
Sulfurfree yam processing and production method

Optimization of Processing Technology for Pieces of Sulfur
Objective: To optimize the best gradient drying technology of pieces of sulfurfree Chinese yam,and provide technique parameter for processing of pieces of sulfurfree Chinese yamMethods: Determined the content of polysaccharide by UV and the content ofA processing method and drying technology of yam, which is applied in food preservation, food preparation, food science, etc, can solve the problems of excessive residual sulfur in yam Sulfurfree dried Chinese yam slice processing method2012年6月1日 To optimize the best gradient drying technology of pieces of sulfurfree Chinese yam, and provide technique parameter for processing of pieces of sulfurfree Chinese yam [Optimization of processing technology for pieces of sulfurfree Objective: To optimize the best gradient drying technology of pieces of sulfurfree Chinese yam, and provide technique parameter for processing of pieces of sulfurfree Chinese yam [Optimization of processing technology for pieces of sulfurfree

[Optimization of processing technology for pieces of sulfurfree
2012年6月1日 To optimize the best gradient drying technology of pieces of sulfurfree Chinese yam, and provide technique parameter for processing of pieces of sulfurfree Chinese yam 2012年12月15日 To optimize the best gradient drying technology of pieces of sulfurfree Chinese yam, and provide technique parameter for processing of pieces of sulfurfree Chinese [Optimization of processing technology for pieces of sulfurfree 2009年3月27日 The Chinese yam raw material is deactivated by microwave at temperature of 60 DEG C, cut to slice, and is soaked in sulfurfree color protection liquid containing phytic acid, Production method for spraydrying Chinese yam powder Article "Optimization of Processing Technology for Pieces of Sulfurfree Chinese Yam" Detailed information of the JGLOBAL is an information service managed by the Japan Science and Optimization of Processing Technology for Pieces of Sulfurfree
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[Optimization of processing technology for pieces of sulfurfree
2012年6月1日 [Optimization of processing technology for pieces of sulfurfree Chinese yam] Bo Han College of Traditional Chinese Medicine,Hebei University, Baoding , China2017年6月1日 We aimed to identifying a modern drying method for yams, capable of replacing sulphur fumigation drying, that maximizes bioactive components, starchrelated functional, and Effects of drying processes on starchrelated 2022年1月1日 As the most valuable product of coconut, copra demands good handling on its production to reduce cost in the extraction step This work aimed to evaluate indirect sundrying and sulphur fumigation Quality comparison of indirect sundrying and 2017年1月1日 sulfur vapor to form sulfur oxi des at the Ijen Crat er, East Java, Indonesia (after [20 10 ], photo by Dodi Mulyana) Inside the crater, the environment isn’t so pleasant(PDF) Sulfur Removal and Recovery ResearchGate
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Process Optimization and Characterization of Bioethanol from Yam
2022年5月1日 production process and characterizing bioethanol produced from yam peels Different hydrolysis temperatures and times were used to determine the temperature and time that could give an optimal 2019年1月1日 Pesticides use in yam production : implications for the quality of yam and food safety Join for free Public Fulltext 1 536 QuEChERS method and analyses of recovery and samples (PDF) Pesticides use in yam production ResearchGate2022年8月19日 Yam is a laborintensive and weedsensitive food crop The laborintensive nature of the yam means that the production process requires the attention of the farmer all year round(PDF) State of the Art of Yam Production ResearchGate2021年9月27日 The article shows the relevance of the industrial production of liquid sulfur dioxide, as well as the fields of its application Herewith there is provided a brief description of the known methods (PDF) Liquid sulfur dioxide production method based on sulfur
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Development of highlyactive hydrodesulfurization
2020年3月27日 feedstock conditioning and process changes leading to feedstock restrictions and decreased throughput, in order to reduce the production cost of sulfurfree diesel The use of sulfurfree diesel is a global trend (Fig 1) There is rapidly growing demand from overseas refineries for a highperformance hydrodesulfurization catalyst that makesThe article shows the relevance of the industrial production of liquid sulfur dioxide, as well as the fields of its application Herewith there is provided a brief description of the known methods for the production of liquid sulfur dioxide: the use of roast gas; sulfuroleum method; multistage condensation; low temperature cryogenic process; oxidation of sulfur with oxygen under its [PDF] Liquid sulfur dioxide production method based on sulfur The yam flour processing machine uses sulfurfree clean hot air to quickly dry yam The drying process simulates the principle of natural wind, so that the dried yam has a natural color, good nutrition and effective ingredients, short drying time, high drying efficiency, and stable quality Ideal drying equipment for many yam growers and Complete Yam Flour Processing Machine gelgoogdryer2024年5月6日 The first step in the Claus process is the combustion operation which is carried out in the furnace to oxidize onethird of the H 2 S to sulfur dioxide (SO 2) at a pressure of 3–14 psig, besides burning any mercaptans and hydrocarbons in the inlet streamIn the majority of refinery Claus units, ammonia and cyanides are also oxidized in the input stream via the Process simulation, optimization, and cost analysis of a
