The role of street conditions and forms on the amount of carbon emissions released from vehicles

In the last two decades, the percentage volume of carbon emissions has increased from 280 to more than 380 parts per million in the atmosphere; the problem is that it is still increasing daily in which it caused many environmental hazard that has been seen the last couple of years. The end of this century, it is expected that the uncontrolled amount of emissions emitted to the atmosphere will increase the surface temperature of plant earth by 3.4 degrees C. Worldwide, the percentage of carbon emissions in the atmosphere and its effect on air quality has been the main concern of scientist and researchers in the past decade. Egypt is one of the biggest emitters that surfer from atmospheric pollution; almost 24% of the atmosphere pollutants in Egypt are from the transportation sector due to the heavy use of fossil fuels. Reducing the roads carbon emissions through streets design and form is the main scope of this research. This research intends to control the amount of carbon emission released in air by vehicles through controlling vehicles speed and motion, which is affected by the street design and form. The present research analyzes the relation between carbon emissions and streets condition and forms, through measuring the amount of CO2 and CO emission produced in one of the Egyptian roads from different types of vehicles in road with three different conditions. El-Shuhada Street has been chosen to be the study area of this research. The researcher used Testo 315-3 to measure the carbon emissions in the street and to identify the relation between CO2 emission and street condition and form. The results reveled that straight routes with vehicle speeds ranging between 80 and 100 lcn/h produce less carbon emissions than straight routes with street bumps and vehicle speed ranging between 26 and 19 km/h. Moreover, curved routes emitted more emissions than straight routes.

Automated summary

In the past two decades, carbon emissions in the atmosphere have been steadily increasing, causing significant environmental hazards. This is a global concern, with scientists and researchers focusing on the percentage of carbon emissions in the atmosphere and its impact on air quality. Egypt, as one of the major emitters, faces atmospheric pollution largely due to the transportation sector's heavy reliance on fossil fuels. This research aims to reduce carbon emissions from roads through street design and form, by controlling vehicle speed and motion. The study analyzes the relationship between carbon emissions and different street conditions and forms, using data from a selected road in Egypt. The results indicate that straight routes with higher vehicle speeds produce less carbon emissions compared to routes with street bumps and lower speed. Additionally, curved routes tend to emit more emissions than straight routes.