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- Energy Management
- The Strategic Case for Energy Management
- Establishing an Energy Management System
- Energy Efficiency Assessments
- Energy Procurement
- The Business Case and Beyond
- Planning your business case proposal – a summary
- Developing your business case – six strategies
- Writing your business case proposal – a summary
- Influencing company culture, systems and processes
- Industry case studies
- Checklists & Tools
- Checklist: High level business drivers for energy efficiency
- Checklist: Planning and Developing a Business Case Proposal
- Checklist: Project funding
- Checklist: Project risks and strategies
- Checklist: Project ‘whole of business’ benefits
- Checklist: What to include in your business case proposal
- Tool: Stakeholder analysis
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- Resources
- Energy Management in Practice Manual
- Energy Smart Toolbox – Introducing Energy Management
- Engineering programs with energy efficiency content
- EREP Toolkit Module 2: A Management Systems Approach to Resource Efficiency
- Example EE Education Materials and Resources
- Fuel for thought
- AC traction
- Ancilliary equipment and accessories
- Automated manual transmission
- Auxiliary power systems
- Battery storage
- Double stacking
- Driver assistance software
- Electric drivetrains
- Electronically controlled pneumatic brakes
- Engine switching locomotives
- Hybrid drivetrains
- Hybrid electric drivetrains
- Idle management
- Idle management devices
- Improved aerodynamics
- Improved driver practices
- Improved vehicle aerodynamics
- Improved vehicle procurement practices
- Intermodal train planning
- Lightweight trailers
- Load consolidation
- Mechanical hybrid drivetrains
- Night-time freight management
- Packaging minimisation
- Preventive maintenance procedures
- Reduced rolling resistance tyres
- Refrigeration
- Regenerative loading/unloading cranes
- Speed management
- Super single tyres
- Tyre inflation management
- Weight reduction
- Functional Skills for an Energy Efficiency Assessment
- Sample of non engineering courses with energy efficiency content
- Sample of VET courses with energy efficiency content
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- Technologies
Opportunities
- Air Transport
- Upgrade aircraft fleet
- Retrofit engines
- Invest in new engines and aircraft
- Consider options for powering aircraft at airports
- Install energy efficient electrical devices
- Improve aircraft aerodynamics
- Reduce air resistance by increasing cruise, take-off and landing trajectory altitude
- Optimise fuel requirements to reduce weight
- Reduce aircraft cabin weight
- Balance the aircraft’s load
- Improve flight logistics
- Fly with or avoid jet streams
- Optimise descent paths, scheduling and taxiing aircraft
- Better fleet management
- Improve electrical energy efficiency
- Automotive Manufacturing
- Select energy efficient components for the motor system
- Replace belt drives
- Consider using smart motors or multi-speed motors
- Utilise variable speed drives
- Replace before forced replacement
- Install the highest efficiency motor available
- Calculate required load and use the correct motor size
- Upgrade or replace motor systems
- Implement a motor management system
- Undertake maintenance on electric motors and motor systems
- Switch motors off when not required
- Install permanent metering
- Optimise existing motor systems
- Reduce demand for motive power
- Optimise the use of a range of enabling technologies
- Chemical and Plastics Manufacturing
- Select energy efficient components for the motor system
- Replace belt drives
- Consider using smart motors or multi-speed motors
- Utilise variable speed drives
- Replace before forced replacement
- Install the highest efficiency motor available
- Calculate required load and use the correct motor size
- Upgrade or replace motor systems
- Implement a motor management system
- Undertake maintenance on electric motors and motor systems
- Switch motors off when not required
- Install permanent metering
- Optimise existing motor systems
- Reduce demand for motive power
- Upgrade process heat, boilers and steam systems
- Improve the efficiency of existing steam systems
- Optimise the use of a range of enabling technologies
- Use a whole of systems approach
- Design chemical and plastic products to enable energy efficiency
- Purchase and replace equipment with more energy efficient models
- Utilise solar thermal systems for water heating
- Consider alternatives to steam distillation
- Upgrade equipment to improve process efficiency
- Implement process innovation and equipment upgrade
- Recover waste heat and ensure boilers have condensate return
- Invest in cogeneration
- Install more effective heat exchangers
- Improve heat and power recovery
- Maintain existing equipment
- Improve the efficiency of existing equipment
- Minimise heat loss from steam generation processes
- Utilise advanced process control
