50 Project Topics for Chemical Engineering [Part 1]

As a chemical engineer, your project areas can include transforming energy, electronics, food, clothing, and paper. These production processes have positive and negative effects, so they need to consider the well-being of their workers and consumers while the process is the core content. We have collected a list of project topic ideas for you to research further to decide on your Chemical Engineering project. Here is part one of the series.

Metabolic Modelling of Pre-Diabetes: This research project employs metabolic modelling techniques to understand and simulate the metabolic changes associated with pre-diabetes. Analyzing various metabolic pathways aims to identify early markers and potential intervention points for individuals at risk of developing diabetes. The study involves mathematical modelling, data analysis, and simulation to enhance our understanding of the metabolic dynamics preceding the onset of diabetes.

Screening of Wastewater from the Sugar Industry: This project aims to investigate and develop effective methods for screening and treating wastewater generated by the sugar industry. The research focuses on identifying and implementing sustainable technologies to remove pollutants and minimize the environmental impact of sugar production wastewater. The goal is to contribute to developing efficient and eco-friendly wastewater treatment strategies for the sugar industry.

Effective Utilization of Waste Plastics in Asphalting of Roads: Addressing the environmental challenges posed by plastic waste, this research explores innovative ways to incorporate waste plastics into road construction materials. By studying the properties of plastic-modified asphalt, the project aims to enhance the durability and performance of road surfaces while providing a sustainable solution for plastic waste disposal.

Manufacture of Fiberboard from Areca Spathe and Husk: This study focuses on the sustainable use of agricultural waste, specifically areca spathe and husk, in producing fiberboard. By developing a manufacturing process that transforms these agricultural by-products into a useful construction material, the research aims to contribute to eco-friendly practices and reduce the environmental impact associated with waste disposal.

Treatment of Bio-Contaminated Aviation Fuel: This research project addresses bio-contamination challenges in aviation fuel. Investigating effective treatment methods, the study aims to develop strategies for preventing microbial growth and maintaining the quality and safety of aviation fuel. The outcomes of this research can have significant implications for aviation industry practices and fuel storage.

Cotton Supported Heterotrophic Denitrification of Nitrate-Rich Water using Pseudomonas Stutzeri: Focusing on water quality improvement, this study explores the use of cotton-supported heterotrophic denitrification facilitated by Pseudomonas Stutzeri bacteria. The research aims to develop a sustainable and cost-effective method for removing nitrate from water sources, contributing to the remediation of nitrate-rich water and addressing water pollution concerns.

Evaluation of Phosphorous Content in Indian Soybean Varieties & its Association with Oil Characteristics: This research project delves into the phosphorus content in various Indian soybean varieties and its correlation with the characteristics of the oil extracted from these varieties. The study aims to provide insights into the nutritional composition of soybeans and the potential impact on the quality of soybean oil, contributing valuable information for agricultural and food industries.

Experimental Study on Single Bubble Cap Type Distillation Column: This study focuses on the performance and efficiency of a single bubble cap type distillation column. Through rigorous experimentation and analysis, the research aims to enhance our understanding of the distillation process, providing valuable data for optimizing column design and improving the efficiency of separation processes in chemical engineering.

Effect of Heavy Metal Ions on Production of Solar Distillation: This research investigates the impact of heavy metal ions on solar distillation and explores the efficiency and reliability of solar distillation systems in the presence of contaminants. By understanding how heavy metal ions influence the distillation process, the study aims to improve the design and operation of solar distillation units for water purification.

Dynamic Modeling and Simulation of Fixed Bed Catalytic Reactor: This research project involves dynamic modelling and simulation of a fixed bed catalytic reactor to analyze its performance under varying conditions. The study aims to optimize reactor design and operation by employing mathematical models and simulation tools, providing valuable insights for developing efficient catalytic processes in chemical engineering.

