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Chemical engineering
Showing 1-30 of 891 Thesis
A Multiscale Framework for Predicting Reactive Distillation Dynamics...
Reactive distillation combines separation and reaction in a single unit, offering potential energy savings, reduced equipment footprints, and intensified proces...
Optimization of a Dairy Plant's Waste-to-Energy System via Anaerobic Digestion and B...
This study addresses the low-cost, sustainable valorisation of dairy processing waste through optimization of a Waste-to-Energy (WTE) system based on anaerobic ...
Comparative Analysis of Green Solvent Extraction in Bio-Refining Streams...
The transition to sustainable bio-refining hinges on optimizing solvent selection to maximize product recovery while minimizing environmental impact, yet curren...
AI-assisted optimization of membrane desalination under dynamic feed conditions...
This study addresses the challenge of maintaining high-quality desalinated water and energy efficiency in membrane processes under dynamic feed conditions, wher...
Optimization of Waste Heat Recovery in Small-Scale Biogas Plants under Real-World Op...
Small-scale biogas plants face suboptimal energy utilization due to limited integration of waste heat recovery (WHR) systems, leading to reduced overall plant e...
A Multiscale Framework for Hybrid Reactive-Poroelastic Porous Media Modeling...
This study addresses the challenge of accurately predicting coupled chemical reactions and mechanical deformations in porous media across multiple scales, where...
Optimization of Hydrogen Refueling Station Operations for Toyota Motor Manufacturing...
Hydrogen refueling infrastructure plays a pivotal role in enabling the operational viability of fuel cell electric vehicle fleets within automotive manufacturin...
Comparative Analysis of Bio-Ceramic Membranes for Water Treatment??...
This study addresses the persistent challenge of providing reliable, low-cost, and sustainable water treatment in contexts where conventional ceramic membranes ...
Intelligent Process Control for Carbon Capture Membrane Systems...
The study addresses the performance and operability challenges of carbon capture membranes (CCMs) in industrial gas streams, where conventional control strategi...
Assessment of Ultrasonic-Assisted Slagging in Waste-to-Energy Boilers ...
Ultrasonic-assisted slagging presents a potential pathway to mitigate ash-related fouling, enhance heat transfer, and reduce maintenance downtime in municipal s...
Design, implementation and evaluation of a continuous flow bio-based solvent recover...
Global petrochemical industries face escalating solvent losses, rising purification costs, and cumulative environmental burdens associated with conventional sol...
A Multiscale Framework for Predicting Electrode Slurry Rheology and Stability...
This study addresses the challenge of reliably predicting the rheology and stability of electrode slurries used in lithium-ion battery manufacturing, where inco...
Optimization of Hydrogen Valorization in a Steelworks Blast Furnace Gas Stream...
This study addresses the challenge of maximizing hydrogen valorization from a steelworks blast furnace gas (BFG) stream by optimizing gas cleaning, reforming, a...
Comparative Analysis of Waste-to-Energy Technologies for Urban Grids...
The rapid urbanization in contemporary cities intensifies demand for sustainable waste management and resilient energy supply, yet the deployment of waste-to-en...
Intelligent Process Optimization for Green Hydrogen Production Networks...
The transition to green hydrogen hinges on an integrated, ICT-enabled optimization of production networks that can accommodate variable renewable generation, st...
Optimization of Urban Wastewater Sludge-to-Energy in Small-Scale Digesters: An Empir...
Urban wastewater sludge-to-energy conversion in small-scale digesters presents an opportunity to enhance energy recovery while mitigating municipal waste burden...
Design and Evaluation of a Solar-Powered Microreactor for Algae Biofuel Synthesis...
The rapid growth of algal biofuels initiatives is constrained by energy-intensive reactor systems and limited process intensification, which hamper economic via...
A Multiscale Framework for Predicting Biomass Gasification Tar Yields...
Biomass gasification tar formation poses a major barrier to efficient operation and scale-up of gasification systems, impacting tar cleanup costs, catalyst foul...
Optimization of Biofuel Reactor Design at Petrobras Ethanol Plant...
This study addresses the escalating energy and environmental challenges associated with biofuel production by optimizing reactor design at the Petrobras Ethanol...
Comparative Analysis of Catalytic Processes for CO2 Conversion Efficiency...
In pursuit of sustainable chemical energy cycles, this study addresses the comparative efficiency of catalytic processes for CO2 conversion under industrially r...
AI-Enhanced Control Systems for Optimizing Chemical Reactor Performance...
Optimizing chemical reactor performance remains a critical challenge in the pursuit of increased efficiency, safety, and sustainability in chemical engineering ...
Assessment of Biogas Production Efficiency in Household Waste Anaerobic Digesters...
The increasing reliance on renewable energy sources necessitates a comprehensive understanding of household-level biogas systems to optimize their efficiency an...
Design and evaluation of a continuous flow bio-reactor for biodiesel production...
The escalating global demand for sustainable energy sources has intensified the pursuit of efficient biodiesel production methods, emphasizing the need for inno...
A Modular Framework for Optimizing Reactive Distillation Processes in Chemical Manuf...
Reactive distillation processes are increasingly vital in chemical manufacturing due to their potential to enhance efficiency, reduce energy consumption, and mi...
Optimization of biodiesel production from waste cooking oil in urban foodservice ind...
The escalating demand for sustainable energy sources coupled with the increasing volume of waste cooking oil (WCO) generated by urban foodservice industries pre...
Comparative Analysis of Waste-to-Energy Technologies in Municipal Solid Waste Treatm...
The escalating volume of municipal solid waste (MSW) and the increasing demand for sustainable waste management solutions have underscored the significance of w...
AI-Driven Optimization of Waste-derived Biofuel Production Processes...
The escalating global demand for sustainable energy sources necessitates the optimization of biofuel production processes derived from waste materials, which pr...
Assessment of Waste Heat Recovery Efficiency in Commercial Chemical Plants...
In the face of escalating energy costs and increasing environmental concerns, the efficient utilization of waste heat in chemical processing units has gained cr...
Design and Optimization of a Solar-Powered Membrane Filtration System for Water Trea...
Access to clean and safe drinking water remains a critical challenge in many remote and off-grid communities, where conventional water treatment infrastructure ...
A Framework for Modeling Reactive Transport in Multiscale Chemical Processes...
Reactive transport processes are fundamental to a wide range of chemical engineering applications, including groundwater remediation, chemical reactor design, a...
