ProfessorMatt Watson

A foundation for zero emissions: low energy, carbon-absorbing cement

Visualizing the microscopic changes in water status within a tree stem in response to induced freeze-thaw cycles: An in-situ experiment on maple saplings.

NZ preferred access MCT: Maple structure

Heavy Industry Low-Carbon Transition Cooperative Research Centre (HILT CRC)

Non-invasive sap flow measurement and mechanisms for reliable tree syrup yield predictions

Production of technology-critical, strategic metals using molten oxide electrolysis

Temperature control capabilities for computed tomography

Visualizing the microscopic changes in water status within a tree stem in response to induced freeze-thaw cycles: An in-situ experiment on maple saplings.

Zero-CO2 production of essential metals

3D printed porous media

Analysis of crystalline phases present in complex solid-molten oxide systems at high temperature

Capturing the Microscopic Processes involved in Maple Sap Exudation: An in-situ experiment on maple saplings.

Development of a steam methane reformer process model

Mineral recovery from olivine basalt

Development of a Steam Methane Reformer Process Model

Ultra high temperature electrolytic titanium extraction from waste slag

Three dimensional printed adsorptive media