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Determinants and Constraints influencing Yam Production in
2022年12月31日 Yam is an important tuber crop nutritionally, socioculturally, and an income generator for many Nigerian This explains its high demand both locally and internationally, causing increased 2012年11月2日 Since sulfur fumigation is an effective, low cost and traditional processing method in TCM production, many TCM crude drugs may go through sulfur fumigation before going to the market, which may Sulfur fumigation, a better or worse choice in preservation of 2017年6月1日 Yams, the tuber of Dioscorea opposita Thunb, are the fourth major root crop in the world after cassava, potatoes and sweet potatoes (Akinoso Olatoye, 2013)Yam is comprised of approximately 75–84% starch, 6–8% crude protein and 12–18% crude fiber (Wanasundera Ravindran, 1994)Thus, starch quality is expected to be the determinative Effects of drying processes on starchrelated 2022年5月14日 process was investigated to ascertain the optimal experimental conditions for the production of sugar from yam peels (cellulosic feedstock) for bioethanol production The effect of temperature on the hydrolysis process was investigated by varying the temperature between 6000 11000 ⁰C with step increment of 1000 ⁰CProcess Optimization and Characterization of Bioethanol
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(PDF) Extraction Methods for Removing Sulfur and Its
2021年4月1日 Numerous methods are used today for removing sulfur compounds from petroleum feedstock, such as hydrotreating, bio and oxidative desulfurization, extraction, including supercritical fluid 2011年4月16日 In this study, the concept of multifunctional alkaline pulping has been approved to produce highpurity and highyield dissolving pulps The selective removal of hemicelluloses was achieved by either water autohydrolysis (PH) or alkaline extraction (E) both applied as pretreatments prior to cooking Alternatively, hemicelluloses were isolated after oxygen Sulfurfree dissolving pulps and their application for viscose 2022年12月1日 A few seaweed species are produced entirely for human consumption worldwide, such as Undaria pinnatifida, Porphyra spp, and Caulerpa spp, while others, such as lowgrade products and trash from processing industries, are utilized as feed for abalone culture In the scenario on seaweed production through farming, the top six countries such as China, Seaweeds cultivation methods and their role in climate 2023年5月29日 Almost 70% of yam producers are aged 60 years and above and depend on crude tools and traditional methods of land management and production process, even though the modern and innovative farming (PDF) Indigenous Food Yam Cultivation and Livelihood
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Processing and Storage of Yam in Nigeria ResearchGate
2019年7月11日 Genetic erosion of these yam diversities is imminent because of the decline of the traditional farmers growing these diversities; also because of modern commercial farms that tend to monocropping Yam is an important tuber crop nutritionally, socioculturally, and an income generator for many Nigerian This explains its high demand both locally and internationally, causing increased production as Nigeria leads world production with about 4541 million metric tons annually(PDF) Determinants and Constraints influencing Yam Production 2021年3月15日 DOI: 101016/JIJHYDENE202101115 Corpus ID: ; Process simulation and optimization for enhanced biophotolytic hydrogen production from green algae using the sulfur deprivation methodProcess simulation and optimization for enhanced 2024年10月11日 Despite the variety of current hydrogen production methods, the most widely used is still the conversion of fossil fuels into hydrogen According to the latest statistics, hydrogen produced from fossil fuels represents a whopping 99% of all hydrogen production, leaving less than 1% derived from renewable sources [6, 7]Moreover, lowemission hydrogen (obtained Hydrogen production by sulfuriodine thermochemical cycle

Effect of sulfurfumigated Rhizoma dioscoreae
