Mastermelt Ltd

Exhibitor at CPHI Barcelona 2023 stand 7D40, API
About Us

Mastermelt has expertise in the recovery of precious metals from complex waste streams from Pharmaceutical and Chemical processes.  We partners with many pharmaceutical companies and contract manufacturers to provide a sustainable recycling and metal loop reclamation service when a catalyst has reached the end of its life. 
Our processes and technologies optimise metal recovery, enables the reuse of valuable metals, and reduces metal lead times.  Specialist  technologies to process homogeneous and heterogenous catalyst waste streams.

  • GB
  • 2018
    On CPHI since
  • 1
  • 50 - 99
Company types
Contract Service
Contact info
  • The Presman Building, 56 Hatton Garden, EC1N 8HP, London, United Kingdom
Event information
CPHI Barcelona 2023
  • 24-26 October 2023
  • Fira Barcelona Gran Via, Spain
  • Visit us at stand 7D40, API

Products Featured at CPHI Barcelona 2023

  • Homogeneous Catalyst Precious Metal Recovery

    Product Homogeneous Catalyst Precious Metal Recovery

    The increased use of Homogeneous catalysts in the pharmaceutical sector for reactions such as hydrogenation, asymmetric hydrogenation, reductive amination, carbonylation, dehydrogenation, isomerisation - Mastermelt have developed Metal Scavenger recovery systems to capture precious metals from these unique...
  • Precious Metal Recovery from Pharma Reactions

    Product Precious Metal Recovery from Pharma Reactions

    Catalyst characterisation based on an extensive knowledge base and experience, will determine a tailored treatment process, which will deliver the best value returns. Understanding your process where the catalyst is utilised will help determine the treatment route and matrix effects, such as the residual ...
  • Precious Metal Recovery Service

    Product Precious Metal Recovery Service

    Mastermelt recover precious metal from heterogenous and homogeneous catalyst waste streams.  We specialise in difficult material to find new routes to recover metal from complex waste streams.