghd.com www.ghd.com
Known Unknowns
primary mirror were scaled up to the diameter of the Earth, the biggest bump would be only six inches tall.”
the way scientists look at the universe. Its ability to show the universe in unprecedented detail has turned astronomical conjectures into concrete
articles have been published based on Hubble data.”
http://hubblesite.org
Pilot Study
PRESENTATION
CASE STUDIES ROGER POOLE, CHAIRMAN 12 JUNE 2013
Designing Sustainable Environments for Healthful Living
Melbourne’s Population Growth Metropolitan Melbourne recently passed the 4 million mark in population Melbourne will reach 5 million around 2025, and up to 8 million by 2050 This growth may translate into around 600,000 households by 2025 Growth in Established Areas Ideally, around 300,000 of these new households would move into established areas There is strong resistance to major density increases in existing inner Melbourne neighbourhoods Victoria Harbour can accommodate higher densities within established guidelines
New Sustainable Living Victoria Harbour residents can have a smaller carbon “footprint” due to their use of public transport, cycling and walking Journey to work Journey to shop Journey to leisure Sustainable living Sustainable residential projects complete the picture Growth in Established Areas Based on current growth and supply patterns we believe that Docklands will be fully built out in less than 15 years Environmental standards for Docklands need to balance performance and cost in order to encourage this alternative living model
Sustainable Movement Systems Direct access to water promenade and Cycle paths Shopping and child care within easy walking distance Nearby public transport routes
Cumberland Street Merchant Street Enterprise Way Local Shopping and Child Care
Retail Waterfront Apartments Bourke Street Apartments Tower Apartments retail Waterfront Bourke street retail
plant
RL 100.00 RL 36.0 RL 24.65 RL 29.60 Building Height 97.50 m Building Height 22.15 m Natural ground level RL 2.50
Diversity and Choice in Higher Density Living
View from Waterfront Local retail along waterfront encourages exploration on foot Parked vehicles are fully concealed from view More affordable Bourke Street apartments are contained in same building View from Bourke Street Strong urban presence of Bourke Street façade Cost parameters closer to popular price points Need to maintain appropriate natural light and views Design tools are leading to higher percentages of solid walls
voluntary environmental rating system that evaluates the environmental design and construction of buildings.
industry in order to:
buildings;
Manage- ment IEQ Energy Transport Water Materials Land use & Ecology Emissions
Smart Metering (visual display) Private External Space
(80% not 100%)
Min 7 Star Accurate
(10% better than 5 Star)
Car Share Water Efficient Appliances Universal Design Communal Garden Facilities No new credits External Views Unoccupied Spaces Trip Reduction (Mixed use) Swimming Pool/ Spa Water efficiency Shell & Core Energy Efficient Appliances Water Sub Metering
(now in metering credit)
Design for Disassembly Energy Sub metering
(now in metering credit)
Joinery Internal Walls
No Longer in V1 tool Changed in V1 tool Added to V1 tool
Governance Structures Occupants / Owners Market Recognition Usage Profiles
Corporate / Institute
Green Star Office V2 Green Star Office V3 Green Star Pilot MURT
Morning Noon Night Morning Noon Night
Business As Usual ESD Consultant Building Tuning and Commissioning, User guides High level of acoustic insulation Low VOC paints, carpets, adhesives, sealants Energy efficient lighting and a/c Water Efficient fittings and fixtures Brownfield redevelopment Reduced emissions – low ODP Beyond the Norm High performance façade Smart metering Energy and water efficient appliances
5.0 Star 8.4 Star 70% reduction in heating and cooling loads
Option 1. CT metering - Cheap but innaccurate and not water or gas yet Option 2. BMS metering – Complicated and costly but accurate.
