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So much has changed since then for me and the state of the world but I still travel loads! Thank you to everyone who has reached out to let me know how much you enjoyed reading the book. It really means a lot to hear from you. Travel with me across Yemeni deserts and Borneo jungles, through the Mississippi Delta and Tasmania's rainforests, over frozen Siberian snowscapes and ancient Turkish villages on this global adventure in search of bees and honey. One hundred and twenty shipping containers of bulk honey had been shipped to a Sydney address from China, via Singapore, and then reshipped to the United States as a product of Australia. The exercise was an attempt to avoid the heavy antidumping duties the United States has imposed on Chinese honey, and it is believed that the operation was worth millions. Two Sydney men were charged with breaching Customs and trade description laws, but their greed and deception was the least of it; the honey was alleged to have tested positive for chloramphenicol. Fishing is their livelihood, their source of food, their way of socialising. A big dried fish in your school lunchbox will guarantee you friends for the day. And if you catch the big one, you get your name in song. And although I may have just caught the tail end of a particularly small Small Honey Season, I happen to have arrived at the beginning of one of the best Big Fishing Seasons the park has seen in years. She has the whole rose bush to herself and is oblivious to the efforts of the sun, trying its hardest to stream through the smog of a Beijing sky. Just as it has been sitting ever since I placed it there last night. So far its attempts to get me to open it and guzzle huge quantities of its contents with the overflow dribbling down my chin in some sticky ravenous unladylike display have not worked. Only extreme discipline and a few strict parameters have helped me resist. Nor do I realise that the park I have been walking through since the morning had been the hunting domain of Russian royalty for over four hundred years. All I know is that I am hopelessly lost. It is a rooftop with a view, of course, just like the million and one other rooftops that mingle about us in Sultanahmet, the old city of Istanbul. Over yonder the Bosphorus sparkles like some promised gateway, while harbour traffic— the heavily laden freighters and dwarf-like fishing craft, the tourist ferries and police patrol boats— weaves in and out of its blinding luminescence. Where do I want to go in this huge and ancient land? The map was a good idea; I can now get my bearings. But as Fahriye points out new locations and I look for those I already had in mind, I realise I have a problem. Endless rows of Dr Peppers and CocaCola; frozen hash browns and fried chicken; supersized packets of chips, cookies, grits, and flour pull rank over the limp selection of fruit and vegetables. On every packet, Little Debbie smiles her cutesy, down-home smile while inside the buns slump around in a way that only a sugar-glazed, fat-soaked sticky bun can. They are a far cry from the pert, tight buns you would expect someone like Little Debbie to have. And they are made with dried honey. What ever that is. Resting in the shade of an overhanging rock, they are obscured from the road by a nest of sidr trees and rows of stacked boxlike hives placed expectantly nearby. But when we come into full view and Mohamed jumps out of the car, working his charm in the way only Mohamed can, the men are soon all smiles. Grace Pundyk. About Work Events Contact. Back About Writing Exhibitions and performance. The Honey Trail. The book Travel with me across Yemeni deserts and Borneo jungles, through the Mississippi Delta and Tasmania's rainforests, over frozen Siberian snowscapes and ancient Turkish villages on this global adventure in search of bees and honey. Buy the book. Buy the e-book. United States — Honey, where you been so long?
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The objective of this project was to investigate the process of producing ethylbenzene from the liquid-phase reaction of ethylene and benzene and perform parametric and topological optimizations to increase the net present value of the production facility. To do so, the base case conditions of the process were modeled and quantified economically followed by an investigation into the existing process to determine conditions that could be altered to improve the economic viability of the project. After optimizing the parametric conditions and topology of the process, the net present value of the project was increased by million dollars to …. Go to article. Diffusion is defined as the net transfer of a molecule from a high concentration region to a low concentration region. The concept of diffusion is used in a very important process called 'desalination. In desalination plants, it is important to monitor the constantly changing salt content of water, partly due to the diffusive effect. The main purpose of this experiment was to study the diffusion of NaCl in water at two NaCl concentrations. The …. White University of Mississippi. A recent economic downturn led to the loss of a contract for a company that sells methanol. The company has two options to recover some of the profit lost from the contract termination. One option is to sell the excess methanol at the spot market price, and the second option is to implement a process to convert the excess methanol into dimethyl ether. This project investigated the implementation of a process to convert