Urban Transportation Technologies That Address Climate Change
This webinar addresses the climate change and development challenges of urban transportation and how the transportation sector can contribute to mitigation objectives.
This webinar addresses the climate change and development challenges of urban transportation and how the transportation sector can contribute to mitigation objectives.
Public transport (mass transit) is critical to the proper functioning of any city, town or rural area. A range of transit modes offer different capacity opportunities, and therefore the potential for high or low impact on car use. Higher capacity systems cost more to put in, but offer much more potential reduction in total transport costs and greenhouse gas emissions. The social, economic and environmental costs of not having an efficient mass transit system never go away, so it is really a case of stemming these costs earlier or later.
The modal split for freight transport varies greatly by region, and is largely determined by geographical and economic factors. However there is a common trend towards more use of road transport, at the expense of rail and water transport. The latter modes have a substantially better environmental profile, but are limited by longer delivery times and the necessity of pre- and post-haulage by truck, i.e. inter-modal transport. In the logistic chain used nowadays, there are small local stocks and fast on demand delivery is required.
Background: Researchers at the University of Michigan have developed an electromagnetic transducer for converting kinetic energy to electrical energy or electrical energy to mechanical displacement. The transducer is targeted towards operation under harsh conditions such as high centrifugal acceleration high axial and radial static displacements and tilting movements.
Bishop Land Design (BLD) is a collaborative studio founded on the principle of solving environmental and ecological issues through the study of human ecology. As human ecologists the research of BLD focuses on the interaction of our species with the environment by finding ways to increase productive and hybridized living systems to create positive gain.
CPCS Transcom Limited (CTL) is a management consulting firm providing high value-added power sector advisory services to meet the needs of clients by developing structures that meet public objectives while ensuring bankable projects for investors and operators. CTL's projects typically include:
• Restructuring and Regulatory Framework;
• Transaction Advisory;
• Project Development including feasibility studies;
• Institutional Analysis – Business and Strategic Planning;
• Due Diligence and Market Studies; and
• GIS.
Korea Railroad Research Insititute (KRRI) was established in 1996. Its main tasks are to develop new railcar and infrastructure technology such as high-speed trains (HEMU-430X), CNG-hybrid bimodal trains, wireless trams, etc. KRRI promotes the Korean railway industries through R&D on railway technology, operation and applications. KRRI has developed environmental technologies to decrease air pollution, noise and carbon footprint and to increase energy savings.
This policy brief, technical report and infographic identify key inefficiencies for the highway, rail and port sectors. They outline solutions that can improve agricultural productivity in Brazil by improving these sectors.
This report studies the development of criteria for assessing the compatibility of financial investments with the international goal to limit global temperature increase to below 2°C above pre-industrial levels. The findings are intended as a starting point and a key input for a longer term process to develop consensus-based 2°C investing criteria. The focus here is placed on investments in projects and physical assets, in particular of development and climate finance organisations.