In the BAU scenario, energy recovery from MSW is achieved by the installation of anaerobic digestion plants to produce biogas.
By its turn, the protection of the current-measuring circuit is achieved by the installation of surge protective components.
Communication over Myrinet is achieved with an installation of the MPI message-passing standard, though MPI can also be directed to use Ethernet instead.
The installation of the (methyl)lanthionine thioether bridges is achieved by the initial dehydration of Ser and Thr residues in the precursor peptides, followed by stereoselective intramolecular Michael-type addition of Cys thiols to the newly formed dehydroamino acids.
Installation of StatsDB and integration with existing analysis pipelines is achieved with minimal effort.
Thereby, the amortization is achieved earlier, which should promote an increased number of installations in the future and contribute to further energy savings in buildings.
Optimisation of dynamic behaviour is achieved by a bounding technique based on Lagrangian theory taking advantage of the typical modular structure of processing installations.
It was realized that by integrating the flywheel system into Solar Home Systems, a cost saving of 37% per kWh for rural system installations would be achieved.
A self-actuated and self-sensing cantilever has been designed, modeled, fabricated, and characterized, and key features of simplicity in terms of installation and operation have been achieved.
It was also found that dramatic reduction in the power consumption could be achieved with installation of baffles to eliminate IMRs at typically low Reynolds numbers.
