Examples of using Fossil-based in English and their translations into Slovenian
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Replace fossil-based raw materials.
Are bio-based plastics better for the environment than fossil-based plastics?
Substitute fossil-based raw materials;
We need to do something real about this andthe only way is to start moving away from conventional fossil-based plastics.
We must drive the transition from a fossil-based to a bio-based society with research and innovation as the motor.
                People also translate
            
Price trends for renewable energies cannotbe viewed in isolation from price trends for fossil-based and atomic energies.
Yet clean energycannot compete on an equal footing in the market because fossil-based energy and nuclear-based energy have a greater extent of subsidy(direct and indirect) than energy from renewable sources.
These gaps must be addressed while at the same time increasing energyefficiency and phasing out fossil-based power generation.
The Commission's ILUCapproach is part of a comparative assessment of fossil-based and biogenic energy sources that looks exclusively at greenhouse gas emissions.
Those feedstocks are not easily accessible to megafacilities that require efficientlydelivered large quantities of raw materials(mostly fossil-based).
Financial markets in the EU continue to channel investments into fossil-based industries and other unsustainable areas.
The fight against climate change certainly cannot be won if one hand is providing climate finance, while the other is stillpromoting climate-damaging activities such as subsidies for fossil-based energy sources.
It is therefore importantto ensure the designing and producing of green products, with no fossil-based compounds, and produced from locally sourced renewable materials.
While it is important that the circular economy does not rely substantially on fossil-based and non-renewable materials with a high environmental footprint, it is equally important that the increased production of bio-based products does not compete with food production and does not have a negative impact on ecosystems, and the climate.
Few if any of these feedstocks are easily accessible to megafacilities that require theefficient delivery of large quantities of mostly fossil-based raw materials, he said.
Yet market failure means that clean energy cannot compete on an equal footing because both fossil-based energy and nuclear-based energy are subsidised to a far greater extent than energy from renewable sources.
The EESC points out that the bioeconomy contributes to climate change mitigation in several ways: by sequestering CO2 from the atmosphere in biomass,by storing carbon in bio-based products and by substituting fossil-based feedstocks and products with bio-based ones.
Bio-based innovation lays the foundations for the transition away from a fossil-based economy by encompassing the sustainable sourcing, industrial processing and conversion of biomass from land and sea into bio-based materials and products.
Experience shows that the more renewable energies are adopted andthe more quickly they are placed on a level playing field with fossil-based and atomic energy sources, the more quickly they become competitive.
Extraction, fractionation and processing of biomass using eutectic solvents(DES), is recognized as one of breakthrough technologies for exploitation of renewable resources(cellulose, nanocellulose and lignin) and production of secondary raw materials(green chemicals),thus enabling a systematic abandonment of fossil-based compounds in existing coatings, resins and adhesives.
Systems innovation across sectoral boundaries and integrated value-creating chains affect companies,given that fossil-based world energy systems must be decarbonised in the long run and shortages of raw materials will require a resource-saving economy.
The achievement of these targets can be supported through the active management and use of forests, which would result in better forest growth and carbon sequestration andmake it possible to substitute fossil-based energy sources and materials with renewable wood.
The Committee disagrees with the decision made by the Commission to assessindirect land-use change on the basis of a comparison of fossil-based and biogenic energy sources, looking exclusively at greenhouse gas emissions and downplaying issues such as security of supply and the impact of fossil fuels.
(d) switching to or increasing the use of use environmentally sustainable renewable materials based on a full life cycle assessment andsubstituting particularly fossil-based materials, which delivers near term greenhouse gas emissions savings;
Reaping these potentials requires building a broad knowledge base and developing relevant(bio)technologies, focussing mainly on three essential elements:a transforming current fossil-based processes by resource and energy efficient biotechnology based ones; b establishing reliable and appropriate supply chains of biomass and waste streams and a wide network of bio-refineries throughout Europe; and c supporting market development for bio-based products and processes.
A sustainable energy system comprising largely renewables,although carrying additional costs compared with current fossil-based systems, is the only long-term solution for our energy future.
That's why we are applying a number of innovations along the valuechain throughout the project- addressing the decoupling of materials from fossil-based feedstocks, the reduction of environmental impact, and of course the creation of an effective after-use economy.
Reaffirming the view expressed in opinion TEN/5023, the Committee disagrees with the decision made by the Commission to assess indirect land-use change(ILUC)on the basis of a comparison of fossil-based and biogenic energy sources, looking exclusively at greenhouse gas emissions and downplaying issues such as security of supply and the impact of fossil fuels.