Cementitious Material from Agro-Waste and Sea Shells: Focusing on sustainable construction materials, this research investigates the development of cementitious materials using agro-waste and sea shells. By exploring the properties and performance of these alternative materials, the study aims to contribute to environmentally friendly practices in the construction industry, promoting the use of agricultural waste and marine by-products.

Extraction of Biodiesel from Cotton Seed Oil: This research project explores biodiesel extraction from cotton seed oil, aiming to develop a sustainable and renewable fuel source. Investigating the biodiesel production process, the study focuses on optimizing extraction techniques and assessing the viability of cotton seed oil as a feedstock for biodiesel production, contributing to the advancement of green energy solutions.

Design and Fabrication of Spring Loaded Variable Load Rotameter: This project involves designing and fabricating a spring-loaded variable load rotameter for fluid flow measurement. By developing an innovative and adjustable rotameter, the research aims to provide a versatile and reliable tool for accurately measuring fluid flow rates in various industrial applications.

Investigation on Use of Jatropha Curcas Oil as Bio-Diesel: This study explores using Jatropha Curcas oil as a potential feedstock for biodiesel production. Investigating the properties and characteristics of Jatropha Curcas oil, the research aims to assess its suitability as a sustainable and environmentally friendly alternative to conventional diesel fuel, contributing to the development of bioenergy resources.

Determination of Thermal Conductivity of Pure Liquids and Binary Mixtures: This research project focuses on determining thermal conductivity in pure liquids and binary mixtures. The study aims to provide valuable data for understanding heat transfer properties in different liquid systems through experimental measurements and analysis, contributing to enhancing thermal management in various industrial processes.

Understanding Electroporation Using Simulations: This research project employs simulations to enhance our understanding of electroporation, a phenomenon involving the temporary permeabilization of cell membranes under the influence of an electric field. By simulating and analyzing the underlying processes, the study aims to contribute to developing biomedical applications, such as drug delivery and gene therapy.

Heat Pumps for Energy Conservation in Drying: Focusing on energy-efficient drying processes, this research explores the application of heat pumps to conserve energy during drying operations. The study aims to provide insights into sustainable practices for reducing energy consumption in industrial drying processes by analysing the performance and efficiency of heat pump systems in drying applications.

Investigation on a Natural Draft Cooling Tower: This research project investigates the performance and efficiency of a natural draft cooling tower in dissipating heat from industrial processes. The study aims to optimize the design and operation of natural draft cooling towers through experimentation and analysis, contributing to the development of energy-efficient cooling solutions in various industrial settings.

Utilization of Plastic Waste to Overcome Environmental Pollution: Addressing the environmental impact of plastic waste, this research explores innovative methods for utilizing plastic waste to overcome pollution challenges. The study focuses on sustainable approaches to repurpose and recycle plastic waste, aiming to contribute to environmental conservation and waste management efforts.

Production of Activated Carbon from Coconut Shell: This research project focuses on producing activated carbon from coconut shells. By exploring the activation process and optimizing conditions, the study aims to develop a cost-effective method for producing high-quality activated carbon with diverse applications in water purification, air filtration, and other environmental remediation processes.

Research on Burning Velocities Using Shadow Photography Techniques: This experimental study investigates burning velocities using shadow photography techniques. By capturing and analyzing the combustion process with high-speed photography, the research aims to enhance our understanding of flame behaviour and burning velocities, providing valuable insights for combustion science and engineering applications.

Modelling of a Solar Photocatalytic Reactor Using Fluid Flow and Mass-Energy Conservation Equations: This research project involves modelling a solar photocatalytic reactor using fluid flow and mass-energy conservation equations. The study aims to optimize the design and performance of solar photocatalytic reactors employed for environmental remediation and water purification by developing mathematical models and simulations.

Formulation of Theoretical Model for Viscosity Prediction of Binaries with Experimental Verification: Focusing on fluid dynamics, this research project aims to formulate a theoretical model for predicting the viscosity of binary mixtures. Through theoretical developments and experimental verification, the study contributes to understanding viscosity behaviour in binary systems, providing valuable information for various industrial applications, including chemical engineering and process optimization.

