Michael Muller

Patent Attorney

A patent attorney with over nine years’ experience in the chemical and petro-chemical industry.

About Michael Muller

Michael Muller is a South African patent attorney and an associate at Von Seidels. He has extensive experience in the industry having worked over nine years as a process engineer for a large petro-chemical company before he pursued a career as a patent attorney. Having worked with a wide variety of technologies in the chemical, mining, mechanical and metallurgical fields, he will easily grasp the intricate workings of the invention. He has a particular interest in green energy and innovative ways to reduce harmful emissions.

His practice includes patent searching, drafting and prosecution across a broad range of technologies, including chemical and industrial processes, mechanical machinery, energy storage, renewable energy and materials. He also works with computer-implemented inventions, including AI-related technologies, as well as electrical devices and other engineering innovations. His background in chemical engineering and industrial process operations allows him to combine technical understanding with patent analysis to identify inventive features and assist clients in protecting their innovations.

 

Focus areas

  • Patent drafting and prosecution
  • Freedom-to-operate searches
  • Patent searches
  • Patentability searches

Education

  • University of Pretoria, BEng (Chemical) (2014)
  • University of South Africa, BCom (Law) (2019)
  • University of South Africa, LLB (2022)

Affiliations and accolades

  • Attorney of the High Court, South Africa
  • Patent Attorney, South Africa

Featured in

Beyond the Gigafactory: The Intellectual Property Opportunities in South Africa’s Emerging Battery Industry

South Africa’s ambition to establish a lithium iron phosphate (LFP) gigafactory has gathered real momentum following the release of the Localisation Support Fund (LSF) feasibility study undertaken by Ernst & Young Advisory Services (EY-Parthenon). According to the study, a gigafactory with an annual production capacity of between 5 GWh and 10 GWh is commercially viable, supported by growing regional demand for battery energy storage systems (BESS), a strong industrial base and access to many of the minerals required for battery production.