ARTICLE
TITLE

DEVELOPMENT OF EMISSION INTENSITY FACTORS FOR A SOUTH AFRICAN ROAD-FREIGHT LOGISTICS SERVICE PROVIDER

SUMMARY

The Global Logistics Emissions Council (GLEC) framework developed logistics emission factors to be used uniformly in North America and Europe. It included an approximation for African countries; however, actual South African emissions were not accurately reflected. Therefore, in this study, carbon emissions factors were calculated using calculated tonne-kilometres and the energy-based methodology. The authors obtained several datasets from a logistics service provider (LSP) consisting of vehicle routes, refuelling data, and freight load data. The project developed factors for each individual trip, for similar repetitive trips, and for the entire data set. These different sets of factors were developed to allow the use of different emission calculation and reporting standards. The LSP could use these emission intensity factors to estimate carbon emissions using the activity-based approach, report emissions according to legislation, and predict how much carbon emissions would be emitted to move a customer’s shipment.

 Articles related

Hemant Nandanpawar    

Transport sector is one of the largest contributors of energy related greenhouse gas (GHG) emissions globally and is expected to grow 50 percent by 2050. Controlling GHG emission growth of transport sector is necessary in view of limiting the global temp... see more


Adem ONAT    

Nowadays keeping the air clean is one of the most important aims in environmental protection. The fugitive emissions especially volatile organic compounds (VOC’s) and the ozone-precursors nitrogen oxides (NOX) have a great impact on the quality of the at... see more


Yuriy V. Trofimenko,Vladimir I. Komkov,Vadim V. Donchenko,Timur D. Potapchenko    

A three-level model for estimating greenhouse gas (GHG) emissions by mobile and stationary road transport facilities of a state or region, proposed in this article, takes account into GHG emissions from a vehicle fleet (mobile objects) and road transport... see more


Umma Abdullahi, Md. Abdul Maleque, Mohammad Yeakub Ali    

Carbon nanotubes (CNT) is a promising fibrous materials for development of nanocomposite especially aluminium (Al) matrix nanocomposites as CNT exhibited extraordinary mechanical properties and high aspect ratios. The dispersion is the main factor for a ... see more


Olalere Nurudeen Abimbola    

Carbon dioxide (CO2) emission due to power generation from fossil fuel is a major contributor to the current issues of global warming and climate change. This paper proposes offshore generation of electricity from renewables to supply offshore oil fields... see more