Nicotinic Acid from Tobacco Waste: This research explores the extraction and production of nicotinic acid from tobacco waste, aiming to repurpose agricultural by-products and reduce waste in the tobacco industry. By developing efficient extraction methods and assessing the potential applications of nicotinic acid, the study contributes to sustainable practices and value-added utilization of tobacco waste.

An Experimental Study of Yeast Enzymes by Immobilization: This experimental study investigates the immobilization of yeast enzymes, aiming to enhance their stability and reusability for various biotechnological applications. By employing immobilization techniques, the research explores the practicality and efficiency of immobilized yeast enzymes, providing insights into bioprocessing and enzyme technology.

Energy Exchange Effectiveness Enhancement Evaluation in a Kerosene Stove: Focusing on energy efficiency in household stoves, this research project evaluates the enhancement of energy exchange effectiveness in a kerosene stove. The study aims to optimize stove design and combustion processes through experimentation and analysis, contributing to the development of more energy-efficient and environmentally friendly cooking solutions.

Anodization of Aluminium for Corrosion Protection: This research investigates the anodization of aluminium as a method for corrosion protection. By studying the electrochemical processes involved in anodization, the project aims to develop practical and durable corrosion-resistant coatings for aluminium, contributing to improving materials used in various industries, such as aerospace and construction.

Glucose Syrup From Tapioca Starch: This research project focuses on producing glucose syrup from tapioca starch, aiming to develop an efficient and cost-effective method for extracting glucose from tapioca. By employing enzymatic hydrolysis and other processing techniques, the study aims to optimize the conversion of tapioca starch into glucose syrup, contributing to the food and beverage industry’s demand for alternative sweeteners.

Design of Dryer for Earthenware Products: This project involves the design of a specialized dryer for earthenware products. Addressing the unique requirements of drying clay-based products, the research aims to develop a dryer that ensures uniform drying, minimizes defects, and enhances the overall quality of earthenware. The outcomes of this study can significantly impact the ceramic industry, providing innovative solutions for efficient and reliable drying processes.

Cementitious Material From Rice-Husk, Sea-Shells And Clay: This research explores the development of cementitious materials using a combination of rice husk, sea shells, and clay. By studying the properties and performance of these natural materials, the project aims to contribute to sustainable construction practices, offering an environmentally friendly alternative to conventional cement. Using agricultural and marine by-products in cement production also aligns with waste reduction and resource efficiency principles.

Studies on Methods of Breaking Azeotrope: This research project delves into methods for breaking azeotropes, which are mixtures with constant boiling points. The study investigates separation techniques and aims to develop efficient methods for separating components of azeotropic mixtures, providing insights into optimising distillation processes in the chemical and petrochemical industries.

Extraction of Antibacterial Studies of Pharmaceutically Important Compounds Present in Turmeric, A Natural Product: This study focuses on the extraction of antibacterial compounds from turmeric, a natural product known for its medicinal properties. By isolating and studying the pharmacologically significant compounds, the research aims to contribute to the pharmaceutical industry’s understanding of turmeric’s antibacterial potential, providing a basis for the development of new antimicrobial agents.

Power Alcohol From Agricultural Wastes: This research project explores the production of power alcohol from agricultural wastes, aiming to harness renewable energy sources for fuel. By utilizing agricultural residues as feedstock, the study contributes to sustainable practices and the development of alternative energy solutions, addressing both agricultural waste management and energy needs.

Tartaric Acid From Tamarind Leaves: This research investigates the extraction of tartaric acid from tamarind leaves, aiming to utilize a natural source for obtaining this important acid. By studying extraction methods and assessing the properties of tartaric acid from tamarind leaves, the research contributes to the pharmaceutical and food industries, offering a potential alternative to synthetic tartaric acid sources.

Briquetted Fuel From Recycle Refuse: Focusing on waste-to-energy solutions, this research project explores the production of briquet fuel from recycled refuse. By compacting and processing waste materials, the study aims to create an environmentally friendly and sustainable fuel source, contributing to waste management practices and renewable energy development.

