Deriving trajectory embeddings from global positioning system movement data

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Yeast chitin enrichment for haze protection by Chuene, Lesiba Tyrone

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Multivariate nonlinear time series analysis of dynamic process systems by Jemwa, Gorden Takawadiyi

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Optimal sizing and renewable integration for green ammonia plants in South Africa by Woods, Joshua Anderton

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Advanced control with semi-empirical and data based modelling for falling film evaporators by Haasbroek, Adriaan Lodewicus

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The development of a semi-empirical electrowinning model to predict process performance by Tucker, Mandy

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Guidelines for the management of the employee repatriation process in South African multinational enterprises

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Advancing environmental, social, and governance outcomes through process optimisation and control

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A feasibility study of elementary reinforcement learning-based process control by Bras, Edward Hendrik

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The Use of Design Expert in Evaluating The Effect of pH, Temperature and Hydraulic Retention Time on Biological Sulphate Reduction in a Down-Flow Packed Bed Reactor

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Process optimization for partial oxidation of bacterial sludge in a sonochemical reactor by Beyers, Analene

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A framework for quantifying and characterising road accident risk : a data mining approach by Van Heerden, Shane Andrew

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Optimising UAV photogrammetry for forest structure assessment and silvicultural planning by Seifert, Erich

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An investigation of the effectiveness of using Twitter data for predicting South African protests with Graph Neural Networks

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The development of a DRI process for small scale EAF-based steel mills by Delport, Hendrikus Mattheus Wessels

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Fundamental behaviour and micronisation of Fischer-Tropsch waxes via supercritical CO2 PGSS processing by Barnard, Andri

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Assessment of the potential carbon footprint of engineered processes for the mineral carbonation of PGM tailings by Ncongwane, Mpendulo S

“…Many of the strategies proposed to enhance the dissolution kinetics of silicate minerals, such as the use of elevated temperatures and pressures and chemical additives, as well as pretreatment through mechanical and thermal activation, are energy intensive and will thus reduce the net CO2 sequestration capacity of the overall mineral carbonation process. As a result, there is growing recognition of the need to evaluate the processes using life-cycle based approaches and tools to ensure they result in net CO2 reduction. …”
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Development of a human digital twin for human-centric dispatching for an assembly process by Kneissl, Anja

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Development and optimisation of incremental sheet forming of titanium grade 2: process mapping by Uheida, Emad Harari A.

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