PENTHOUSE APARTMENTS PENTHOUSE APARTMENTS
84% Efficiency 38% Efficiency
Green Star Rating
4 Star 5 Star 6 Star 5 10 15 20 25 Management IEQ Energy Transport Water Materials Land use & Ecology Emissions
Points Achieved
Available Achieved Potential
Category Title Credit No. Points Available Points Achieved Management Green Star Accredited Professional Man-1 2 Commissioning - Clauses Man-2 2 2 Commissioning - Building Tuning Man-3 1 1 Commissioning - Commissioning Agent Man-4 1 Building Users' / Occupants Guide Man-5 1 1 Environmental Management Man-6 3 3 Waste Management Man-7 2 2 Smart-metering Man-8 2 2 TOTAL 14 11 Indoor Environment Quality Ventilation Rates IEQ-1 2 1 1 Air Change Effectiveness IEQ-2 3 Daylight IEQ-3 2 Thermal Comfort IEQ-4 2 1 Hazardous Materials IEQ-5 na Internal Noise Levels IEQ-6 2 2 Volatile Organic Compounds IEQ-7 3 3 Formaldehyde Minimisation IEQ-8 1 1 Private External Space IEQ-9 1 Electric Lighting Levels IEQ-10 1 1 External Views IEQ-11 1 1 TOTAL 19 10 Energy Conditional Requirement Ene- Conditional Requirement Yes Energy Improvement Ene-1 15 Energy Sub-metering Ene-2 2 2 Peak Energy Demand Reduction Ene-3 2 Unoccupied Spaces Ene-4 2 2 Energy Efficient Appliances Ene-5 2 2 TOTAL 23 6 Transport Car Parking Minimisation Tra-1 2 1 Fuel Efficient Transport Tra-2 2 Cyclist Facilities Tra-3 3 3 Commuting Public Transport Tra-4 5 5 Trip Reduction - Mixed Use Tra-5 2 1 TOTAL 14 10 Water Occupant Amenity Water Wat-1 5 2 Water Efficient Appliances Wat-2 1 1 Water Meters Wat-3 2 2 Landscape Irrigation Wat-4 1 1 Heat Rejection Water Wat-5 2 Fire System Water Consumption Wat-6 1 1 S i i P l/S W t Effi i W t 7 2 2 Materials Recycling Waste Storage Mat-1 2 2 Building Re-Use Mat-2 na Concrete Mat-3 3 Steel Mat-4 2 2 PVC Minimisation Mat-5 2 Sustainable Timber Mat-6 2 Recycled-Content & Reused Products and Materials Mat-7 1 Dematerialisation Mat-8 2 Floor Coverings Mat-9 1 Universal Design Mat-10 1 Shell & Core Mat-11 1 TOTAL 17 4 Land Use & Ecology Conditional Requirement Eco- Conditional Requirement Yes Reuse of Land Eco-1 1 1 Reclaimed Contaminated Land Eco-2 2 Change of Ecological Value Eco-3 4 1 Topsoil Eco-4 na Communal Garden Facilities Eco-5 3 2 TOTAL 10 4 Emissions Refrigerant ODP Emi-1 1 1 Refrigerant GWP Emi-2 2 Refrigerant Leaks Emi-3 1 Watercourse Pollution Emi-4 2 2 na Discharge to Sewer Emi-5 4 1 na Legionella Emi-6 1 Insulant ODP Emi-7 1 1 Light Pollution Emi-8 1 1 TOTAL 13 6 Sub-total weighted points: 49 Innovation Innovative Strategies & Technologies Inn-1 2 1 Exceeding Green Star Benchmarks Inn-2 2 Environmental Design Initiatives Inn-3 1 TOTAL 5 1 Total weighted points: 50 Once certified this would equate to a Four Star rating.