2018年1月1日 Fengzhen C Advances in enzymatic browning and its inhibition methods of fresh cut yams Biol Teach 2013; 38: 79 Study of pieces of sulfurfree Chinese Yam's processing technology and 2021年4月19日 This article explores the modeling, simulation and optimization of a biophotolytic cyclic process for enhanced hydrogen production from microalgae, employing the sulfur deprivation method To achieve sulfur deprivation, each process cycle contained two temporally separated steps of sulfurcontrolled algae growth and sulfurdeprived anaerobic Process simulation and optimization for enhanced biophotolytic hydrogen 2021年12月27日 The Claus process is one of the promising technologies for acid gas processing and sulfur recovery Hydrogen sulfide primarily exists as a byproduct in the gas processing unit(PDF) Process Modeling, Optimization and Cost Analysis of a Sulfur 2022年5月1日 Similarly, global production of renewable energy stimulated countries to close agreements and strategic alliances, which added value to productive alternatives and imposed international responsibility [[8], [9], [10]]In a broad context, the introduction and development of ecofriendly and costeffective technologies is in great demand and can be addressed via Perspectives in the production of bioethanol: A review of
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Optimized Production of High Purity Sulphuric Acid via Contact Process
2023年5月29日 Through these methods, a production capacity of around 8 tons per day was achieved, with a purity level of 989% Join for free Public Fulltext 1 Sulfuric ac id from sulfur/updates on 2022年9月2日 The search for alternative methods for the production of new materials or fuel from renewable and sustainable biomass feedstocks has gained increasing attention In this study, Nypa fruticans (nipa palm) fronds from agricultural residues were evaluated to produce pure cellulose by combining prehydrolysis for 1–3 h at 150 °C, sulfurfree soda cooking for Nypa fruticans Frond Waste for Pure Cellulose Utilizing SulphurFree 2022年1月1日 As the most valuable product of coconut, copra demands good handling on its production to reduce cost in the extraction step This work aimed to evaluate indirect sundrying and sulphur fumigation Quality comparison of indirect sundrying and 2017年1月1日 sulfur vapor to form sulfur oxi des at the Ijen Crat er, East Java, Indonesia (after [20 10 ], photo by Dodi Mulyana) Inside the crater, the environment isn’t so pleasant(PDF) Sulfur Removal and Recovery ResearchGate
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Process Optimization and Characterization of Bioethanol from Yam
2022年5月1日 production process and characterizing bioethanol produced from yam peels Different hydrolysis temperatures and times were used to determine the temperature and time that could give an optimal 2019年1月1日 Pesticides use in yam production : implications for the quality of yam and food safety Join for free Public Fulltext 1 536 QuEChERS method and analyses of recovery and samples (PDF) Pesticides use in yam production ResearchGate2022年8月19日 Yam is a laborintensive and weedsensitive food crop The laborintensive nature of the yam means that the production process requires the attention of the farmer all year round(PDF) State of the Art of Yam Production ResearchGate2021年9月27日 The article shows the relevance of the industrial production of liquid sulfur dioxide, as well as the fields of its application Herewith there is provided a brief description of the known methods (PDF) Liquid sulfur dioxide production method based on sulfur

Development of highlyactive hydrodesulfurization
2020年3月27日 feedstock conditioning and process changes leading to feedstock restrictions and decreased throughput, in order to reduce the production cost of sulfurfree diesel The use of sulfurfree diesel is a global trend (Fig 1) There is rapidly growing demand from overseas refineries for a highperformance hydrodesulfurization catalyst that makesThe article shows the relevance of the industrial production of liquid sulfur dioxide, as well as the fields of its application Herewith there is provided a brief description of the known methods for the production of liquid sulfur dioxide: the use of roast gas; sulfuroleum method; multistage condensation; low temperature cryogenic process; oxidation of sulfur with oxygen under its [PDF] Liquid sulfur dioxide production method based on sulfur The yam flour processing machine uses sulfurfree clean hot air to quickly dry yam The drying process simulates the principle of natural wind, so that the dried yam has a natural color, good nutrition and effective ingredients, short drying time, high drying efficiency, and stable quality Ideal drying equipment for many yam growers and Complete Yam Flour Processing Machine gelgoogdryer2024年5月6日 The first step in the Claus process is the combustion operation which is carried out in the furnace to oxidize onethird of the H 2 S to sulfur dioxide (SO 2) at a pressure of 3–14 psig, besides burning any mercaptans and hydrocarbons in the inlet streamIn the majority of refinery Claus units, ammonia and cyanides are also oxidized in the input stream via the Process simulation, optimization, and cost analysis of a