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Patenting in the field of percolation leaching

R.F. Taberer, R.F. Taberrer

2023enpatentingleachinginnovationintellectual propertytechnologypercolationheap leachingmicroorganisms

Abstract

Language:

This document explores the potential for patenting innovations within the field of percolation leaching, a subset of biological heap leaching, which remains technologically active despite its long-established methodologies. The objective is to highlight how organizations often overlook patentable inventions during their research, operating under the misconception that their work lacks novelty or inventiveness. The methodology involves discussing the requirements for a valid patent, including the necessity for an invention to be objectively new, subjectively inventive, and industrially applicable, alongside outlining the criteria to determine inventiveness in the context of prior art. Results indicate that significant opportunities for patenting exist within this area, where organizations can enhance their intellectual capital by recognizing and pursuing patentable innovations that they might otherwise dismiss. By understanding the legal foundations of patentability and the nuances of innovation within established fields, organizations can more effectively navigate the patent landscape. The analysis calls for a shift in perspective regarding what constitutes patentable work, encouraging a more proactive approach to identifying unique contributions in the realm of percolation leaching.

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Cite This Work

@article{8f5ee2e3-6167-4627-bc2c-b5323f1a489b,
  title={Patenting in the field of percolation leaching},
  author={R.F. Taberer and R.F. Taberrer},
  year={2023},
  language={en}
}
TY  - JOUR
TI  - Patenting in the field of percolation leaching
AU  - R.F. Taberer
AU  - R.F. Taberrer
PY  - 2023
LA  - en
ER  -

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