Title: Climate Change
1Climate Change Energy Costs Industry
Impacts Bob Gilliver University of South
Australia
2Climate Change Energy Costs An Example The
Australian Wine Industry Bob Gilliver University
of South Australia
3The Context
- Finest Wines come from finest grapes
- Finest Grapes come from finest growing
environments - Wines are distinctive in style
- Grapes must be distinctive in style
- Style is governed by regions
- Regions are governed by soil and climate
- If Climate changes, finest wines change
4UK 10 LARGEST WINE BRANDS
- Brand Producer Company Sales
- 1 E J Gallo E J Gallo Winery (USA)
87 mill. - 2 Jacobs Creek Orlando Wyndham (Australia)
73 - 3 Nottage Hill BRL Hardy (Australia) 72
- 4 Stowells of Chelsea Matthew Clark Plc (UK)
43 - 5 Rosemount Rosemount Estate (Australia) 42
- 6 Lindemans Bin 65 Southcorp (Australia)
37 - 7 Penfolds Southcorp (Australia) 28
- 8 Blossom Hill UDV (USA/UK) 27
- 9 Le Plat DOr Piat Pére et Fils (France)
23 - 10 Banrock Station BRL Hardy (Australia)
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6 7Consequences - Temperature
Increase by 1.7 degrees by 2030. Ripening
Season will be shorterDecline in fruit flavour
(ie quality by up to 50). Quality is
Australias main competitive advantage
!! Ripening Season will begin earlierBudburst
is earlier than usual. In some areas by up to 45
days. Production YieldsYield /hectare may
fall by 50
84 Hours Flying Time
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13Grapes Rainfall changes
The Australian wine industry uses 4 billion
litres of water per year 1 degree increase in
average temperature equates to a 15 depletion
of water resources Declining Rainfall
14Consequences - Unexpected
- Germany phytoplasma disease (30 in 2 yrs)
- Ontario Asian Lady Beetle (taint)
- Bordeaux now like Riverland in Australia
- Riverland becoming untenable
- Rising salinity in freshwater tables, also
impacts Europe
15Industry Re-structuring
Solutions Move vineyards to cooler climates
Breed heat tolerant roots and grapes Late-ripenin
g, heat-loving varieties
NebbioloZinfandelCarignaneGrenacheSangiovese
Pinot GrisGewurztraminerRieslingPinot
NoirChardonnaySauvignon Blanc
Grow well in a hot climate. Need less water.
Ripen good flavour. Hold good acidity.
16Vineyard Solutions - Micro
- At a practical level
- Need balance of quality soils and climate.
- Mulch under vines.
- Native grasses between rows to preserve
moisture. - Soil cover. Canopy management. Irrigation
scheduling. - High efficiency irrigation systems not to
over-water. - France has now approved vineyard irrigation.
17 18Energy Consumption in Wineries
19GHG Emissions in wineries
20Energy Step 1
In the winery, accept energy as a variable cost!
21Energy Management Activities in Wineries
22Energy Management Activities in Wineries
23Energy Management Activities in Wineries
24Energy Management Activities in Wineries
25Energy Management Activities in Wineries
26Energy Management Activities in Wineries
27Winery Solutions - Micro
- At a practical level
- Switch to high voltage electricity supply.
- Over-chill wine in off peak periods, then
power off. - Direct fill from cellar to packaging (saves
extra storage refrigeration) - Product to product heat exchange
- Lees removal with centrifuge, not racking
- Solar heating for peak loads
- Insulation cladding
- Variable speed drives on motors
- Low energy tank agitators
- Area lighting
28Energy Strategies
Energy conservation behaviours
Supplier negotiations tariff choice
ENERGYManagement Actions
Energy Source Selection
Energy effective practice
Energy efficient technology
29The European Situation 4 Industries
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31- Identify key challenges facing companies in this
industry - from a Climate Change perspective, and
- in relation to rising energy costs.
- Choose one of the challenges you have identified,
and develop strategic responses to deal with that
issue. - Select one member from your group to join the
feedback discussion panel.
32Motor Vehicle Industry
33Chemical Industry
34Food Drinks Industry
35Clothing Textile Industry