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Industrial chemistry
Showing 1-30 of 598 Thesis
Sustainable Catalysis for Plastic Waste Valorization: A Case Study in India ...
This study addresses the escalating challenge of plastic waste accumulation in India and the underutilization of waste plastics as a feedstock for sustainable c...
Comparative Analysis of Catalytic Distillation vs. Conventional Distillation Efficie...
The study addresses the efficiency gap between catalytic distillation and conventional distillation processes in petrochemical separations, focusing on energy i...
Smart Catalysis via AI-Driven Reaction Optimization and Real-Time Spectroscopy...
The study addresses the critical challenge of achieving sustainable and selective catalytic processes in industrial chemistry by integrating artificial intellig...
Assessment of catalyst deactivation in biodiesel production plants under real-world ...
The study addresses the critical challenge of catalyst deactivation in biodiesel production plants arising from real-world variability in feedstock quality and ...
Integrated Dye-Sensitized Solar Cells from Recycled Polymers for Sustainable Energy ...
Integrated Dye-Sensitized Solar Cells (DSSCs) crafted from recycled polymer matrices present a viable pathway to low-cost, sustainable energy storage by couplin...
A Framework for Predictive Life-Cycle Assessment of Catalytic Processes...
The rapid expansion of catalytic processes in chemical industries has heightened concerns about environmental impacts and resource sustainability, particularly ...
Sustainable Catalytic Upcycling of Plastic Waste: A Beverage Bottling Supply Chain C...
Plastic waste accumulation and mismanaged end-of-life plastics pose critical environmental and economic risks to global beverage bottling supply chains. This st...
Comparative Study of Catalyst Performance in Biodiesel Transesterification Processes...
In the context of rising demand for sustainable biodiesel and the imperative to reduce production costs, this study investigates catalyst performance in biodies...
Smart Catalytic Process Optimization via AI-Driven In-Line Sensing in Industry...
This study addresses the persistent gap between real-time process data and optimal control in industrial catalysis, where traditional batch optimization fails t...
Assessment of catalytic converter networks on urban air quality in industrial distri...
Urban air quality in industrial districts is persistently degraded by vehicular emissions and proximity to heavy industry, with catalytic converter networks (CC...
Design, Implementation, and Evaluation of a Green Solvent System for Industrial Este...
The increasing environmental and safety concerns surrounding traditional organic solvents in industrial esterification demand scalable alternatives that combine...
A Framework for Green Catalytic Process Intensification in Industry...
Industrial chemical production faces intensified pressure to reduce energy use, waste generation, and environmental impact while maintaining economic viability....
Sustainable Catalyst Development in Tata Steel's Integrated Steel Plant...
The study investigates sustainable catalyst development within Tata Steel’s integrated steel plant to reduce energy consumption, lower emissions, and enhance ...
Comparative Analysis of Green Solvent Efficacy in Polymerization Catalysis ...
This study addresses the escalating environmental impact and resource intensity of conventional solvents in polymerization catalysis by evaluating the performan...
Smart Sensor Network for Real-Time Catalysis Optimization in Industry 4.0...
The rapid digitalization of industrial processes has heightened the demand for real-time optimization of catalytic systems to enhance efficiency, selectivity, a...
Assessment of solvent recovery efficiency in pilot-scale pharmaceutical manufacturin...
Solvent use in pharmaceutical manufacturing incurs significant environmental and cost burdens, with inefficiencies in recovery processes contributing to higher ...
Development and validation of a continuous-flow biodiesel production process using h...
The study addresses the persistent challenges of conventional biodiesel production, including limited catalyst recyclability, energy-intensive processing, and v...
A Framework for Green Catalytic Process Intensification in Industry...
Industrial catalysis faces mounting pressure to reduce energy intensity, minimize waste, and eliminate hazardous by-products while maintaining production effici...
Optimization of biodiesel production from spent cooking oil: a Malawi refinery case ...
Optimization of biodiesel production from spent cooking oil: a Malawi refinery case study The rapid growth of biodiesel production in Sub-Saharan Africa is con...
Comparative Performance of Bio-Based Solvents in Industrial Extraction Processes...
The rapid shift toward sustainable manufacturing has intensified the use of bio-based solvents in industrial extraction, yet comparative performance data under ...
AI-Driven Process Optimization for Green Petrochemical Synthesis...
In the face of rising energy demand and mounting environmental concerns, the petrochemical sector confronts inefficiencies and greenhouse gas emissions arising ...
Assessment of Catalyst Efficiency in Waste Plastic Recycling Processes...
The escalating accumulation of waste plastics and their environmental repercussions underscore the urgent need for effective recycling technologies, with cataly...
Design and evaluation of a sustainable catalyst for biodiesel production...
The increasing global demand for sustainable and environmentally friendly energy sources has intensified interest in biodiesel production, yet the reliance on c...
A Framework for Sustainable Catalytic Processes in Industrial Chemistry...
The increasing demand for industrial processes that minimize environmental impact and enhance resource efficiency necessitates the development of sustainable ca...
Optimizing Petrochemical Waste Valorization in Midwestern Chemical Manufacturing Fac...
The pervasive generation of petrochemical waste in manufacturing processes presents significant environmental, economic, and sustainability challenges, particul...
A comparative analysis of bio-based versus traditional catalysts in polyester produc...
The increasing demand for sustainable and environmentally friendly polymer production methods underscores the necessity to evaluate alternative catalytic system...
Development of IoT-Enabled Sensors for Real-Time Monitoring of Industrial Chemical P...
Industrial chemical processes are integral to manufacturing sectors, yet their efficiency, safety, and environmental impact are often compromised by limited rea...
Assessment of Waste Oxide Recycling Efficiency in Aluminum Smelting Processes...
In the context of increasing global demand for sustainable and cost-effective aluminum production, the inefficiencies associated with waste oxide disposal and r...
Design and Evaluation of Catalytic Processes for Sustainable Biodiesel Production...
The escalating global demand for sustainable and environmentally friendly energy sources has intensified the search for efficient catalytic processes in biodies...
A Framework for Sustainable Optimization of Raw Material Utilization in Industrial C...
The increasing demand for industrial chemicals coupled with the finite availability of raw materials presents significant sustainability challenges within moder...