the methanol from the lost contract into dimethyl ether. A toller provided …. Cathodic protection CP limits the corrosion of a metal surface by making it the cathode of an electrochemical cell. This can be achieved either by using a more active sacrificial anode to create a driving current, or by using inert anodes and impressing a current onto the cathode surface using an external direct current DC source. Impressed current cathodic protection ICCP is preferred where widespread protection is required, particularly in reinforced concrete structures. ICCP needs a constant DC power supply that is usually provided through a grid connection or independent generators. This paper presents the currently available CP systems for …. The purpose of this work was to evaluate potential hazards and failures as part of the design and economic analysis for a chemical plant that would produce , tons of ethylene oxide per year. This method of hazard analysis involves brainstorming potential errors in a system by examining each element of each process unit in full detail. This project was focused on the reactor unit because the reactor has several important parameters that could fail, resulting in safety issues within the system. Input for this analysis …. The company that the engineering team works for is facing a contract loss with one of its customers of methanol. To avoid economic losses, a process has been proposed for converting the unused methanol to dimethyl ether DME through a dehydration reaction. The EAOC was the sum of the annualized capital investment and the annual operating cost. Determining the process to be worth pursuing, a Toller was brought in to provide rental equipment …. White University of South Carolina - Columbia. A thermal model for a lithium-ion cell is presented and used to predict discharge performance at different operating temperatures. The results from the simulations are compared to experimental data obtained from lithium-ion pouch cells. The model includes a set of parameters and their concentration and temperature dependencies that has been obtained for a lithium-ion cell composed of a mesocarbon microbead anode, LiCoO 2 cathode in 1 M LiPF 6 salt, in a mixture of ethylene carbonate, propylene carbonate, ethyl-methyl carbonate, and diethyl carbonate electrolyte. The parameter set was obtained by comparing the model predictions to the experimental discharge profiles obtained …. Water scarcity is a critical issue worldwide. This study explores a novel method for addressing this issue by using ductile cast iron DCI solid waste as an adsorbent for phosphate ions, supporting the circular economy in water remediation. Wastewater samples of different phosphate ion concentrations are prepared, and the solid waste is used as an adsorbent to adsorb phosphate ions using different adsorbent doses and process time. The removal percentage is attained through spectrophotometer analysis and experimental results are optimized to get the optimum conditions using Design …. This study investigates the potential of biochar derived from drinking water alum and iron sludge as a sustainable, cost-effective alternative to conventional iron-based sulfide control methods. Two-phase material adsorption screening tests were conducted using deionized water-sulfide solution and secondary wastewater-sulfide solution. Bioethanol is an alternative fuel derived from biological feedstock used to decrease the reliance on fossil fuels because of increasing energy consumption associated with population growth and increased use of oil fuels. Bioethanol production has been widely conducted using several types of algae, but the optimal conditions for the hydrolysis and fermentation processes are not explained in more detail. Therefore, this study focuses on determining the optimal conditions for hydrolysis and fermentation to maximize the bioethanol yield. This study uses optimization based on the hydrolysis time, temperature, and pH to increase the reducing sugar content using high-performance liquid chromatography in …. Rooney Dr. Roushdy The British University in Egypt. This study explores the innovative application of iron filings solid waste, a byproduct from mechanical workshops, as a heterogeneous catalyst in the production of biodiesel from waste cooking oil. Focusing on sustainability and waste valorization, the research presents a dual-benefit approach: addressing the environmental issue of solid waste disposal while contributing to the renewable energy sector. The response surface methodology RSM was used to guide a series of experiments that were conducted to …. The following thesis consists of an investigation into the optimization of an ethylbenzene production facility. Aspen Plus software was used to model the production facility and Excel was used to price the facility using Aspen simulation data. After this optimization based on NPV, the potential of operating the reactors as isothermal packed bed reactors was investigated. The reactor inlet feed pressure, inlet …. Researchers in the University of Mississippi Chemical Engineering Department have suggested that chelation of a large magnetic transition metal, namely dysprosium, into the large polar head group of a surfactant could result in a magnetic surfactant. This project was aimed at synthesizing a surfactant with a large enough head group and negative charge specifically EDTA to support this ion and demonstrating that the chelation process was successful. If so, the molecule would ideally be capable of forming micelles which could extract oily substances from water