We aim to accelerate the responsible supply of the key metals and minerals necessary to facilitate the energy transition and global decarbonisation initiatives.


Vision Blue seeks to generate superior returns for investors and shared value for all stakeholders by accelerating the supply of materials that are needed for the transition to clean energy and decarbonisation.

We believe that the growing adoption of renewable energy, electric vehicles and battery storage systems, driven by government regulation and a global consensus to reduce emissions, will create an unprecedented increase in demand for several supply constrained materials. This presents a compelling opportunity for companies with the right assets that seek to operate to high environmental, social and governance standards.


Vision Blue creates shared long-term value by being a committed strategic partner to its portfolio companies.

Partnering with private and listed companies via minority equity interests

  • Work with management teams to provide growth capital, technical and operational support, strategic advice, experience in securing future finance and ESG expertise

Investing in metals and minerals linked to the clean energy transition and the global drive for decarbonisation

  • Clean energy generation, such as solar and wind
  • Energy distribution, including grids and charging infrastructure
  • Batteries for electric vehicles, grid scale storage, or portable applications
  • Energy efficiency including lightweighting or magnets
  • Decarbonisation of existing industrial processes

Making ESG a critical component of shared value creation

  • Invest only in companies and management teams that demonstrate a commitment to ESG
  • Assist investees to align with established ESG frameworks and principles

Established target asset criteria

  • Well defined resources
  • Assets with accelerated development pathways and expansion potential 
  • Low logistics, processing and technological risks 
  • Optionality to improve product value through additional processing and vertical integration