Translation of "futur sur métaux " (French → English) :

metals futures | metals future | metals futures contract

metals futures contract

fumes and vapours of metals metals from all sources, except medicinal substances

machine saw operator | metal power saw operator | metal sawing machine operator | saw shop operator

futures | future | futures contract

futures | future | futures contract

Drug- and heavy-metal-induced tubulo-interstitial and tubular conditions

Allergic contact dermatitis due to metals

Futuribles International [ International Association Futuribles | International Committee on Futuribles | Société d'études et de documentations économiques, industrielles et sociales | Centre de recherche sur l'évolution des entreprises | Centre d'études prospectives ]

World Futures Studies Federation [ WFSF | Continuing Committee of the World Futures Studies Research Conferences | International Future Research Committee ]

L. whereas this is especially true of energy transition, as base metals such as rare earths are at the heart of the new technologies needed for this to take place; whereas the EU is still very much dependent on imports of the metals needed to produce renewable energy generation equipment that offer real opportunities for the sector, namely to overcome possible difficulties in supply; whereas investments in renewable energy and energy efficiency are an important driver for investments in industrial products, including copper, aluminium and steel; whereas an ambitious European renewables and energy-savings policy co ...[+++]uld drive future base metal demand in Europe and, in particular, provide an opportunity to produce high value-added products; whereas there is a lack of corporate environmental responsibility and whereas certain industrial sites are in flagrant violation of European legislation and certain abandoned sites pose a threat to human health and the environment; whereas environmental standards and circular economy principles should be fundamental to development and innovation investments in the base metals industry sector in Europe; whereas the Commission’s Energy Roadmap 2050 finds that decarbonisation of the energy sector and a high renewables scenario is cheaper than a continuation of current policies, and that over time nuclear and fossil fuel energy prices will continue to rise, whereas the cost of renewables will decrease;

L. whereas this is especially true of energy transition, as base metals such as rare earths are at the heart of the new technologies needed for this to take place; whereas the EU is still very much dependent on imports of the metals needed to produce renewable energy generation equipment that offer real opportunities for the sector, namely to overcome possible difficulties in supply; whereas investments in renewable energy and energy efficiency are an important driver for investments in industrial products, including copper, aluminium and steel; whereas an ambitious European renewables and energy-savings policy co ...[+++]uld drive future base metal demand in Europe and, in particular, provide an opportunity to produce high value-added products; whereas there is a lack of corporate environmental responsibility and whereas certain industrial sites are in flagrant violation of European legislation and certain abandoned sites pose a threat to human health and the environment; whereas environmental standards and circular economy principles should be fundamental to development and innovation investments in the base metals industry sector in Europe; whereas the Commission’s Energy Roadmap 2050 finds that decarbonisation of the energy sector and a high renewables scenario is cheaper than a continuation of current policies, and that over time nuclear and fossil fuel energy prices will continue to rise, whereas the cost of renewables will decrease;

L. whereas this is especially true of energy transition, as base metals such as rare earths are at the heart of the new technologies needed for this to take place; whereas the EU is still very much dependent on imports of the metals needed to produce renewable energy generation equipment that offer real opportunities for the sector, namely to overcome possible difficulties in supply; whereas investments in renewable energy and energy efficiency are an important driver for investments in industrial products, including copper, aluminium and steel; whereas an ambitious European renewables and energy-savings policy could drive ...[+++]future base metal demand in Europe and, in particular, provide an opportunity to produce high value-added products; whereas there is a lack of corporate environmental responsibility and whereas certain industrial sites are in flagrant violation of European legislation and certain abandoned sites pose a threat to human health and the environment; whereas environmental standards and circular economy principles should be fundamental to development and innovation investments in the base metals industry sector in Europe; whereas the Commission’s Energy Roadmap 2050 finds that decarbonisation of the energy sector and a high renewables scenario is cheaper than a continuation of current policies, and that over time nuclear and fossil fuel energy prices will continue to rise, whereas the cost of renewables will decrease;

16. Urges that free allowances for the most efficient installations in the carbon-leakage sectors be allocated on the basis of programmes for investment in new equipment, R&D (including the capture, storage (CCS) and use of carbon (CCU)) and the training of workers, as soon as possible and at all events starting 2018 and during the fourth stage, covering the period 2021-2030 in order to meet high standards of climate and environmental protection and employment rights; stresses the absolute need for investment in research and development to enable Europe to remain a centre of excellence for the production of base metals; recalls that industries which invest are the ones which survive crises most successfully; calls for ETS auction revenue ...[+++]s to be used to finance climate action inside the EU and in developing countries, including for investments into renewable energy and energy efficiency projects in industrial sectors; supports the plans under the 2030 climate and energy framework to establish a facility (NER400) for carbon capture and storage, innovative renewables and low carbon innovation in industrial sectors as laid down in the conclusions of the European Council of 23 October 2014; proposes that pilot and demonstration projects relating to carbon capture, utilisation and storage should be part of programmes for the funding of low-carbon technologies promoted by the Commission along the lines of NER 300 and the future NER 400, with the financial risk being shared between the financier and the operator; recalls the importance of public investment and, in the European context, of Horizon 2020 funds, in improving the environmental and energy efficiency of the base-metal industry, including the achievement of lower carbon emissions in line with Europe 2020 targets; regards the training of workers in the application of low-carbon technologies and practices in industry as a strategic investment which ought to be fully incorporated into programmes promoted by the ...