Wind Turbines Cogeneration Photovoltaics Blackwater Recycled Concrete Sustainable Timber PVC Minimisation Car Share Scheme Food Composting Active Façade
Research
Wind Turbines Cogeneration Photovoltaics Blackwater
Recycled Concrete Sustainable Timber PVC Minimisation Car Share Scheme Composting
Active Façade
Research
Wind Turbines Cogeneration Photovoltaic’s Blackwater Recycled Concrete Sustainable Timber PVC Minimisation
Car Share Scheme Composting
Active Façade
Research
Wind Turbines Cogeneration Photovoltaic’s Blackwater
Recycled Concrete Sustainable Timber PVC Minimisation
Car Share Scheme Composting Active Façade
Research
CLIENT Charter Hall and CBUS Property DETAILS 6 star Green Star premium office building AREA 29,800sqm (NLA) tower; 31,500sqm (NLA) tower and Mayfair COMPLETION Due 2013
MELBOURNE 171 Collins Street integrates a new generation of workplace environment linking Collins Street’s luxury and sophistication with the intimacy and vibrant atmosphere of Flinders Lane. The development consists of
The lower levels incorporate a business centre and over 1,500sqm
MELBOURNE
171 Collins Street incorporates key environmental features to achieve a 6-star Green Star design rating and a 5-star Nabers energy rating. Key features include the use of
recycling, low VOC materials and parking and end of trip facilities for 290 bicycles. The building achieves the acclaimed rating through the seamless integration of quality architecture and best practice engineering. It
and amenity for its occupants.
MELBOURNE /
environmentally comfortable workplace for increased productivity and
/ Extensive simulation and modelling of the mechanical and electrical
MELBOURNE
/ The facade uses high performance double glazed fritted glass providing optimum thermal performance and occupant comfort. / The reduction of water use is provided by recycling of grey water and rainwater. / Selection of Low VOC materials throughout enhances the indoor air quality for occupants. / Parking for 290 bicycles and the provision of quality end of trip facilities promotes low carbon transport alternatives and a healthy lifestyle.
MELBOURNE
PRESENTATION
Gary Davis, Manufacturing Division
12 June 2013
Clean Technology Investment Programs
Two Programs – general (CTIP) and food & foundries (CTFFIP). Grants to assist manufacturers invest in energy efficient capital equipment and low emissions technologies, e.g.
$1 billion over 6-7 years Commenced February 2012 Grants of $25,000 or above Co-investment requirement Manufacturing activities covered by the Jobs and Competitiveness Program (JCP) excluded.
Funding Composition
224 announced grant offers to date with grant funding worth over $120 million. 95 projects (42%) - General Investment 129 projects (57%) - Food & Foundries (mostly food)
32 Small Businesses (14.3%) 105 Medium Businesses (46.9%)
Good spread by state, metro/regional, across manufacturing and grant size
Top 10 Emission Reduction Measures*
Replacement Equipment (miscellaneous) PV installation Lighting Refrigeration Pump/compressor/motor Biogas projects Natural gas conversions Insulation (equipment and facility) Voltage/power optimisation Other alternative fuels (wood, bagasse)
*by number
Announced Projects by Emission Reduction Measure
Who’s Investing
Top 5 Manufacturing Sectors (by no. of projects).
8 of the Top 10 projects by value are from the food sector. Many food processors are highly emissions intensive but do not qualify for JCP support.
