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Pure and Industrial Chemistry
Showing 1-30 of 398 Thesis
A Framework for Predictive Catalytic Performance in Industry-Grade Processes...
Industrial catalytic processes face variability in feedstock quality, operating conditions, and reactor aging, which collectively erode long-term predictive acc...
Optimization of Biodiesel Catalysis in a Local Petrochemical Plant: A Case Study...
This study addresses the inefficiencies in biodiesel catalysis within a local petrochemical plant by investigating catalytic performance, process optimization, ...
Comparative Analysis of Catalyst Supports in Green Hydrogen Production Processes...
The increasing demand for sustainable energy has intensified interest in green hydrogen production, yet the efficiency and long-term viability of electrochemica...
Smart Sensor-Integrated Catalyst Systems for Real-Time Industrial Process Optimizati...
This study addresses the persistent inefficiencies and off-spec byproducts in high-temperature catalytic processes by advancing smart sensor-integrated catalyst...
Assessing Catalyst Performance in Industrial Wastewater Treatment Plants...
The increasing burden of recalcitrant organics and micro-pollutants in industrial effluents necessitates efficient and robust catalytic remediation within treat...
Design, Synthesis, and Evaluation of Bio-based Catalysts for Green Oxidation Reactio...
Development of sustainable catalytic systems for green oxidation processes addresses the pressing need to reduce reliance on precious metal catalysts and harsh ...
A Unified Framework for Catalytic Pathway Optimization in Green Solvents...
The increasing demand for sustainable chemical processes necessitates a coherent framework that integrates catalytic pathway optimization within green solvent s...
Sustainable Catalyst Development for Indian Petrochemical Complexes: A Case Study...
Sustainable catalysis remains a critical lever for reducing energy intensity and environmental footprint in Indian petrochemical complexes, where reliance on le...
Comparative Analysis of Green Solvent Efficacy in Esterification Reactions...
In the pursuit of sustainable esterification processes, the study addresses the environmental and economic drawbacks of conventional volatile organic solvent sy...
Smart Catalytic Reactors for Sustainable Chemical Synthesis Using AI-Driven Process ...
The global chemical industry faces pressures to improve energy efficiency, reduce emissions, and enhance product quality while expanding the range of feasible c...
Assessment of Waste-to-Energy Catalysts in Urban Refuse-Derived Fuel Streams for Emi...
Urban refuse-derived fuel (RDF) streams present significant opportunities for energy recovery but are uncertainly aligned with emissions reduction goals due to ...
Development and evaluation of a green solvent-free biodiesel synthesis process...
The increasing demand for sustainable and low-emission energy sources has intensified the search for eco-friendly biodiesel production routes that minimize solv...
A Framework for Real-Time Catalytic Process Optimization via Thermodynamic Modeling...
The acceleration of catalytic process development hinges on real-time optimization capable of adapting to dynamic reaction environments, yet existing frameworks...
Sustainable Catalytic Processes in a Petrochemical Complex: A Case Study...
Industrial petrochemical complexes face mounting pressure to reduce energy intensity, greenhouse gas emissions, and waste while maintaining product quality and ...
Comparative Study of Catalytic Efficacy in Bio-Derived Solvent Systems...
The rising demand for sustainable chemical processes motivates scrutiny of catalytic performance in bio-derived solvent systems, where solvent—catalyst intera...
Smart Catalytic Process Optimization via AI-Driven Reaction Modelling...
The rapid evolution of catalytic processes in chemical industries demands intelligent optimization strategies that can adaptively model complex reaction network...
Assessment of biodiesel feedstock catalysts in industrial transesterification proces...
The escalating demand for sustainable biodiesel production underscores the critical role of catalysts in industrial transesterification, where suboptimal cataly...
Design, synthesis, and evaluation of sustainable biopolymer-based conductive materia...
The rapid expansion of portable energy devices and electric vehicles has intensified the demand for sustainable, high-performance conductive materials that can ...
A Framework for Predictive Catalytic Activity in Heterogeneous Systems...
In heterogeneous catalysis, predictive accuracy of activity under diverse reaction conditions remains constrained by limited mechanistic integration of catalyst...
Case Study: Green Catalysis in a Polymer Packaging Plant...
The polymer packaging industry faces mounting pressure to reduce environmental impact while maintaining product performance, yet the integration of green cataly...
Comparative Analysis of Green Solvent Efficacy in Catalytic Reactions Across Industr...
The transition toward sustainable chemical manufacturing hinges on the comparative efficacy of green solvents in catalytic reactions across diverse industrial c...
Smart Catalytic Synthesis via AI-Driven Process Optimization in Industrial Chemistry...
In the face of rising energy costs, stringent emission constraints, and the growing demand for sustainable chemical production, the inefficiencies of convention...
Evaluating the Catalytic Efficiency of Biochar in Wastewater Treatment Processes...
Rapid urbanization and industrialization have significantly increased the contamination of wastewater with organic pollutants, heavy metals, and emerging contam...
Design and synthesis of biodegradable polymeric catalysts for industrial dye degrada...
The escalating release of industrial dyes into aqueous environments has emerged as a critical environmental challenge, owing to their persistence, known toxicit...
A Framework for Predicting Catalytic Efficiency in Green Industrial Chemical Process...
The increasing demand for sustainable industrial practices necessitates the development of predictive tools to evaluate and optimize catalytic efficiency within...
Assessment of Green Catalysts in Renewable Biofuel Production at EcoFuel Industries...
The escalating global demand for sustainable and environmentally friendly energy sources has intensified research into renewable biofuel production, emphasizing...
Comparative Analysis of Catalytic Efficiency in Bio-based versus Synthetic Catalysts...
The catalytic efficiency of bio-based and synthetic catalysts plays a pivotal role in advancing sustainable chemical processes and green manufacturing, yet comp...
Development of AI-enabled Sensors for Real-Time Industrial Chemical Monitoring...
The rapid advancement of industrial processes necessitates the development of real-time chemical monitoring systems to enhance safety, efficiency, and environme...
Assessment of Natural Plant Extracts as Green Corrosion Inhibitors for Steel in Acid...
The pervasive issue of steel corrosion in acidic environments poses significant economic and safety challenges in various industrial sectors, necessitating the ...
Design, synthesis, and evaluation of bio-based surfactants for industrial cleaning a...
The extensive reliance on synthetic surfactants in industrial cleaning has raised significant environmental and health concerns due to their non-biodegradabilit...
