All of the high impact projects were characterized by simple interventions that were well implemented, high quality research, champions to advocate and disseminate for adoption, as well as supportive contextual factors.
Of the 255 HPWS projects in the CAAD, 205 (or 80%) of these projects were characterized as being "ODA-like", only 9 were characterized as OOF (3.5%), 41 were characterized as Vague (16.5%), and there were no HPWS projects that were characterized as being "Other Official Investment".
Architecture, engineering, and construction (AEC) projects are characterized by a large variation in requirements and work routines.
Construction projects are characterized by the existence of a number of different co-building companies that together deliver a constructed product on site.
Projects are characterized as community initiatives when the local community participates actively in the planning, decision-making and/or exploitation of the project and benefits from its revenues or other accomplishments [8].
These projects are characterized by the manipulation of data, information, and knowledge in various types and formats, manually constructed based on the modularity principle, where complex elements are divided into smaller parts.
With respect to the need of accumulated energy, new technologies of energy storage – supercapacitors and high-speed flywheels, not applied up to now in similar fusion projects, are characterized in comparison with traditional ones – capacitors and big motor-flywheel generators.
Most of the current European EGS projects are characterized by reservoir/bottomhole temperatures <165°C (e.g., Bruchsal, Landau, Unterhaching, Insheim, Mauerstetten, Groß Schönebeck, Soultz; Breede et al. 2013) and worldwide operating flow rates frequently are <40 l s 1 (Breede et al. 2013).
The sixteen specimens designed and cast within this project were characterized by different study variables concerning cross section geometry, concrete grade and type of reinforcement.
The different mafic to ultramafic lithologies of the Dumont nickel project were characterized before and after carbonation by means of X-ray diffraction and thermogravimetry analyses, Fourier transform infrared spectroscopy, optical microscopy, and quantitative evaluation of minerals by scanning electron microscopy.
The expansion phase of the innovative project is characterized by levels of risk and expected cash flow that make it more compatible with traditional sources of funding.