Transport of Elastic Filaments in Vortical Flows: This research investigates the transport of elastic filaments in vortical flows, exploring the dynamics of flexible fibres in a fluid motion. By studying the behaviour of elastic filaments in vortices, the research contributes to our understanding of complex fluid dynamics and has implications for various applications, including biomedical and environmental sciences.

Solar Pump: This project focuses on developing and applying solar pumps for water supply systems. By harnessing solar energy, the research aims to provide a sustainable and energy-efficient solution for pumping water, particularly in areas with limited access to conventional power sources. The study contributes to the advancement of solar technology and its practical implementation in water infrastructure.

Alpinia Leaf Extract: A Prospective Natural Food Preservative: This research investigates the potential of alpinia leaf extract as a natural food preservative and explores its antimicrobial properties. By assessing its effectiveness in inhibiting microbial growth, the study aims to provide an eco-friendly alternative to synthetic preservatives, contributing to developing natural and safe food preservation methods.

Citric Acid From Molasses: This research project focuses on producing citric acid from molasses, a by-product of the sugar industry. Utilizing molasses as a feedstock, the study aims to develop an economically viable and sustainable method for producing citric acid, contributing to the food and beverage industry’s demand for this versatile acid.

Adsorption of Heavy Metals Using Sugarcane Bagasse: Addressing water pollution concerns, this research investigates the adsorption of heavy metals using sugarcane bagasse. By studying the adsorption capacity of sugarcane bagasse, the research aims to develop an efficient and cost-effective method for removing heavy metals from water sources, contributing to environmental remediation efforts.

Studies on the Effect of Seed Extract of Annona Squamosa in Streptozotocin–Nicotinamide Induced Type II Diabetes Mellitus Rats: This study delves into the potential therapeutic effects of seed extract from Annona squamosa in rats with streptozotocin–nicotinamide-induced Type II diabetes mellitus. By conducting experimental studies, the research aims to provide insights into the anti-diabetic properties of Annona squamosa seed extract, contributing to the development of alternative treatments for diabetes.

Autonomous Water Quality Monitoring System with Sensors for Water Quality Parameters: This research project focuses on developing an autonomous water quality monitoring system equipped with sensors for various water quality parameters. By integrating advanced sensing technologies, the study aims to provide real-time data on water quality, contributing to effective environmental monitoring and management.

Mass Transfer and Kinetic Growth Studies in Denitrification of Wastewater Using Pseudomonas Stutzeri: This research investigates mass transfer and kinetic growth in the denitrification process of wastewater using Pseudomonas Stutzeri bacteria. By studying the efficiency and dynamics of denitrification, the research aims to optimize wastewater treatment, contributing to sustainable practices in water purification and environmental protection.

On Assessing the Role of MSMEs in the Indian Chemical Industry: This study focuses on assessing the role of Micro, Small, and Medium Enterprises (MSMEs) in the Indian chemical industry. By conducting a comprehensive analysis, the research aims to provide insights into the contributions, challenges, and opportunities faced by MSMEs in the chemical sector, contributing to informed policy decisions and industry development strategies.

Oxalic Acid From Molasses: Investigating the production of oxalic acid from molasses, this research project aims to utilize a by-product of the sugar industry to synthesise a vital chemical compound. The study contributes to developing sustainable and economically viable methods for oxalic acid production by studying the extraction and production processes. The outcomes of this research have implications for various industries, including pharmaceuticals and agriculture.

About these project topic ideas:

We prepared and published this seminar abstract for final-year engineering students’ project topic research. Before finalizing your project topic, you should do your research in addition to this information. You can find more ideas like this in the Project Topics for Chemical Engineering list below:

Related Articles



Collegelib.com prepared and published this curated project topic list for chemical engineering degree students’ project selection. In addition to this information, you should do your research before finalizing.
Please include Reference: Collegelib.com and link back to Collegelib in your work.