using a strong magnet—possibly applicable to environmental crises like oil spills. This study investigates the relationship between applied current and resulting cell potential in an electrolytic system, considering the transport of electroactive species. By applying Michael Faraday's laws of electrolysis and the Nernst-Planck equation, the behavior of electroactive species in diffusion-controlled systems with and without stirring is modeled. The plots demonstrate how stirring enhances ion transport and establishes a stable Nernst diffusion layer, affecting the kinetics of electrochemical reactions. Understanding these dynamics is crucial for optimizing electrolysis processes. This paper investigates the hypothesis that the contact angle at the meniscus of an electrode-electrolyte can be altered during a redox reaction through the coupled understanding of electrowetting and capillarity rise. Recent studies in electrowetting have focused on dielectric surfaces but research on contact angle at the electrode-electrolyte surface is lacking. The study employs a basic electrolytic cell. By applying principles of electrowetting and capillary rise the research aims to understand the relationship between applied voltage and contact angle, to advancements in electrochemistry and microfluidics. The electrochemical behavior of uranium FLiNaK molten salts is explored, focusing on cyclic voltammetry CV as a powerful tool for redox characterization and diffusion studies. Through a comprehensive review of recent research, the study highlights the significance of CV in understanding electrode kinetics, material compatibility, and process optimization in molten salt environments. The findings underscore the potential of FLiNaK molten salt reactors in advancing nuclear energy technologies, fuel processing, and waste management strategies. Collaborative interdisciplinary efforts are emphasized to address challenges and accelerate innovation in electrochemical methods for nuclear applications. In order to meet CO 2 emission standards, set by the climate accord in , decarbonizing the transportation sector must become a priority globally. While electric vehicles are becoming more widely used, decarbonizing long distance transportation e. To bridge this limitation of electric vehicles, biofuel is a viable alternative, having high energy density comparable to conventional fuels from crude oil. Renewable crude oil biofuel produced by Thermal DeOxygenation TDO is an interesting option as a cleaner intermediate to produce diesel …. Chime University of Maine. Ensuring safe drinking water and effective sanitation remains a global priority. The shortages of disinfectants experienced during the COVID pandemic further underscore the importance of reliable disinfection methods. Chlorine-based disinfection is widely used but poses safety hazards and logistical challenges in its traditional production and transportation forms. Alternately, on-site chlorine generation using electrochemical conversion of aqueous sodium chloride offers a promising solution, mitigating these risks and providing a flexible approach to disinfection. This thesis investigates the performance of various anode materials and modular, membrane-less, single-cell reactor designs to optimize on-site chlorine generation. Optimization included minimizing specific electrical consumption for chlorine …. Fibrosis is an excessive accumulation scarring of the extracellular matrix. Fibrosis is typically a negative event, and the scarring must be reduced in the heart in order to maintain its functionality. These drugs were simulated over 50 hours at three different …. Heart disease the leading cause of death for both men and women in the United States. Cardiac fibrosis, or accumulation of extracellular matrix proteins in the heart, can occur after a heart attack and increase the risk for further complications. Current treatments for heart disease do not include extracellular matrix regulators, partly due to the complicated signaling network responsible for the production of these proteins. By using a computational model of the signaling network in cardia fibroblasts, the relationship between particular molecules and downstream extracellular matrix production can be examined. The purpose of this work is to study the chemical technological processes for eterification processes, and the reactive distillation unit, which carries out the reaction and separation process in one device, was chosen as the object of research. Heat integration from the distillate stream of the column to the acid feed stream and from bottom …. This MSc thesis explores biomass pyrolysis and reforming, aiming to convert biomass-derived vapors into useful gases for synthesis and fuel. 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A requirement for large scale energy storage systems becomes necessary and a system based on hydrogen generation, storage, and consumption for electrical grid supply-demand stabilization using a ferric sulfate oxidant is herein explored, named the BioGenerator. As the name implies, the system functions as an indirect microbial fuel cell using a biologically active broth dominated by …. The influence of the properties of Angren brown on the process of layered gasification was studied. The dependence of the calorific value of the resulting gas on the quality characteristics of coal when using air as a gasifying agent has been established. Methods are shown for increasing the calorific value of gas obtained during the gasification process when using coal with different moisture content