- Optimise operating temperatures and pressures
- Implement effective shut down procedures
- Optimise the use of existing equipment
- Substitution of energy source
- Load shifting
- Peak shaving
- Commercial Buildings
- Reduce the amount of material to be heated
- Utilise sensors and lighting controls
- Replace light fittings with more efficient systems
- Modify existing fittings
- Use task lighting where appropriate
- Invest in more efficient lamps and luminaires
- Upgrade lighting systems
- De-lamp and adjust the amount of light provided
- Maintain lamps and fittings
- Implement and maintain automated control systems
- Turn lights off manually when not required
- Optimise the use of existing lighting systems
- Use light coloured surfaces or window glazing
- Implement daylighting strategies
- Reduce demand for artificial lighting
- Consider the HVAC unit location
- Select the right water heater
- Investigate ground-source thermal options
- Select the right water chiller system
- Select the right HVAC unit
- Use more efficient technologies
- Upgrade HVAC systems
- Implement a good maintenance program
- Optimise ventilation systems to save energy
- Optimise and streamline air distribution systems
- Utilise temperature controller thermostats to reduce demand and save energy
- Utilise control systems
- Optimise the use of existing HVAC systems
- Optimise temperature and humidity ‘set points’ to save energy
- Reduce heat generation from lighting and equipment
- Assess cool roof application
- Optimise building design, layout and operation
- Implement holistic HVAC demand management
- Reduce demand for HVAC services
- Water-energy nexus efficiency opportunities
- Low embodied energy materials
- Cool roofs
- Adopt non-technical building management strategies
- Improve energy metering and monitoring
- Consider installing cogeneration or trigeneration technologies
- Improve the energy efficiency of data centres
- Upgrade cooking equipment
- Upgrade commercial refrigeration equipment
- Upgrade computers and other electronic office equipment
- Upgrade appliances, electronic, office, cooking and refrigeration equipment
- Upgrade or replace with more energy efficient HVAC systems
- Ensure good maintenance practices
- Optimise existing HVAC systems
- Reduce demand for HVAC services
- Improve heating, ventilation, air-conditioning (HVAC) efficiency
- Upgrade lighting systems
- Optimise the use of existing lighting systems
- Reduce demand for artificial lighting
- Improve lighting efficiency
- Substitution of energy source
- Load shifting
- Peak shaving
- Food and Beverage Manufacturing
- Select energy efficient components for the motor system
- Replace belt drives
- Consider using smart motors or multi-speed motors
- Utilise variable speed drives
- Replace before forced replacement
- Install the highest efficiency motor available
- Calculate required load and use the correct motor size
- Upgrade or replace motor systems
- Implement a motor management system
- Undertake maintenance on electric motors and motor systems
- Switch motors off when not required
- Install permanent metering
- Optimise existing motor systems
- Reduce demand for motive power
- Upgrade process heat, boilers and steam systems
- Improve the efficiency of existing steam systems
- Optimise the use of a range of enabling technologies
- Use a whole of systems approach
- Explore novel use of low carbon energy solutions
- Install a food waste-to-energy plant
- Consider solar thermal systems for water heating
- Using staged cooling
- Consider pasteurisation alternatives
- Use lower energy alternatives to create heat/steam
- Purchase more energy efficient equipment and ensure it is correctly sized
- Install variable speed drives and more efficient motors
- Maintain existing equipment
- Minimise heat loss from boiler systems, cooking equipment and pasteurisers
- Minimise heat gain into refrigeration systems and refrigerated spaces
- Optimise operating temperatures and pressures of equipment and processes
- Ensure effective shutdown procedures to minimise energy overheads
- Install effective metering and monitoring to improve data analysis
- Optimise the use of existing equipment
- Invest in process innovation and equipment upgrade
- Recover and reuse waste heat
- Invest in low carbon energy supply options
- Substitution of energy source
- Load shifting
- Peak shaving
- General Manufacturing
- Select energy efficient components for the motor system
- Replace belt drives
- Consider using smart motors or multi-speed motors
- Utilise variable speed drives
- Replace before forced replacement
- Install the highest efficiency motor available
- Calculate required load and use the correct motor size
- Upgrade or replace motor systems
- Implement a motor management system
- Undertake maintenance on electric motors and motor systems
- Switch motors off when not required
- Install permanent metering
- Optimise existing motor systems
- Upgrade process heat, boilers and steam systems
