Sentence examples for optimize sustainable from inspiring English sources

Moreover, the dynamic model can be integrated with renewable energy systems models to design, analyze and optimize sustainable energy systems.

Conclusions: These results can be used to modify high-intensity strength training protocols designed to optimize sustainable strength gains in the elderly during rehabilitation.

To optimize sustainable and equitable exposure to insolation in the city of Sulaimani, the annual insolation value (AIV) was calculated based on the algebraic sum of the amount of insolation energy for each double facade at each 5°, then factored by the cooling and heating degree-day ratio for each month.

The results indicate that the transit and TOD policies in Bangalore are indeed improving transit mode shares, but to ensure equity and optimize sustainable transport mode shares, more policy interventions are required for the provision of: affordable housing and encouraging diversity in new TODs; improving neighbourhood built environment; and mode integration measures.

The main goal of this study was therefore to optimize sustainable irrigation conditions in the Cornicabra olive cultivar grown in Castilla-La Mancha, a region where the aquifers are over-exploited, and to study the effect of different irrigation strategies on the composition and quality of Cornicabra virgin olive oil.

Just as today's executives must master product, process, resources, and marketplace, emerging leaders will additionally achieve and compete based on their skills at optimizing sustainable practices in waste, energy, materials, and economics, as well as their social and environmental impacts.

Also, of the quantitatively based studies that appeared in the literature, linear programming problem is the most often used solution approach to optimize the complex sustainable supply chain management problems.

Moreover, the model successfully predicted performance of two consecutively connected microreactors coated with N-SBM-ATA-wt and could be further used to design and optimize efficient and sustainable processes of chiral amine syntheses catalyzed with surface immobilized enzymes.

These findings can collectively enhance both the siting and design of PBSP, thereby optimizing investments in sustainable mobility.

The approach developed from this project draws upon previous research efforts integrating graphical modeling with optimizing the amount of sustainable materials based on the performance.

The apps also make delivery & collection operations more efficient and environmentally sustainable by optimizing routes based on a series of demand points, full use of unloading space and real-time traffic information (App-routing).