Traduction de «non low heat cement » (Anglais → Français) :

low-heat cement

low heat cement

low-heat cement

low-heat cement [ low heat hydration cement ]

Blast Furnace Cement CEM III/A with assessment of sulfate resistance (SR) and optional with low effective alkali content (LA) and/or low heat of hydration (LH)

Some examples of 2015 projects include restoration and carbon storage in peatlands in five EU countries (Estonia, Germany, Latvia, Lithuania and Poland), demonstration of the production of low-emission cement and concrete products in France, enhancing the climate resilience of vineyards in Germany and implementing adaptation measures in urban areas in Cyprus.

Welcomes the Commission communication of February 2016 on an EU strategy on heating and cooling, but highlights the lack of progress and low targets set for renewable use in heating and cooling, in particular in buildings; stresses the great potential for continued progress in renewable use in heating and cooling; notes that the heating and cooling sector accounts for half the EU’s final energy consumption and therefore plays a key role in achieving the EU objectives on climate and renewable energy resources; recognises the benefits of increasing renewable energy in the heating and cooling sector; stresses the increased flexibility o ...[+++]f thermal infrastructure and storage in facilitating the integration of variable renewable sources by storing energy in the form of heat, offering excellent returns on investment and providing opportunities for enhancing quality local employment; calls on the Commission to bridge the regulatory gaps in the post-2020 renewables legislative package; reiterates that efforts in the heating and cooling sector hold great potential for increased energy security (given that 61 % of gas imported into the European Union is used in buildings, mainly for heating purposes), for example through the development of district heating/cooling networks, which are an efficient means of integrating sustainable heat into cities on a large scale, since they can simultaneously deliver heat derived from a range of sources and are not inherently dependent on any one source.

100. Calls for greater attention to be paid to the heat and cooling sectors; calls, in this respects, on the EU to consider the full integration of the heating and cooling sector into the transformation of the energy system; notes that this sector today represents ca. 45 % of the final energy consumption in Europe, and that a better understanding of the important role of heating and cooling is needed; calls on the Commission, therefore, to gather the required data reflecting the energy sources for and uses of heating and cooling, as well as the distribution of heat to different groups of final consumers (e.g. residential, industry, tertiary); encourages the development of combined heat and power plants that use renewable or recovered an ...[+++]d waste heat, and supports further research on cooling and heating systems with a view to executing the EU’s ambitious policy; calls on public authorities to update demand forecasts on the 2050 horizon and to produce impact assessments of regional underground conditions in order to optimise resource allocation; calls, furthermore, on the Commission and the Member States to allocate increased funding to local energy infrastructures such as district heating and cooling – including through RD and innovative financial instruments – that bring about efficient, low- and no-carbon solutions that will substitute the import and European-wide exchange/transport of energy; notes that readily available renewable energy solutions (geothermal, biomass including biodegradable waste, solar thermal and hydro/aerothermal), in combination with energy efficiency measures, have the potential to decarbonise the heat demand by 2050 in a more cost-effective way, while addressing the problem of energy poverty;