Examples of using Material efficiency in English and their translations into Arabic
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Energy and material efficiency.
Material efficiency improvement has not yet received as much attention in policy-making and analyses as energy efficiency. .
Advantage: help to loading material efficiency.
Increased material efficiency improvement measures may decrease the growth rate of energy consumption further to 0.2 per cent per year.
Discussions aiming at the signing of material efficiency agreements have been started.
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Our Design Access Program(DAP) was designed in-house to allow you toservice any vehicle you encounter will maximizing material efficiency and reducing waste.
Many options for material efficiency improvement exist.
The Finnish Government examined the proposed programme in spring 2006,and highlighted issues related to economic mechanisms, material efficiency and public sector procurements.
Improved environmental performance(emissions, material efficiency, energy efficiency, local community protection, and eco-efficient products).
The consumption of energy in this sector is also dependent on how efficiently basic materials are used in the creation of intermediate and final products(material efficiency).
Germany 's Green Dot System and the Blue Angel Programme promote material efficiency and waste recycling in packaging and other processes.
Raimo(2009) analysed the process of preparing the new Finnish National Waste Plan(2007-2016),based on the use of the alternative concepts of waste prevention or material efficiency.
Therefore, material efficiency improvement, including the recycling of materials and management of waste, can reduce energy demand and greenhouse gas and other polluting emissions.
Improved environmental performance of enterprises(reduced emissions, material efficiency, energy efficiency, proper water and waste management, responsible sourcing).
Increased material efficiency improvement, as well as energy efficiency measures, may decrease the growth rate of energy consumption to 0.2 per cent per year, resulting in an energy consumption of less than 340 EJ under the" advanced technology" scenario.
Resource efficiency practices and methods-- including, inparticular, energy efficiency, material efficiency and waste and water management-- were key aspects in ensuring the" greening" of industries with the aim of sustainable development.
(e) Enhance research and development, including socio-economic research, to facilitate appropriate technology utilization, in particular renewable sources of energy,methodologies for internalizing external costs and improved material efficiency, as well as improved agricultural production;
Therefore, accelerating energy efficiency improvement-- and related material efficiency improvement(especially materials that are energy-intensive)-- is an essential element of sustainable energy policies.
(e) To promote capacity-building, and with the help of donor countries, there should be established, on the initiative of the United Nations, a network of centres of excellence for environmentallysound energy technologies with a focus on energy and material efficiency improvement and on the development and demonstration of renewable energy sources.
Long Span SteelStructure Building are often custom-designed for material efficiency, steel frame building have the potential to create space in their depth, between members and in the hollow spaces of their cross sections.
The trade, environment and development nexus in the context of globalization renders policy coherence and an enabling environment essential for developing countries to effectively and proactively respond to the challenges and opportunities of climatechange and biodiversity, environmental requirements and market access, increasing material efficiency and lowering pollution intensity of production for export, and profiting from export opportunities in environmentally preferable products.
As with energy, there are barriers to material efficiency improvement which, along with the problems mentioned above, include issues related to chain management, such as communication and linking of material/product/waste streams.
Similarly, considerable analysis has been carried out on the roles and impacts of factors such as the economic accessibility of wood supplies,the impact of integrated forest management, material efficiency, the social dimensions of forest product supplies, and the roles of institutions and institutional arrangements.
By analogy to energy efficiency improvement, material efficiency improvement is described as reducing the consumption of primary materials without substantially affecting the service or function, or- in a broader definition- without affecting the level of human activities qualitatively.
Many recommendations of the former Committee of New and Renewable Sources of Energy and Energy for Development in this regard are still relevant,including improving energy and material efficiency; developing local and indigenous energy resources, with an emphasis on renewables; and diversifying the mix of energy resources on which the national energy system depends.
At several stages in the life-cycleof a material, intervention can increase the material efficiency over the total cycle- for example, good housekeeping(prevention), product design, substitution(by other or improved materials), product reuse, recycling, and quality cascading(use of recycled material for a function with lower material quality demands).
Regarding the former, the link between industrial metals and minerals extraction and the demand for industrial metals and minerals as inputs to the production process is affected by:(a)the extent of recycling that takes place;(b) material efficiency, that is, the quantity of metals needed to produce one unit of product; and(c) material substitutions in the production process, whereby metals are replaced by other components.
At several stages in the material life cycle,intervention through proper management can increase the material efficiency over the total cycle, in such ways as good housekeeping, material-efficient product design, material substitution, product reuse, material recycling and quality cascading. These programmes can lead to substantial energy savings and strongly reduced waste production.
Final demand for metals in turn is determined by the final demand for products, and affected by two factors:(a)increased material efficiency, i.e., reducing the quantity of metals needed to produce one unit of product; and(b) material substitutions in the production process, where metals are replaced by other components.