- Improve the efficiency of existing steam systems
- Optimise the use of a range of enabling technologies
- Use a whole of systems approach
- Optimise existing HVAC systems
- Minimise heat loss from steam generation processes
- Substitution of energy source
- Load shifting
- Peak shaving
- Collaborate with supply chains
- Design products for high efficiency performance
- Implement heat recovery
- Install cogeneration or trigeneration to supply electricity, heat and cooling
- Conduct a pinch analysis
- Undertake process integration
- Invest in more efficient air compressors
- Invest in more efficient boilers
- Invest in more efficient motors
- Invest in more efficient HVAC systems
- Invest in more efficient lighting
- Invest in equipment upgrade
- Implement pro-active maintenance of current equipment
- Install variable speed drives in motor systems
- Invest in insulation
- Improve the efficiency of existing equipment
- Optimise operation of motor systems
- Reduce demand for mechanical HVAC systems
- Reduce demand for artificial lighting
- Optimise operating temperatures and pressures
- Implement effective shut down procedures to minimise energy overheads
- Optimise the use of existing equipment
- Mining, Minerals and Metals
- Oil and gas extraction specific opportunities
- Improve the energy efficiency in product transport
- Implement energy/water efficiency nexus opportunities
- Implement technology specific energy efficiency opportunities
- Reduce energy demand and explore waste heat options
- Minimise energy use in air and water flows
- Maintain and optimise fan system operations
- Implement air ventilation and conditioning opportunities
- Consider energy efficiency when upgrading haulage systems
- Optimise hauling efficiency in existing truck fleets and mines
- Invest in materials movement energy efficiency opportunities
- Improve the efficiency of separation processes
- Use more advanced and flexible comminution circuits
- Optimise particle size
- Select the coarsest possible grind size
- Utilise new and more energy efficient grinding technologies
- Adopt an integrated energy efficient comminution strategy
- Implement selective smart blasting, ore sorting and waste removal
- Undertake resource characterisation
- Upgrade the ore concentration
- Use an energy-mass-balance assessment approach
- Build an energy management team and assign responsibilities
- Embed energy efficiency into corporate and site management practices
- Select energy efficient components for the motor system
- Replace belt drives
- Consider using smart motors or multi-speed motors
- Utilise variable speed drives
- Replace before forced replacement
- Install the highest efficiency motor available
- Calculate required load and use the correct motor size
- Upgrade or replace motor systems
- Implement a motor management system
- Undertake maintenance on electric motors and motor systems
- Switch motors off when not required
- Install permanent metering
- Optimise existing motor systems
- Reduce demand for motive power
- Upgrade process heat, boilers and steam systems
- Improve the efficiency of existing steam systems
- Optimise the use of a range of enabling technologies
- Substitution of energy source
- Load shifting
- Peak shaving
- Oil and Gas Extraction and Refining
- Pulp and Paper Manufacturing
- Improve efficiency of chip handling, screening and conditioning
- Substitution of energy source
- Load shifting
- Peak shaving
- Use advanced dryer controls
- Improve heat recovery by reducing air requirements
- Invest in heat recovery from the paper drying process
- Use gap formers
- Optimise paper machine vacuum systems
- Use extended nip presses
- Improve composite tubes for recovery furnaces
- Utilise extended delignification and oxygen delignification
- Install black liquor solids concentrators
- Use a higher percentage of recycled fibres
- Recover heat from the bleaching processes
- Optimise the control of the dilution factor in pulp washing
- Use pulping aids
- Improve digester efficiency
- Install bar-type chip screens
- Incorporate automatic chip handling and thickness screening
- Replace pneumatic chip conveyors with more efficient belt conveyors
- Use cradle debarking
- Upgrade and optimise technology
- Improve techniques for paper drying
- Enhance the efficiency of paper pressing
- Implement efficiency improvements in chemical recovery
- Increase the efficiency of chemical pulping
- Improve the efficiency of raw materials preparation
- Rail Transport
- Use alternative drivetrain engine technologies
- Investigate hybrid locomotives
- Replace DC traction with AC traction motors in locomotives
- Retrofit or replace older locomotives
- Take advantage of speed and throttle management
- Use anti-idling devices
- Invest in electronically controlled pneumatic brakes
- Use effective wheel/rail lubrication
- Enhance aerodynamics
- Improve logistics
- Use driver assistance software
- Invest in double-stacking
- Investigate weight reduction
- Implement fuel efficiency improvements
