Sentence examples for mitigation costs of from inspiring English sources

The next best solution is SNG in gas age with mitigation costs of 107 €/tCO2-Eqq.

The CO2 mitigation costs of co-capture plants is over four times lower than their separate-CO2 and H2S capture counterparts.

An economic analysis indicated that the mitigation costs of the biocover system were competitive to other existing greenhouse gas mitigation options.

The combination of these aspects to estimate the potential GHG mitigation costs of a biofuel may also be an important benchmark for biofuel producers in Germany from 2015 onwards.

This article determines the changes in mitigation costs of an optimal forest management regime in the presence of climatic changes and varying prices, and takes account of substitution processes between timber production and carbon sequestration at the stand level.

In part II of our two-part study, we estimate the nominal electricity generation and GHG (greenhouse gas) mitigation costs of using harvest residue from a hardwood forest in Ontario, Canada to fuel (1) a small-scale (250 kWe) combined heat and power wood chip gasification unit and (2) a large-scale (211 MWe) coal-fired generating station retrofitted to combust wood pellets.

By comparing the mitigation cost of each configuration, the optimal integration configuration and the corresponding optimal sizes and operating conditions of all process units (steam turbines, gas turbines, heat recovery steam generators HRSGs, absorption and regeneration columns, reboilers and condensers, and pumps) are provided.

Referring to the sector of application (here energy or transport sector), GHG mitigation costs might become one of the most important factors describing the competitiveness of a biofuel in future markets.

In addition, the temporal dimension of mitigation costs and air pollution co-benefits under different sectoral schemes of China's ETS gives policy-makers a degree of short-run flexibility in terms of phasing in additional industries over time.

The direct implication derived from this work is that in order to use CGE models to assess the amount and distribution of mitigation costs and to inform the international community involved in discussing the feasibility of climate policies, the use of empirically estimated behavioural parameters at the highest possible disaggregation level is highly recommended.

Therefore, it is plausible due to this policy alteration; GHG mitigation costs may become one of the most important benchmarks for biofuel producers, in order to establish their competitive edge over other biofuel options on the German market, or indeed being introduced to the German market.