AZ ASZFALT-BURKOLATOK (GYÁRTÁS ÉS BEÉPÍTÉS) KB. 20%-KAL KEVESEBB ENERGIÁT HASZNÁLNAK FEL, MINT MÁS BURKOLATOK.
Az USA Közlekedési Kutató Testülete számításokat („LCI”) végzett autópálya burkolatok különböző típusaira (A számok egység cm-vastagságra vonatkoznak és liter/km diesel-üzemanyag felhasználásra vannak kifejtve): Aszfalt: 2,463 – 6,047; Táblás betonburkolat: 6,341 – 9,558; Folyamatos vasalt betonburkolat: 7,628 – 10,844 [liter / km / cm].
More information on Sustainability (of asphalt pavements)
On 16-17 December 2020, EAPA and the research project PavementLCM co-organised a webinar on the Sustainability Assessment of Asphalt Pavements, which gathered more than 150 experts from 35 countries around the world. In this video, Dr Breixo Gomez, EAPA Technical Director and Prof. Davide LoPresti, Coordinator of PavementLCM, summarise the highlights of the Webinar and discuss how to further develop the topic in future events.Forrás:
Winning with Asphalt/Environment/TRB: Energy involved in construction materials and procedures (Woodrow J. Halstead 1981)
További grafikonok találhatók:
Energy involved in construction materials and procedures (Woodrow J. TRB: Halstead 1981)
Asphalt Institute: Energy Requirements for Roadway Pavements (1975)
IVL report: Life Cycle Assessment of Road (H. Stripple 2001)
Gambatese, John A. and Sathyanarayanan Rajendran, “Sustainable Roadway Construction: Energy Consumption and Material Waste Generation of Roadways,” American Society of Civil Engineers, Reston, VA. Proceedings of 2005 Construction Research Congress from http://tinyurl.com/yyapyts
Sime, M., et al. WesTrack Track Roughness, Fuel Consumption, and Maintenance Costs. Tech Brief published by Federal Highway Administration, Washington, DC. January 2000
HTTP://ASPHALTROADS.ORG/WHY-ASPHALT/ENVIRONMENT/CARBON-FOOTPRINT