- Road Transport
- Mechanical hybrid-electric drivetrains
- Hybrid electric drivetrains
- Electric drivetrains
- Reduce vehicle mass and mass carried
- Implement aerodynamic modifications
- Consider tyre selection
- Optimise gear settings
- Replace ancillary equipment with more efficient models
- Review highway average speed policy
- Implement preventative maintenance
- Implement better procurement practices
- Minimise packaging
- Undertake route planning and load consolidation
- Undertake fuel data collection, analysis and performance management
- Improve driver practices
- Adopt fuel efficient corporate and driver practices
- Use alternative drivetrain engine technologies
- Invest in fuel efficiency improvements
- Transport
- Use alternative drivetrain engine technologies
- Investigate hybrid locomotives
- Replace DC traction with AC traction motors in locomotives
- Retrofit or replace older locomotives
- Take advantage of speed and throttle management
- Use anti-idling devices
- Invest in electronically controlled pneumatic brakes
- Use effective wheel/rail lubrication
- Enhance aerodynamics
- Improve logistics
- Use driver assistance software
- Invest in double-stacking
- Investigate weight reduction
- Implement fuel efficiency improvements
- Upgrade aircraft fleet
- Retrofit engines
- Invest in new engines and aircraft
- Consider options for powering aircraft at airports
- Install energy efficient electrical devices
- Mechanical hybrid-electric drivetrains
- Hybrid electric drivetrains
- Electric drivetrains
- Improve aircraft aerodynamics
- Reduce air resistance by increasing cruise, take-off and landing trajectory altitude
- Reduce vehicle mass and mass carried
- Optimise fuel requirements to reduce weight
- Implement aerodynamic modifications
- Reduce aircraft cabin weight
- Balance the aircraft’s load
- Consider tyre selection
- Improve flight logistics
- Fly with or avoid jet streams
- Optimise descent paths, scheduling and taxiing aircraft
- Better fleet management
- Optimise gear settings
- Replace ancillary equipment with more efficient models
- Review highway average speed policy
- Implement preventative maintenance
- Implement better procurement practices
- Minimise packaging
- Undertake route planning and load consolidation
- Undertake fuel data collection, analysis and performance management
- Improve driver practices
- Adopt fuel efficient corporate and driver practices
- Use alternative drivetrain engine technologies
- Invest in fuel efficiency improvements
- Improve electrical energy efficiency
- Retrofit aircraft to achieve weight reductions
- Boilers and Steam Systems
- Upgrade process heat, boilers and steam systems
- Improve the efficiency of existing steam systems
- Optimise the use of a range of enabling technologies
- Use a whole of systems approach
- Develop and use system energy models
- Improve the efficiency of existing process heat systems
- Consider using alternatives to lower heat and steam requirements
- Implement a load management strategy
- Apply heat with greater precision
- Reduce the amount of material to be heated
- Reduce demand for process heat and steam services
- Minimise heat loss from boiler systems, cooking equipment and pasteurisers
- Minimise heat loss from steam generation processes
- Clean Energy and Renewables
- Cogeneration/Trigeneration
- Compressed Air
- Selecting and designing the right air compressor system
- Select appropriate control system
- Locate inlet and discharge air outlet
- Select energy efficient dryers, separators and filters for air treatment
- Select and locate air receivers
- Design your piping and fittings to minimise pressure drop
- Upgrade air compressor systems
- Undertake preventative maintenance
- Optimise the use of existing air compressor systems
- Reduce demand for compressed air services
- Install a heat recovery unit
- Review air receivers
- Fix pressure drop
- Improve air compressor controls
- Detect and eliminate leaks
- Use the minimum appropriate air pressure for the required task
- Invest in more efficient air compressors
- Implement pro-active maintenance of current equipment
- Energy Management Systems
- Heating, Ventilation and Air-conditioning (HVAC)
- Optimise and streamline air distribution systems
- Consider the HVAC unit location
- Select the right water heater
- Investigate ground-source thermal options
- Select the right water chiller system
- Select the right HVAC unit
- Use more efficient technologies
- Upgrade HVAC systems
- Implement a good maintenance program
- Optimise ventilation systems to save energy
- Optimise and streamline air distribution systems
- Utilise temperature controller thermostats to reduce demand and save energy
- Utilise control systems
- Optimise the use of existing HVAC systems
- Optimise temperature and humidity ‘set points’ to save energy
- Reduce heat generation from lighting and equipment
- Assess cool roof application
- Optimise building design, layout and operation
- Implement holistic HVAC demand management
