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Fluxpoint Advisory Ltd
Evidence-based climate and sustainability solutions!

We help organisations quantify and reduce environmental and climate impacts using life cycle assessment, systems analysis, and numerical modelling.

Fluxpoint Advisory is a science-led consultancy at the intersection of environmental systems analysis and climate modelling, supporting decision-making in sustainability, decarbonisation, and Net Zero strategy.

We work with organisations developing climate technologies, environmental systems, and low-carbon innovation that require robust quantitative analysis.

Our Services

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About

Fluxpoint Advisory is a science-led consultancy founded by two researchers with PhDs from the University of Tokyo. We bring experience from academia, industry, and operational environmental systems, combining scientific rigour with practical application.

Our expertise spans environmental systems analysis, life cycle assessment, carbon accounting, and climate and ocean modelling, supporting evidence-based decision-making in sustainability, decarbonisation, and climate resilience.

Through international research collaborations and consultancy projects, we have supported organisations across Asia, Europe, Africa, and North America, helping clients navigate complex environmental and climate challenges using robust quantitative analysis.

Dr Disni Gamaralalage

Environmental Scientist specialising in life cycle assessment and carbon systems analysis.

Former Postdoctoral Researcher at the University of Tokyo, University of Nottingham Biochar Demonstrator and former Climate Scientist at Supercritical.

  • Life Cycle Assessment (LCA)
  • Carbon footprinting and decarbonisation
  • Biochar and carbon removal systems
  • Techno-economic assessment (TEA)

Dr Waruna De Silva

Climate and Ocean Modelling Specialist focused on physical environmental systems.

Former Researcher at the University of Tokyo and Operational Scientist at Weathernews Japan.

  • Ocean circulation and sea ice dynamics
  • Climate system modelling
  • Tidal and coastal hydrodynamic modelling
  • Computational fluid dynamics (CFD)
  • Environmental simulation and Earth system processes

Contact Us