WINETECH Technical Yearbook 2021
(incl. graded + ungraded data) has grown to cover 12 127 unique hectares of wine farms in South Africa. This represents 13% of the wine grape industry in the country.
CCC Initiative?
2014
Paarl
14 607 1 408 10%
H
Cape South Coast
2 656
53
2%
4000
2011
Worcester
2013
6 606
74 522 117
8%
0
Olifants River
9 450
1%
Wine grapes (red) Wine grapes (white)
Total
Northern Cape
3 701
3%
2012
2000
CCC Ha
Industry Ha
Region
%
Cape South Coast
2 656
53
2%
Fuel Electricity Fertili s er Agro-chemicals Land-use Change 74 1% Fuel Electricity Fertili s er Agro-chemicals Land-use Change
2011
Wine grapes (white): 0.41 kg CO 2 e/kg fruit Wine grapes (red): 0.42 kg CO 2 e/kg fruit 0 Wine grapes (red) Wine grapes (white) WINE GRAPES (WHITE): 0.41 KG CO 2 E/KG FRUIT WINE GRAPES (RED): 0.42 KG CO 2 E/KG FRUIT Total
WHICH REGIONS PARTICIPATE IN THE CCC INITIATIVE?
Olifants River
12000
2019
9 450
1%
4%
Stellenbosch
3% 1%
15 066 4 854 32% Industry Ha CCC Ha %
1,2
2018
27%
Wine grapes (white): 0.41 kg CO 2 e/kg fruit Wine grapes (red): 0.42 kg CO 2 e/kg fruit
Region
21%
10000
18%
1%
28%
4%
Klein Karoo Stellenbosch Swartland Klein Karoo
2 224
560
25%
Farm CO 2 e "Hotspots " 18% 3% 1%
15 066 4 854 32%
2017
1
1,2
27%
21%
12 432 1 777 14%
28%
2 224
560 25%
8000
Farm CO 2 e "Hotspots "
2016
Grapes (red)
1
0,8
Breedekloof
12 593 1 512 12%
Swartland
12 432 1 777 14%
12 731 1 251 10% Winery CO 2 e Benchmark 12 593 1 512 12% 12 731 1 251 10% 0,6 0,8 14 607 1 408 10% 6 606 Winery CO 2 e Benchmark 522 8% 14 607 1 408 10% 0,4 kg CO ₂ /kg fruit 0,6 522 8% 6 606
Grapes (red)
2015
50%
Grapes (white) Grapes (white)
6000
Robertson Breed kl of
47%
50%
Paarl Robertson
2014
Hectare coverage
47%
0,4 kg CO ₂ /kg fruit
4000
Paarl
Worcester
2013
Worcester
Electricity: (kWh/bearing ha) Grapes (red): 1 673 Grapes (white): 2 257 Electricity: (kWh/bearing ha) Grapes (red): 1 673 Grapes (white): 2 257
Northern Cape Northern Cape Cape South Coast Cape South Coast
3 701
117
3%
0,2
2012
2000
3 701
117 3%
0,2
Nitrogen: (kg/bearing ha) Grapes (red): 46 Grapes (white): 52
Diesel: (L/bearing ha) Grapes (red): 219 Grapes (white): 262 Diesel: (L/bearing ha) Gra (red): 219 Gra ite): 262
2 656
53
2%
Nitrogen: (kg/bearing ha) Grapes (red): 46 Grapes (white): 52
2 656
1% 74 1% 53 2%
2011
0
0
0
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Olifants River Olifants River
9 450
74
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
9 450
Wine grapes (red) Wine grapes (white)
Total
Benchmark Years
Benchmark Years
28% 0 0,5 1 1,5 2 2,5 3 3,5 4 4,5 5 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 kg CO 2 /L wine Benchmark Years 0 0,5 1 1,5 2 2,5 3 3,5 4 ,5 5 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 kg CO 2 /L wine Benchmark Years 50% 18% 3% 1% 27% 47% 21% 4% 1% Fuel Electricity Fertili s er Agro-chemicals Land-use Change Grapes (red) Grapes (white) Farm CO 2 e "Hotspots "
Wine grapes (white): 0.41 kg CO 2 e/kg fruit Wine grapes (red): 0.42 kg CO 2 e/kg fruit
Red wine: 1.54 kg CO 2 e/L wine Processing: 0.69 kg CO 2 e/L wine Bottling: 0.92 kg CO 2 e/L wine White wine: 1.59 kg CO 2 e/L wine Processing: 0.70 kg CO 2 e/L wine Bottling: 0.86 kg CO 2 e/L wine
WINERY CO 2 E BENCHMARK
Red wine: 1.54 kg CO 2 e/L wine Processing: 0.69 kg CO 2 e/L wine Bottling: 0.92 kg CO 2 e/L wine White wine: 1.59 kg CO 2 e/L wine Processing: 0.70 kg CO 2 e/L wine Bottling: 0.86 kg CO 2 e/L wine Red wine: 1.54 kg CO 2 e/L wine Processing: 0.69 kg CO 2 e/L wine Bottling: 0.92 kg CO 2 e/L wine White wine: 1.59 kg CO 2 e/L wine Processing: 0.70 kg CO 2 e/L wine Bottling: 0.86 kg CO 2 e/L wine
1 From 2011 to 2020 the CCC database (incl. graded + ungraded data) has grown to cover 200 wineries. This represents 40% of the wine cellars in the country. 1,2
0,8
0,6
0,4 kg CO ₂ /kg fruit
WINETECH TECHNICAL YEARBOOK 2021 | 180 Electricity is the highest contributor to winery C 2 emissions, followed by Packaging and Bins .
Electricity: (kWh/bearing ha) Grapes (red): 1 673
0,2
Nitrogen: Electricity is the highest contributor to winery CO 2 emissions, followed by Packaging and Bins . Diesel: Fuel
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