Snyman-van der Walt, LuanitaSchreiner, Gregory OLochner, Paul A2026-05-222026-05-222026-06978-3-032-12579-8978-3-032-12578-1https://doi.org/10.1007/978-3-032-12579-8_12http://hdl.handle.net/10204/14807De-fossilisation is a priority, globally and in South Africa. Power-to-X (PtX) technologies could contribute greatly to achieving these ambitions. South Africa’s renewable energy resources, land availability, platinum group metals resources, and port infrastructure, position it as a potential competitor in the global PtX economy. In addition to defossilisation, a domestic PtX economy could make substantial contributions to job creation, improve local livelihoods and facilitate a Just Energy Transition. Vast technologies and infrastructure are required to create the electricity and water inputs to deliver PtX products (for domestic use and export), which, if developed at a sufficient speed, scale, and intensity, could have cumulative, unforeseen consequences. We applied systems thinking, knowledge co-production and spatial analysis to develop a foundational evidence base for future planning, assessment and decision-making on PtX projects towards the sustainable and responsible establishment of a South African PtX economy.AbstractenDe-fossilisationPower-to-XPtXDecision supportSystems thinkingJust Energy TransitionConference PresentationN/A