Technical feasibility definition

Technical feasibility means the existence of technical know-how as to materials and methods available or adaptable to specific circumstances which can be applied to one or more requirements in this standard /regulation with a reasonable possibility that employee exposure to the SARS-CoV-2 virus and COVID-19 disease hazards will be reduced. If an employer’s level of compliance lags significantly behind that of their industry, allegations of technical infeasibility will not be accepted.
Technical feasibility or "technically feasible" shall mean that given available technology, a restoration or enhancement project can be successfully completed at a cost that is not disproportionate to the value of the resource prior to the injury.
Technical feasibility is defined by the FCC and relevant State Commission decisions.

Examples of Technical feasibility in a sentence

  • Technical feasibility will be determined on a case-by-case basis as set forth in Section 1.7 above.

  • Outcomes • Technical feasibility of combined CO2 buffering and permanent storage activity.

  • Technical feasibility The objective of the technical feasibility analysis is to determine the technical feasibility of the proposed national biosecurity incident response in eradicating the pest or disease.

  • Technical feasibility will be determined on a case- by-case basis as set forth in Section 1.7 above.

  • The viability score is developed through an assessment of several attributes of the project, including • Project development experience, • Ownership and operating and maintenance experience, • Technical feasibility, • Resource quality, • Manufacturing supply chain (e.g. degree of constraints upon availability of key components), • Site control, • Permitting status, • Project financing status, • Interconnection progress, • Transmission requirements, and • Reasonableness of Commercial Operation Date (COD).


More Definitions of Technical feasibility

Technical feasibility or "technically feasible" means that given available technology, a restoration or enhancement project can be successfully completed at a cost that is not disproportionate to the value of the public resource before the injury.
Technical feasibility means the existence of technical know-how as to materials and methods available or adaptable to specific circumstances that can be applied to one or more requirements
Technical feasibility means, with respect to any manufactured Product, the first date on which, in the good-faith determination of Amgen, there is a high probability that (i) such Product will obtain Regulatory Approval and (ii) the related costs will be recoverable through the Commercialization of such manufactured Product.
Technical feasibility means, with respect to any Product manufactured, the first date on which, in the good-faith determination of the Manufacturing Lead, there is a high probability that (i) such related Product candidates will obtain Regulatory Approval for the sale of such Product candidate and (ii) the related costs will be recoverable through the commercialization of such manufactured Product.
Technical feasibility or “technically feasible” means that given available technology, a restoration project can be successfully completed.
Technical feasibility in this context means that unlike in the United States, European regulators do not enforce the highest accuracy levels such as GPS for locating emergency cases. Although GPS allows a cell phone to be located accurately, European operators have the right to start out with the accuracy levels their mobile networks can provide right now. Because more than 80% of European operators have implemented so-called Cell-ID technology [1] for mobile positioning, only very low accuracy levels can be offered for now in emergency situations: 100 meters potentially in urban areas, but only up to 3-kilometer accuracy in rural areas. A debate has started whether the latter is enough accuracy in the mid-term and ethically defendable by operators in case of life losses.
Technical feasibility. ’ simply means whether construction and operation of a geologic repository is technically possible using existing technology without any fundamental breakthroughs in science and technology. If technically feasible, then the question becomes what is a reasonable timeframe for the siting, licensing, construction, and opening of a geologic repository.