قائمة الطعام
Ionic liquids (ILs) are promising alternative compounds that enable the development of technologies based on their unique properties as solvents or catalysts. These technologies require integrated product and process designs to select ILs with optimal process performances at an industrial scale to promote cost-effective and sustainable …
The process optimization definition can be stated as adopting the best practices to achieve desired outcomes within an established set of parameters and not violating important constraints along the way. …
These process parameters have the greatest influence on the overall quality and properties of the coatings. Serviceability of alloys manufactured using LAM also hinges on their microstructure and mechanical properties. 6, 44, 45 Laser deposition has been reported to be used for the production of end-use parts using titanium, nickel, and steel …
The aluminum fluoride (AF) addition in aluminum electrolysis process (AEP) can directly influence the current efficiency, energy consumption, and stability of the process. This paper proposes an optimization scheme for AF addition based on pruned sparse fuzzy neural network (PSFNN), aiming at providing an optimal AF addition for …
In addition, process economics may be added to this list, overlapping with the engineering tasks. ... Process control: As described in the previous subchapter on process optimization, Zhang et al. …
Fermentation process optimization and efficacy evaluation of functional yoghurt supplemented with Inonotus obliquus polysaccharide. Original Paper; Published: ... If one person (50 kg) eated 100 mL yoghurt every day, the recommended addition amount of pure polysaccharides in yoghurt was 0.084%, and that of crude polysaccharides (80% …
Process optimization is the systematic improvement of workflows and business processes as part of quality management and organizational development. In many companies, process optimization is also referred to as process innovation and is managed via a continuous improvement process (CIP) . Process optimization follows the logic of the …
Process Optimization directly reduces the Cost of Poor Quality (COPQ). COPQ is the total associated costs due to product/service failures, waste, rework, churned customers and negative impacts on your reputation. ... In addition to helping you create more productive operations, Process Optimization enables you to create an agile …
In conclusion, process optimization plays a crucial role in enhancing manufacturing efficiency. By analyzing and optimizing individual steps within the production process, manufacturers can improve overall performance, reduce waste, and increase customer satisfaction. It is a continuous effort that requires careful examination and ...
Process optimization is an exercise that aims to streamline operations within a project process, maximizing resource use and improving overall output. It is a significant element of …
2.2 Catalyst synthesis 2.2.1 Synthesis of biochar (BC) from marine macroalgae. The biochar was produced through slow pyrolysis of marine macroalgae biomass. In a pyrolysis process, a ceramic crucible containing 10 g of powdered macroalgae was put into a tube furnace (Protherm), and then slowly pyrolyzed at 500 °C …
1. Introduction. Numerical simulation based on rigorous mathematical model has garnered significant attention originated from its aptitude in describing chemical processes with unparalleled precision [1].Yet, process design and optimization, as an inverse problem of simulation, confronts huge challenges emanating from complex …
In addition, barley malt was used instead of bread for kvass production, and the co-fermentation conditions with three different strains were optimized as wort concentration of 7.4°Brix, cell ratio of 2/2/1 (S. cerevisiae/L. paracasei/A. pasteurianus), inoculum amount of 8%, fermentation temperature of 29.5 °C and fermentation time of …
An electrochemical process based on pH-swing has been proposed recently to regenerate spent alkaline absorbent from direct air capture (DAC). In this work, we experimentally investigated and theoretically simulated two optimization strategies to further reduce the energy consumption of such novel electrochemical process.
In addition, cyanidin-3-rutinoside could memorably increase intracellular ROS levels and apoptosis of MCF-7 cells. The UAEE is an effective and rapid method. This method has a broad application prospect in the extraction of bioactive substances from natural plant resources. ... Process Optimization, Isolation, Purification, and Bioactivity ...
In the process optimization for generating XOS from sugarcane bagasse, a waste byproduct of sugar and alcohol industries, initially its composition was determined to assess its suitability as raw materials for prebiotic production. ... Thereby, attempt to value addition of sugarcane bagasse has immense importance both to the sugar industries as ...
Examples of human-centric business processes: Hiring and onboarding. You can improve job postings, resume tracking, referrals—but there's a uniquely human element to hiring a new employee. From that first phone screen to the onsite interview, improving hiring processes focuses on human-centric BPM. Creative work.
AI plays a crucial role in process optimization by utilizing predictive analysis, computer vision, and natural language processing to enhance decision-making processes, improve productivity, and reduce costs associated with equipment repair or replacement. ... In addition, AI-powered algorithms can assist in making quality decisions by ...
This practice is known as process optimization. Process optimization is an exercise that aims to streamline operations within a project process, maximizing resource use and improving overall output. It is a significant element of business decision-making and is used in many different project management areas. Try Wrike for free.
The aluminum fluoride (AF) addition in aluminum electrolysis process (AEP) can directly influence the current efficiency, energy consumption, and stability of the process.This paper proposes an optimization scheme for AF addition based on pruned sparse fuzzy neural network (PSFNN), aiming at providing an optimal AF addition for …
Research and optimization of hydrogen addition and EGR on the combustion, performance, and emission of the biodiesel-hydrogen dual-fuel engine with different loads based on the RSM ... In the modeling process, a proper selection of the mesh is necessary. The cylinder pressure at 75 % load for three distinct mesh sizes is …
Process optimization can find the optimal parameters for multiple machines and adjust them simultaneously to minimize energy consumption. The method to improve energy efficiency through integrating process optimization with energy-efficiency scheduling has attracted little attention of previous literature, but it merits progressive …
30% water addition and 20 minutes of baking time, Y= 60% water addition and 40 minutes of baking time, N= newtons. Table 2 shows that the pumpkin muffins produced using process condition X had lower
Process optimization, reaction kinetics, and thermodynamics studies of water addition on supercritical methyl acetate for continuous biodiesel production. Author links open overlay panel Iwan Ridwan a b, ... The addition of water in the acyl acceptor increased the production of FAEE, reduced the thermal degradation of the …
Production optimization is a collection of activities designed to increase productivity in the production system. It's separate from process optimization, where the optimization effort is focused on making the finished product more efficient in its stages. Production optimization uses models, analysis, prioritization, and measurements to ...
The primary goals of self-optimization are to reduce the number of experiments required to optimize a reaction and the experimental burden on the bench scientist, saving time and money. Additionally, self-optimizing systems offer a more consistent way of generating data than human driven reaction optimization.
Figure 1 illustrates the interaction of process models with the optimization problem, described with an objective function f(x) with variables x in some constrained space X and algebraic (or differential-algebraic (DAE)) model equations c(x) = 0. Included among the variables x are the decision variables p and profiles u(t) (where t represents …
Process optimization is the systematic approach of analyzing and improving business processes to achieve maximum efficiency, effectiveness, and quality. The goal of process … See more
Fermentation process optimization. In addition to genetically modulating production strains, adjusting culture conditions (such as temperature, dissolved oxygen level and medium composition) and ...
2.2 Hardfacing process. The exothermic addition S-FCAW of 4 mm diameter was used for investigations. A marble-fluorspar-rutile was used as the slag basis, the gas slag-forming component. ... A., Turchanin, M. et al. Application of Taguchi method and ANOVA analysis for optimization of process parameters and exothermic addition …
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