- Reduce demand for HVAC services
- Water-energy nexus efficiency opportunities
- Upgrade or replace with more energy efficient HVAC systems
- Ensure good maintenance practices
- Optimise existing HVAC systems
- Reduce demand for HVAC services
- Improve heating, ventilation, air-conditioning (HVAC) efficiency
- Invest in more efficient HVAC systems
- Reduce demand for mechanical HVAC systems
- Lighting
- Utilise sensors and lighting controls
- Replace light fittings with more efficient systems
- Modify existing fittings
- Use task lighting where appropriate
- Invest in more efficient lamps and luminaires
- Upgrade lighting systems
- De-lamp and adjust the amount of light provided
- Maintain lamps and fittings
- Implement and maintain automated control systems
- Turn lights off manually when not required
- Optimise the use of existing lighting systems
- Use light coloured surfaces or window glazing
- Implement daylighting strategies
- Reduce demand for artificial lighting
- Upgrade lighting systems
- Optimise the use of existing lighting systems
- Reduce demand for artificial lighting
- Improve lighting efficiency
- Invest in more efficient lighting
- Reduce demand for artificial lighting
- Motors
- Select energy efficient components for the motor system
- Replace belt drives
- Consider using smart motors or multi-speed motors
- Utilise variable speed drives
- Replace before forced replacement
- Install the highest efficiency motor available
- Calculate required load and use the correct motor size
- Upgrade or replace motor systems
- Implement a motor management system
- Undertake maintenance on electric motors and motor systems
- Switch motors off when not required
- Install permanent metering
- Optimise existing motor systems
- Reduce demand for motive power
- Invest in more efficient motors
- Implement pro-active maintenance of current equipment
- Install variable speed drives in motor systems
- Optimise operation of motor systems
- Pasteurisation
- Pumps and Fans
- Fine tune pump and fan applications
- Use appropriate motors
- Install variable speed drives
- Install controls
- Install the highest efficiency pump or fan available
- Select an appropriately sized pump or fan
- Install optimum new pump and fan systems
- Implement preventative maintenance
- Use the most efficient pumps and fans
- Reduce friction losses
- Adjust pump or fan speed
- Switch off systems when they are not required
- Install metering and monitoring
- Conduct an equipment survey and assessment
- Optimise existing pump and fan systems
- Optimise the whole of system
- Reduce the need for the service provided
- Eliminate the need for fans and pumps
- Reduce demand for pumps and fans
- Refrigeration
- Waste heat minimisation and recovery
Case Studies
- Air Transport
- Automotive Manufacturing
- Chemical and Plastics Manufacturing
- Case Studies – Compressor and Compressed Air Systems
- Dow Chemical Company
- Murray Goulburn Rochester Dairy Processors
- Princes Laundry Preston
- Amcor Fibre Packaging Plant Scoresby
- Emerging Energy-Efficient Technologies in Industry: Case Studies of Selected Technologies
- Chemical Bandwidth Study – Exergy Analysis
- Commercial Buildings
- 30 The Bond – Lend Lease
- Council House 2 – Melbourne City Council
- 1200 Buildings Program – Financing building retrofits
- Low Energy High Rise – Suite of Initiatives Report
- Lessons Learned from Case Studies of Six High-Performance Commercial Buildings Report
- ‘Your Building’ Case Studies
- 1200 Buildings Program – Financing building retrofits
- Oxford Cold Storage – Energy Procurement
- National Australia Bank – Business Case and Beyond
- Woolworths Limited – Business Case and Beyond
- The GPT Group – Business Case and Beyond
- Food and Beverage Manufacturing
- Case Studies – Compressor and Compressed Air Systems
- Dow Chemical Company
- Murray Goulburn Rochester Dairy Processors
- Princes Laundry Preston
- Amcor Fibre Packaging Plant Scoresby
- Murray Goulburn Co–operative Leongatha Plant
- Murray Goulburn Co-operative Koroit Plant
- Maple Leaf Foods Inc. Corporate Energy Efficiency Strategy
- Bakers Delight – Energy Efficiency Best Practice
- Murray Goulburn Co-operative – Energy Efficiency Best Practice
- Nestle – Industrial Refrigeration Best Practice
- Simplot Australia – Business Case and Beyond
- Carlton United Breweries – Business Case and Beyond
- General Manufacturing
- Case Studies – Compressor and Compressed Air Systems
- Dow Chemical Company
- Murray Goulburn Rochester Dairy Processors
- Princes Laundry Preston
- Amcor Fibre Packaging Plant Scoresby
- Climate Energy Efficiency Case Study: Futuris Automotive
- Emerging Energy-Efficient Technologies in Industry: Case Studies of Selected Technologies
- Mining, Minerals and Metals
- Pulp and Paper Manufacturing
- Rail Transport
- Road Transport
- Transport
- Innovation and employee education save fuel
- Transport Canada case studies
- Lift axles
- B20 Biodiesel
- Compressed Natural Gas
- Case study – Automated Manual Transmissions