Announced Projects by Industry Sector
Top 5 Investing Sectors
Manufacturing Sector Some of the Recipients Emission Reduction Measures Beverage Lion Australia, Coco-Cola Amatil, Adelaide Ice Services, North Aussie Ice, many wineries Lighting, solar PV, refrigeration, voltage optimisation, air compressors, equipment upgrade Chemicals and Plastics Amcor, Barron & Rawson, Corex Plastics, Cormack Packaging, Trident Plastics, Dolphin Products, Icon Plastics, Baxter Healthcare and various other pharmaceutical companies, Richgro, Nufarm, Westfert Equipment insulation, lighting, solar PV, air compressor upgrades (incl VSD, thermal insulation), new injection moulding systems (incl related cooling systems), power correction, lighting, tri-generation systems, anaerobic digestion waste-to-energy system, boiler control system, new fertiliser granulating machine Meat, Poultry and Small Goods A J Bush & Sons, Afflick Abattoirs, Ambrosia Quality Food, Cedar Meats, Greenfarm P/L, Greenham Tasmania, Hunsa Smallgoods, JBS Australia, Killeske Meats, Primo Smallgoods, Rivalea, Ryan Meat, T&R (Murray Bridge), Teys Australia, V&V Walsh, Wadonga Rendering Anaerobic digesters/lagoons to capture biogas, new boilers, boiler conversions (gas, biogas, pyrethrum briquettes), refrigeration, heat exchangers, solar PVs, variable speed drive/compressors, LED lighting, power correction/voltage
Non-metallic mineral products CSR Building Products (several), Elvin Group, Boral Bricks, Austral Bricks, Walsh Glass Lighting, insulation, solar PV, upgrading kilns and dryers, heat recovery, use of landfill gas to fuel kiln, gas-fired co- generation system, air compressor, lighting Dairy Ballantyne, Bega Cheese, Borrello Cheese, Pureharvest, Fonterra, Fast Freeze, Golden North, Lion Dairy & Drinks, Norco, Bulla Dairy Foods Lighting, refrigeration (incl water-cooled ammonia refrigeration), chilled water heat exchanger, various equipment upgrades, solar PV, VSD air compressors, solar PV, evaporative condenser with smart controls, co- generation system
Top 10 Projects by Value
Project Value (incl. company share) Company Project $27,305,472 Mackay Sugar Limited Boiler upgrade and construction of bagasse handling facilities. Continuation of cogeneration project involving construction of a new high pressure and high efficiency boiler and 38MW Steam Turbine Generator. $24,626,000 Dongwha Timbers The company’s two operating sites in Victoria and New South Wales will be consolidated to a single site at the Bombala sawmill facility, and replace existing carbon intensive machines and upgrade the site to a more environmentally sustainable standard. $14,488,216 De Bortoli Wines Using grid power more efficiently, replacing old equipment and use of solar technology. $13,301,000 Mars Australia Installation of new batching, milling, extrusion and drying / cooling / coating processing equipment at its new dry pet food factory. $12,369,179 A.J. Bush & Sons (Manufactures) Cover anaerobic ponds to capture biogas, for use as renewable fuel to power a Biogas boiler. Coal- fired boilers will be upgraded or replaced. $9,769,000 Boral Bricks Replacement of 110 kiln cars and upgrading existing kiln and dryers. $9,744,643 T & R (Murray Bridge) Conversion of a single meal processing line into two high efficiency process streams; replace four natural gas fired boilers with two new fully automated boiler packages capable of burning natural gas and biogas; replace the current blood dryer with a more energy efficient blood dryer; and replace the current odour burners with a bio-filter. $8,770,452 JBS Australia Installation of new waste water pre-treatment equipment combined with Covered Anaerobic Lagoon technology. $8,749,750 Teys Australia Meat Group Installation of 2 x 30 ML Covered Anaerobic Lagoons and a receival basin to capture biogas. $7,020,000 Australian Tartaric Products Installation of a biomass grape feed boiler
AusIndustry, www.ausindustry.gov.au (including program information, information on grant recipients and customer stories). Energy Efficiency Opportunities http://www.ret.gov.au/energy/efficiency/eeo/participating_corporations/Page s/default.aspx (including information on participating corporations) Relevant Industry Associations
Useful Intelligence
GARY DAVIS, MANGER CLEAN TECHNOLOGY POLICY DEPARTMENT OF INDUSTRY, INNOVATION, CLIMATE CHANGE, SCIENCE, RESEARCH AND TERTIARY EDUCATION Industry House 10 Binara Street Canberra City, ACT 2601, Australia Telephone +61 2 6213 7599 Email: gary.davis@innovation.gov.au