• Degradation of ciprofloxacin and metronidazole and their Combination using UV-activated persulfate process 

  Ashraful Alam, Md. (Department of Chemical Engineering(CHE), BUET, 2023-04-17)

  Metronidazole (MNZ) and Ciprofloxacin (CIP) have been recognized as emerging environmental contaminants since these are largely used and are difficult for biological degradation. These contaminants have adverse effects on ...
• Comparative study of removal of ciprofloxacin from synthetic wastewater by two strains of saccharomyces cerevisiae yeast spores 

  Samiha, Zaman (Department of Chemical Engineering, 2023-08-01)

  Among the developing countries in the world, Bangladesh is suspected to be one of the major contributors to regional and global antibiotic resistance because of the widespread misuse of antibiotics in human healthcare, ...
• Perturbation of molecular diffusion pathways of brain tumor inhibiting drugs with controlled recovery 

  Shihabuzzaman, Md. (Department of Chemical Engineering, 2023-06-12)

  Efficacy of the brain cancer drugs depends mostly on the type of cancerous tissue that are targeted for therapy and the characteristics of the drug itself. The movement of drug particles within the interstitial healthy ...
• Degradation of ciprofloxacin and metronidazole and their Combination using UV-activated persulfate process 

  Ashraful Alam, Md. (Department of Chemical Engineering, 2023-04-17)

  Metronidazole (MNZ) and Ciprofloxacin (CIP) have been recognized asemerging environmental contaminants since these arelargelyused and are difficult for biological degradation. These contaminants have adverse effects on ...
• Development of risk assessment model for petrochemical storage using bayesian approach 

  Ifat, Sharmin (Department of Chemical Engineering, 2022-09-07)

  Petrochemical products are inherently hazardous. Accidents related with these products are very frequent these days in Bangladesh. If the storage of this highly flammable and explosive hazardous chemical is improper and ...
• Life cycle assessment of processing biogenic residues via anaerobic digestion coupled with hydrothermal carbonization Author(s): Samira Hossain. 

  Samira, Hossain (Department of Chemical Engineering, 2023-07-04)

  Bangladesh produces an astounding amount of around 52.8 million tonnes of agricultural waste annually. Anaerobic digestion (AD) has been traditionallyused for processing biogenic residues in Bangladesh, however, the ...
• Comparative analysis of renewable power generation technologies in Bangladesh: technical, economic and environmental aspects 

  Sadia Saberin (Department of Chemical Engineering(CHE), BUET, 2021-06-16)

  Renewable energy plays an important role in strengthening the global energy security as fossil fuel resources are depleting day by day. Approximately 25% of total primary energy supply of Bangladesh comes from renewable ...
• Investigation of pot-skirts, loading heights and finned pot arrangements for improved thermal efficiency of gas cooking system 

  Al-Imran, Kazi (Department of Chemical Engineering(CHE), BUET, 2022-08-23)

  In Bangladesh, the natural gas (NG) consumption in cooking is a significant portion of total NG consumption. The socio-economic status of the people and the price of electricity hinder the adoption of clean and efficient ...
• Incorporating ash removal unit in local rice parboiling industries for flue gas cleaning and heat recovery 

  Chakrovorty, Rajata Suvra. (Department of Chemical Engineering, BUET, 2022-02-22)

  South Asia is considered the home of parboiled rice as it produces and consumes over 90 percent of the world's parboiled rice. Bangladesh, one of the world's top rice-consuming countries, has a large number of rice parboiling ...
• Synthesis and performance evaluation of biochar/chitosan/Zno composite for dye removal from aqueous solution 

  Arifin, Mohammad Tanvir (Department of Chemical Engineering, 2022-04-23)

  Textile effluents have become a major concern to environmentalists due to the bio-persistent nature of the dyes. The azo dyes are toxic to human and aquatic life. In recent years, treatment of contaminated effluents by ...
• Analysis of chlorpyrifos pesticide residue in locally grown vegetables using gas chromatography - mass spectrometry technique 

  Mysha Momtaz (Department of Chemical Engineering, BUET, 2021-10-27)

  Food adulteration refers to the alteration of food quality that takes place either deliberately or accidentally. Pesticides are applied to agricultural crops for protection from pests. Being an agricultural country, overuse ...
• Impacts of electronic waste on the environment and its management in Bangladesh 

  Shafaul Haque (Department of Chemical Engineering, BUET, 2021-03-20)

  Continuous generation of e-waste and its relevant management process is a great concern in worldwide and Bangladesh. E-waste contains more than 50% steel followed by plastic 21% and other metals including heavy metals 13%. ...
• Facile synthesis and characterization of chitooligosaccharides for biomedical applications 

  Nishat Tabassum (Department of Chemical Engineering, BUET, 2022-06-28)

  Chitooligosaccharides (COS) are depolymerized chains produced from the natural polymer chitosan, which has been determined to exhibit enhanced biological activities relative to the native polymer, in addition to high ...
• Development and characterization of autologous fibrin glue augmented with biocompatible polymers 

  Karmaker, Anindya (Department of Chemical Engineering, BUET, 2021-06-12)

  Fibrin glue plays an important role in most surgical operations. However, commercial fibrin glues are expensive and have some limitations. A lot of original research is being conducted on this topic, however, the data ...
• Synthesis, characterization and investigation of methyl orange dye degradation using Ag/MoO3/TiO2 nanocomposite under UV-irradiation 

  Shahina Kader (Department of Chemical Engineering, BUET, 2020-03-13)

  Advanced oxidation processes (AOPs) are considered as the most efficient and highly attractive process for the degradation of azo dyes from textile wastewater. In this process, a strong oxidizing radical known as hydroxyl ...
• Textile ETP sludge characterization and assessment of solidification options 

  Farah Haque (Department of Chemical Engineering, BUET, 2021-02-28)

  The textile and apparel industries are one of leading industrial sectors in Bangladesh economy. In FY 2018-2019 this sector contributed about 84% of total foreign exchange earnings of Bangladesh. At present, textile wet ...
• Study of ultrafiltration and reverse osmosis membrane processes for advanced treatment and recycling of textile effluent in Bangladesh 

  Mesbah Ahmad (Department of Chemical Engineering, BUET, 2021-06-13)

  Textile and apparel industries are the major role-players in the fast-growing economy of Bangladesh. However, the textile sector consumes a large amount of water for various wet processing operations, and hence, has a high ...
• Optimization and kinetic study of methyl orange dye degradation using catalytic electrocoagulation 

  Sonia Akter (Department of Chemical Engineering, BUET, 2021-03-27)

  Textiles are one of the most chemical intensives and the most polluting industries among all industrial sectors in Bangladesh. The produced wastewater from textile industries is highly colored and contains dyes including ...
• Kinetic study and modelling of drying of Chlorella vulgaris 

  Karmakar, Debabrata (Department of Chemical Engineering, BUET, 2021-02-27)

  Microalgae are an incredibly diverse group of eukaryotic organisms that thrive in a wide range of habitats. Microalgae not only have a significant potential as a supplement of fossil fuels but also as a source of a wide ...
• Study of growth kinetics of high lipid microalgae in local environment 

  Anika Ferdous (Department of Chemical Engineering, BUET, 2020-08-31)

  Clean energy supply has always been a challenge confronting humanity. Wind energy, geothermal energy, solar energy and biofuel are among the most important options proposed during the last century. Biofuel has many unique ...

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