- Liquefied Natural Gas
- JW Suckling Transport Load Consolidation Case Study
- Virgin Airlines: Aviation in a Low Carbon World
- Blue Circle Southern Cement
- Downer EDI Mining – Business Case and Beyond
- Boilers and Steam Systems
- Clean Energy and Renewables
- Cogeneration/Trigeneration
- Compressed Air
- Crushing and Grinding
- Energy Management Systems
- Sydney Water – Business Case and Beyond
- Downer EDI Mining – Business Case and Beyond
- Linfox – Business Case and Beyond
- Spotless Group – Business Case and Beyond
- National Australia Bank – Business Case and Beyond
- Australia Post – Business Case and Beyond
- Rio Tinto Iron Ore – Investing in Energy Metering at Yandicoogina Mine
- Carlton United Breweries – Business Case and Beyond
- The GPT Group – Business Case and Beyond
- Heating, Ventilation and Air-conditioning (HVAC)
- Motors
- Pumps and Fans
- Refrigeration
- Transport Technologies
Contacts
- Automotive Manufacturing
- Chemical and Plastics Manufacturing
- Clean Energy and Renewables
- Commercial Buildings
- Food and Beverage Manufacturing
- General Manufacturing
- Government
- Energy Efficiency Opportunities Program (EEO)
- Western Australian Government
- Pulp and Paper Industry Innovation Council
- ForestWorks Learning and Skills Development
- Automotive Industry Innovation Council (AIIC)
- Transport and Logistics Industry Skills Council (TLISC)
- Future Manufacturing Industry Innovation Council (FMIIC)
- Steel Industry Innovation Council
- Manufacturing Skills Australia (MSA)
- AgriFood Skills Australia
- Department of Industry, Innovation, Science, Research and Tertiary Education (DIISRTE)
- Australian Research Council (ARC)
- National Measurement Institute (NMI)
- IP (Intellectual Property) Australia
- Department of Education, Employment and Workplace Relations (DEEWR)
- Victorian Government
- Australian Capital Territory Government
- Tasmanian Government
- South Australian Government
- Queensland Government
- Northern Territory Government
- New South Wales Government – Office of Environment and Heritage
- Industry Groups
- Australian Forest Products Association (AFPA)
- Green Building Council of Australia (GBCA)
- Clean Energy Council (CEC)
- Illuminating Engineering Society (IES) of Australia and New Zealand
- Lighting Council Australia
- Australian Institute of Refrigeration, Air Conditioning and Heating (AIRAH)
- Australian Steel Association (ASA)
- Minerals Council of Australia (MCA)
- Australian Alliance to Save Energy (A2SE)
- Energy Users Association of Australia (EUAA)
- Australian Food and Grocery Council (AFGC)
- Coalition for Eco Efficient Comminution (CEEC)
- Sustainable Energy Association (SEA)
- Australian Petroleum Production and Exploration Association (APPEA)
- Energy Efficiency Council
- Business Council of Australia (BCA)
- Plastics and Chemicals Industries Association (PACIA)
- Australian Chamber of Commerce and Industry (ACCI)
- Australian Industry Group (Ai Group)
- Meat and Livestock Australia (MLA)
- Property Council of Australia
- Australian Trucking Association (ATA)
- Mining, Minerals and Metals
- The Minerals Institute (AusIMM)
- Australian Steel Association (ASA)
- Steel Industry Innovation Council
- Minerals Council of Australia (MCA)
- Coalition for Eco Efficient Comminution (CEEC)
- CRCMining
- CRC ORE
- CAST Cooperative Research Centre (CAST CRC)
- Australian Petroleum Production and Exploration Association (APPEA)
- Australian Industry Group (Ai Group)
- Professional and Trade Organisations
- Pulp and Paper Manufacturing
- Research
- Road Transport
- Training
- Transport
- Clean Energy and Renewables
- Energy Management Systems
- Heating, Ventilation and Air-conditioning (HVAC)
- Lighting
- Materials Movement
- Refrigeration
Programs
- Chemical and Plastics Manufacturing
- Clean Energy and Renewables
- Commercial Buildings
- Food and Beverage Manufacturing
- General Manufacturing
- Government
- Mining, Minerals and Metals
- Pulp and Paper Manufacturing
- Research
- Clean Energy and Renewables
- Energy Management Systems
Conferences & Events
- November 2013
- October 2013
- August 2013
- July 2013
- June 2013
- May 2013
- Certified Energy Manager Training and Certification – Melbourne
- Energy Management in the Food Industry
- Energy Management Training Batemans Bay, NSW
- Energy Management for Sustainability Managers – Melbourne
- Energy Management Training Nowra, NSW
- Energy Management for Sustainability Managers – Brisbane
- AIRAH Refrigeration 2013 Conference
- Energy Management for Sustainability Managers – Sydney
- AiG Outreach Session: HVAC, boilers, process cooling, refrigeration and heat recovery
- Energy Management Training, Sydney
- April 2013
- AIRAH Building Simulation Workshop
- Measuring & Managing Energy & Water Efficiency: Using data to improve building performance
- Residues to Revenues 2013
- The Australian Solar Cooling Interest Group
- Australian Domestic Gas Outlook 2013
- AIG Outreach Session: Energy Efficient Lighting
- Wind and Solar – Now cheaper than fossil fuels?
