Sentence examples for emissions generation from inspiring English sources

The ever more strict pollutant emissions regulations urge to make further steps in the evolution of the internal combustion engines, in particular as far as the emissions generation.

"In the absence of this, policy uncertainty will be increased, the necessary investment in zero emissions generation will be delayed and upward pressure will continue on electricity prices," the new paper warns.

If coal-fired generators were also phased out after a 45-year lifespan and some kind of subsidy offered – like the current renewable energy target to achieve 50% zero emissions generation by 2030 – then the necessary emission reductions could be achieved without a sudden economic shock.

The group has also questioned the Coalition's investments in Snowy 2.0 and Tasmania's "battery to the nation", arguing that these projects "could be crucial to decarbonising the electricity system" but also noting "they are not a substitute for private sector investment in new zero emissions generation and a national strategic plan for enhanced transmission and distribution".

This being the case, future research should investigate the sensitivity of the model's stability to changes in specification or parameterization and alternative ways to represent emissions generation in the model.

But he said every policy to push low-emissions generation came at a cost – which might in generic terms be called a tax – even the renewable energy target which the government itself supports.

However, quantitative studies on simultaneous energy consumption and emission generation for chemical plant start-ups are still lacking.

Hence the magnetospheric resonator Q-factor modulation can switch the stationary VLF electromagnetic emission generation mode (hiss emissions) to a quasi-periodic or self-oscillation mode.

In this study, plant-wide dynamic simulations are employed to investigate energy consumption and emission generation for an ethylene plant under different start-up strategies.

Based on plant-wide dynamic simulations, dynamic profiles of energy consumption and emission generation during the plant start-up are obtained and analyzed.

Suprathermal X-ray emission, generation of energetic ions, x-ray trapping due to multiple scattering and the x-my bursts related ("random" laser) are illustrated.