and different fractional composition. The features of technological processes in the reaction zones of a laboratory gas generator have been studied. Based on generally accepted methods, the volume fractions of flammable components, as well as the …. The prediction model of the continuous catalytic regeneration reforming process was developed for expecting the reformate yield and research octane number using an Artificial Neural Network technique ANN to improve the process performance. The proposed model includes temperatures, pressures, and hydrogen to hydrocarbon molar ratio as input parameters while the output of the process represents reformate yield and research octane number. The ANN model was carried out to estimate the process behavior based on the Levenberg-Marquardt Algorithm, which included the nine input parameters, two hidden layers neurons , and two parameters as network outputs. The results obtained were that the …. Crystallization is an important technique to obtain solid-state drugs from solutions. Physicochemical properties of the active pharmaceutical ingredients APIs are determined by crystallization. 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Popular Articles Follow Based on downloads in September Ethylbenzene Production Case Study And Optimization , Brandon Borek University of Mississippi Ethylbenzene Production Case Study And Optimization , Brandon Borek Honors Theses The objective of this project was to investigate the process of producing ethylbenzene from the liquid-phase reaction of ethylene and benzene and perform parametric and topological optimizations to increase the net present value of the production facility. After optimizing the parametric conditions and topology of the process, the net present value of the project was increased by million dollars to … Go to article. The … Go to article. White Honors Theses A recent economic downturn led to the loss of a contract for a company that sells methanol. A toller provided … Go to article. This paper presents the currently available CP systems for … Go to article. Hazard And Operability Analysis Of An Ethylene Oxide Production Plant , Samantha Ciricillo Senior Theses The purpose of this work was to evaluate potential hazards and failures as part of the design and economic analysis for a chemical plant that would produce , tons of ethylene oxide per year. Input for this analysis … Go to article. Determining the process to be worth pursuing, a Toller was brought in to provide rental equipment … Go to article. White Faculty Publications A thermal model for a lithium-ion cell is presented and used to predict discharge performance at different operating temperatures. The parameter set was obtained by comparing the model predictions to the experimental discharge profiles obtained … Go to article. Page 1 of Chemical Engineering Water scarcity is a critical issue worldwide. The removal percentage is attained through spectrophotometer analysis and experimental results are optimized to get the optimum conditions using Design … Go to article. This study uses optimization based on the hydrolysis time, temperature, and pH to increase the reducing sugar content using high-performance liquid chromatography in … Go to article. Roushdy Chemical Engineering This study explores the innovative application of iron filings solid waste, a byproduct from mechanical workshops, as a heterogeneous catalyst in the production of biodiesel from waste cooking oil. The response surface methodology RSM was used to guide a series of experiments that were conducted to … Go to article. The reactor inlet feed pressure, inlet … Go to article. Synthesis And Analysis Of A Novel Magnetic Surfactant , Donovan Turpin Honors Theses Researchers in the University of Mississippi Chemical Engineering Department have suggested that chelation of a large magnetic transition metal, namely dysprosium, into the large polar head group of a surfactant could result in a magnetic surfactant. NMR analysis has suggested, … Go to article. Renewable crude oil biofuel produced by Thermal DeOxygenation TDO is an interesting option as a cleaner intermediate to produce diesel … Go to article. Chime Electronic Theses and Dissertations Ensuring safe drinking water and effective sanitation remains a global priority. Optimization included minimizing specific electrical consumption for chlorine … Go to article. These drugs were simulated over 50 hours at three different … Go to article. Biological sex is an important factor for cardiac health and … Go to article. Heat integration from the distillate stream of the column to the acid feed stream and from bottom … Go to article. Results … Go to article. Glas Electronic Thesis and Dissertation Repository Renewable energies in the form of wind and solar have seen steadfast growth across the world, however the abundance of these technologies that demonstrate short-term variability in power output threatens power grid stability and necessitates the use of fossil fuels for rapid throttling capability. As the name implies, the system functions as an indirect microbial fuel cell using a biologically active broth dominated by … Go to article. Based on generally accepted methods, the volume fractions of flammable components, as well as the … Go to article. The results obtained were that the … Go to article. The design of pharmaceutical cocrystals and … Go to article. Popular Institutions Follow Based on downloads in September Featured Publications. Popular Authors Follow Based on downloads in September
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