- Webinar: Energy efficiency Opportunities in India
- March 2013
- Breakfast briefing: Unlocking energy efficiency grants funding – NSW
- AiG Outreach Cluster Session: Lighting
- Breakfast briefing: Unlocking energy efficiency grants funding – VIC
- Energy State of the Nation 2013
- 3rd National Sustainable Food Summit – Melbourne
- The Cars of Tomorrow Conference 2013
- AIG Outreach Session: Compressed air, motors, pumps and drives
- 175th Sydney Mining Club Meeting
- February 2013
- December 2012
- November 2012
- Electricity Market Fundamentals for Energy Users – Adelaide
- Environmental Management and Sustainability Workshop VIC
- Electricity Market Fundamentals for Energy Users – Melbourne
- Environmental Accounting Conference
- Energy Efficiency in Buildings – Vic
- Improving Energy Efficiency in Manufacturing and Industrial Processes – Sydney
- Smart Utilities Australia & New Zealand Conference & Exhibition
- AIE National Conference NSW
- Pre-Loved Buildings 2012
- Smart Metering and Demand Side Management Course – Sydney
- Energy Demand Management – Sydney
- Carbon Expo Australasia 2012 VIC
- Energy Demand Management – Adelaide
- Energy Demand Management – Brisbane
- October 2012
- September 2012
- Ai Group Energy Efficiency Awareness for SMEs – Brisbane
- Ai Group Energy Efficiency Awareness for SMEs – Sydney
- Online System for Comprehensive Activity Reporting (OSCAR) training – Brisbane
- Ai Group Energy Efficiency Awareness for SMEs – Newcastle
- Ai Group Energy Efficiency Awareness for SMEs – Melbourne
- Energy efficient commercial refrigeration seminar – Wollongong
- Energy efficient lighting seminar – Wollongong
- Australian National Conference on Resources and Energy (ANCRE)
- Government Sustainability Conference 2012 VIC
- Online System for Comprehensive Activity Reporting (OSCAR) training – Perth
- Ai Group Energy Efficiency Awareness for SMEs – Adelaide
- SPE/APPEA International Conference on Health, Safety and Environment WA
- AIRAH Achieving the Green Dream Conference
- ECEEE Industrial Summer Study 2012
- Energy Skills Queensland Annual Conference
- Online System for Comprehensive Activity Reporting (OSCAR) training – Sydney
- Coal Mining Methane Abatement Seminar – Sydney
- August 2012
- Carbon, Renewables & Energy Efficiency Briefing (CREE)
- EECON QLD 2012
- Online System for Comprehensive Activity Reporting (OSCAR) training – Melbourne
- Energy efficient commercial refrigeration seminar – Newcastle
- Energy efficient lighting seminar – Newcastle
- Energy management basics training
- Online System for Comprehensive Activity Reporting (OSCAR) training – Canberra
- Energy efficient commercial refrigeration seminar – Wagga Wagga
- Energy efficient lighting seminar – Wagga Wagga
- Certified Energy Managers Training and Certification (CEM) Program
- July 2012
- Efficiency Valuation Organisation (EVO) Training QLD
- 1200 Buildings – Financing your retrofit seminar – VIC
- Clean Energy Week 2012 NSW
- Efficiency Valuation Organisation (EVO) Training NSW
- VIC Advanced Electricity Contracting 2012 for Energy Users – Education and Training Program
- QLD Advanced Electricity Contracting 2012 – Education and Training Program
- NSW Advanced Electricity Contracting 2012 for Energy Users – Education and Training Program
- June 2012
- May 2012
- Ai Group – Identifying and Implementing Resource Efficiency Initiatives Workshop QLD
- Ai Group – Identifying and Implementing Resource Efficiency Initiatives Workshop NSW
- Taking Care of Business: Sustainable Transformation Conference QLD
- Ai Group – Identifying and Implementing Resource Efficiency Initiatives Workshop SA
- Clean Energy Future – Setting Directions, Breaking down Barriers NSW
- Ai Group – Identifying and Implementing Resource Efficiency Initiatives Workshop TAS
- Ai Group – Environment Management Training
- National Manufacturing Week (NMW) 2012
- ARBS 2012 – Air Conditioning, Refrigeration and Building Services Trade Exhibition VIC
- Ai Group – Identifying and Implementing Resource Efficiency Initiatives Workshop VIC
- Ai Group Carbon Grants Workshops: Access Assistance and Cut Your Costs SA
- April 2012
