Sentence examples for implement industrial from inspiring English sources

"Within days", a Labour Government would gain powers to nationalise industries, control capital and implement industrial democracy; "within weeks", all powers from Brussels would be returned to Westminster, and abolish the House of Lords by creating one thousand peers and then abolishing the peerage.

This paper presents empirical field work which explores the Kalundborg Symbiosis in Denmark – a network of economic actors that has organically come together to implement industrial ecology principles – and documents how this network has managed to foster progressive innovation.

It resulted in a restructuration of state capabilities to design and implement industrial policies, and to its inability to subordinate finance to its goals, despite the discourses and ambitions of governments.

Therefore, electrolyte modifying is the most effective and easiest strategy to enhance the cycling stability of LNMO cathodes and easy to implement industrial production.

Robot enthusiast Colin Lewis found that at 76 companies that implemented industrial robots, employment increased over the past three years.

The resulting system description and methodologies provide a general unified framework for analyzing and implementing industrial energy benchmarking.

In addition, by implementing industrial conditions in the equation proposed by the experimental design, the optimal catalyst particle size was found to lie in the 2500 3300 nm range.

Thus, it involves modeling the spatial and temporal natures of industrial objects; analyzing the dynamic behavior of industrial objects; using control theory to create control strategies; designing control devices, hardware and software; and implementing industrial control systems.

Important ways of implementing industrial ecology include the appropriate combination of separate technologies in order to match the waste outputs of one with the inputs of the other and the introduction of processes that reduce non-renewable energy consumption.

Thermodynamic properties of fluids are both required for designing and implementing industrial processes and in different research fields; in particular they play a fundamental role in the development of equations of state (EoS).

The model was modularized and represented as functionals of appropriate technology options, which enables the aggregation and disaggregation of energy systems by defining functionals for single technologies, packages integrating multi-technologies, and mini-systems such as regions implementing industrial symbiosis.