260 likes | 409 Views
1. Analysing freight emissions. Emissions from transport sector. 54.3 Mt CO 2 e 12.1% of SA’s ±450 Mt CO 2 e. excludes emissions from fuel manufacture ( 42 Mt CO 2 e , being 9.3% of SA’s, but this includes non-fuel Sasol products). Mt CO 2 e % contribution to transport emissions.
E N D
1 Analysing freight emissions
Emissions from transport sector 54.3 Mt CO2e 12.1% of SA’s ±450 Mt CO2e excludes emissions from fuel manufacture (42 Mt CO2e , being 9.3% of SA’s, but this includes non-fuel Sasol products) Mt CO2e % contribution to transport emissions
Emissions from freight (per type and mode) booklet page 6
2 Risk management
Government initiatives • Flagship programmes: • Transport • Climate change response public works • Water conservation / demand management • Renewable energy flagship programme • Energy efficiency / demand management • Waste management • Carbon capture and sequestration • Adaptation research
International trade • Low-carbon regimes • “Eco-protectionism” • Bunker fuel levies additional operational costs costs of compliance with caps and reporting, with penalties • redirecting routes – time and cost • need for investment in new technologies or processes
Costs to adapt in Africa Costs to mitigate globally • Stern Review on global mitigation costs • 2% p/a of world GDP likely to be needed • inaction likely to cost 5% to 20% of GDP
3 Mitigation in road freight
Types of instruments GOVERNMENT
4 Opportunities
Road freight’s competitive position Advantage Reliability and freight tracking Advantage Flexibility and convenience Disadvantage Goods damaged in accidents osts Disadvantage Theft in high crime areas
Human capital • “Eco-driving” training and incentives • Better truck maintenance • Right size of vehicle • Backhauling • Distribution centres • Intermodal routes