- Ai Group Carbon Grants Workshops: ‘Access Assistance and Cut Your Costs’ Albury
- Ai Group Carbon Grants Workshops: ‘Access Assistance and Cut Your Costs’ Newcastle
- Ai Group Carbon Grants Workshops: ‘Access Assistance and Cut Your Costs’ Wollongong
- Combustion, Emissions, and Efficient Boiler Operations workshop
- Combined Cycle Power Plant Fundamentals course
- Energy Efficiency Roadshow
- Knowledge is Power – Driving smarter energy usage through consumer education
- Electricity network energy efficiency enhancement Professional Development course
- March 2012
- EECON VIC
- National Energy Conference
- AIG Environment Management Training – Vic
- Energy efficiency in electrical energy utilisation
- Energy State of the Nation Forum (ESON 2012)
- Cars of Tomorrow Conference 2012
- 1200 Buildings information session for contractors and consultants
- EUAA Gas Market Fundamentals Workshops
- Future Forestry Finance Strategic Outlook 2012
- AIG Environment Management Training – NSW
- AIG Environment Management Training – QLD
- Green Cities 2012
- February 2012
- January 2012
- November 2011
News Articles
- New emissions and energy use reporting tool
- AEMC seeks feedback on strategic direction
- Upcoming Energy Efficiency Events
- Taskforces needed to prepare business for climate impacts
- Good Energy Procurement a win/win for business
- Machinery of Government Changes and Energy Efficiency
- Industry insights distilled in new Report
- Getting your business case over the line
- Car makers join forces on fuel cells
- Biofuel plan for Tasmania
- Sustainability and HVAC Design Online Course
- Upcoming energy efficiency events
- Opportunity to test Green Star – Performance
- SA delivers major energy reforms
- Solar thermal energy cost expected to halve: CSIRO
- NABERS tool for Data centres
- 80,000 tonnes of paper diverted from landfill annually
- A national approach to electricity network reliability
- Why good energy management is good for business
- Managing Building Operations – the Insider’s View
- State of the Energy Market report 2012
- Unlocking the potential for retrofitting Australia’s CBD buildings
- Low Carbon Australia and Clean Energy Finance Corporation merge
- Review of Competition in NSW Electricity and Gas Markets
- NGER review focussed on reducing reporting burden
- New data to accelerate development of Carbon Capture and Storage
- Shell biodiesel in production
- Transforming mallee into biogas
- Businesses gain new energy efficiency financing option
- New Industrial Efficiency Technology Database
- Final Power of Choice review published
- World Energy Outlook 2012 – Energy efficiency a game changer
- E-book Guide to Environmental Upgrade Agreements
- Upcoming Energy Efficiency Events – November 2012
- New Energy Guide for Tenants
- White Paper sets framework for future energy policy
- Changes to NABERS announced to recognise Co-gen/Tri-gen
- Senate report on electricity prices released
- Qantas research aims for smarter flying
- Super energy savings at the local supermarket
- How can accountants help with energy efficiency?
- Email updates now available from eex.gov.au
- Timely power choices boost savings and efficiency
- Financing energy efficiency – LCA Chair Mike Rann
- Coal Mining Abatement Technology Support Package
- New guide shines a light on energy savings
- Australia’s Industries report major savings
- New IEA report praises EEO
- Energy Efficiency in Engineering Workshop feedback
- eex.gov.au helping save businesses energy & money
- Energy Efficiency in Engineering Education – Consultation Workshops
- Finance for Clean Technology Grant Bids
- Greenfields and Networks EEO Consultation
- $1 billion for cleaner manufacturing
- Electronics the new energy efficiency frontier
- A Birds Eye view of energy efficiency
- Draft Energy White Paper Consultation
- Renewable Energy Venture Capital Fund
Category Archives
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Weekly Articles Archives
- April 14, 2013–April 20, 2013 (4)
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Daily Articles Archives
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