Gold CIL process (carbon in leach) is an efficient method of extracting and recovering gold from its ore. By cyaniding and carbon leaching crushed gold ore slurry simultaneously, CIL process lowers the gold mining operation cost and increases gold recovery rate to 99%, which is the first choice of modern gold mining and gold beneficiation plant.
The hematite processing line adopting stage grinding and stage separation for high separation efficiency. The combination of strong magnetic separation and reverse flotation process ensures the concentrate grade and environmental protection.
Quartz sand purification is removal of a small amount of impurities and the high difficulty separation technique to obtain refined quartz sand or high purity quartz sand. The purification technologies of quartz sand at home and abroad are washing, classifying and desliming, scrubbing, magnetic separation, flotation, acid leaching, microbial leaching, etc.
The precious metal minerals are mainly gold and silver mines. Xinhai Mining has more than 20 years of experience in beneficiation for gold and silver mines, especially gold ore beneficiation technology, gold gravity selection process and placer gold selection process.
With Class B design qualification, Xinhai can provide accurate tests for more than 70 kinds of minerals and design a reasonable beneficiation process. In addition, Xinhai can also provide customized complete set of mineral processing equipment and auxiliary parts.
Xinhai can provide the whole and one-stop mineral processing plant service for clients, solving all the mine construction, operation, management problems, devoting to provide modern, high-efficiency, and energy-saving mine roject construction and operation solution for clients away from worries.
Through mineral processing experiment, the mineral processing flow is customized. Multiple tests are carried out in every link, and make sure the final processing flow to guarantee the successful mineral processing plant construction. From every details, Xinhai builds green high-efficiency mineral processing plant for mineral processing plant.
According to tailing processing technology, Xinhai has tailings reprocessing technology and tailings dry stacking. Tailings dry stacking is the self-launched tailings dewatering technology, which is the effective technology in green mine construction.
This line is mainly for washing ,filling and capping of carbonated drink ,such as cola , aerated mineral water and so on ,it has many characteristics ,such as easy operation ,steady performance, it confirms to the sanitation requirements ,it is an ideal choice for small and medium size drink factories .
Reverse osmosis use enough pressure to separate water trough film of reverse osmosisor (semi-permeable membrane ),so it is called to reverse osmosis , RO, as high efficienttechnology of desalting ,can remove impurity such as inorganic ion , bacteria ,virus , organic substance and colloid etc in original water so that obtain highquality pure water.
Automatic filling machine adopts computer control, is the collection of light, machine, electricity, gas in one of the high-tech products, convenient installation, simple operation, wide bottle type of application, due to adopt computer control, filling accuracy.
Fruit drinks, carbonated soft drinks, alcoholic drinks, mineral water, pure water, yogurt, milk, oils, hair care products, skin care products, such as cosmetics, cleaning, cleaning products, tooth paste, paste, glue, liquid, syrup
machine washing, filling, capping three functions in one body, the entire process automated, suitable for pet bottles, plastic bottles of beer, fruit juice, mineral water, pure water, coupled with temperature control device can also be used for hot filling.
The combination of Metso Minerals and Outotec has been completed and the new company, Metso Outotec, was established on July 1, 2020. At the same time, Metso Flow Control became a separately listed independent company and started its journey under the name of Neles.
The combination of Metso Minerals and Outotec is completed and the new company, Metso Outotec, started its journey.Metso Outotec is a frontrunner in sustainable minerals processing technologies, end-to-end solutions and services globally.The company helps aggregates, mining, metals refining and recycling customers improve efficiency, productivity and reduce risks.
Metso Flow Control has become a separately listed independent company called Neles. Neles is a flow control solutions and services provider for oil and gas refining, pulp, paper and the bioproducts industry, chemicals, and other process industries.The company's valves and valve automation technologies are known for quality, reliability and highest safety.
For its extensive practical experience, 911 Metallurgisthas a clear understanding of what successful mineral processing engineering is and how to go about achieving it. Your goal is the production of a material that is marketable and returns you and your investors sustainable revenues.
Although improvements to the metallurgical processes have been made over the years the fact is that the unit operations, the machines, those too often called black boxes involved have not evolved or changed much since inception. Ore is reduced in size, chemicals are added and minerals separated and upgraded to produce a marketable product. Much of this process is mechanical and generally mistaken for some dark alchemy.We are the Anti-Alchemists.
Our vast experience has been gained through operation and start-up of both small and large scale mining/metallurgical operations in a range of commodities in thebase metals (Cu, Pb, Zn) and theprecious metals (Au, Ag,)
A solid metallurgist understands, the most important aspect of an operating process is its stability. Simple to say, but generally the most ignored in mineral processing. Linked unit operations require each to be stable, and each contains a different set of variables that have to be contended with. Thanks to some degree of stability: operating changes can be made and evaluated; increases in throughput can be made; and equipment performance improved. The more complicated the processes become, the more difficult it is to achieve and maintain stability. In mineral processing, unlike most processing operations, we have limited control of the main input, the feed ore. In most cases this inherently is variable and usually outside of the processors control.
Because you are too close to your own story, you might not see the forest for the trees and have chaos mistaken for stability. We, you, and your group have been battling plant problems for weeks, you start to accept chaos as a daily state of affair and consider it your new stability.
Each mineral processing plant is different: with varied ore types, mining equipment, and management (operating) philosophy. The evaluation and prioritisation of variables that affect the plant performance is the primary function. Implementing changes within the constraints imposed can be difficult, as resources may be limited.
Invariably the ability to solve problems can be confusing due the large numbers of variables that may impact the processes. In most cases problems are not metallurgical in nature but rather operational and mechanical. Problem solving is a process and in many operations this ability is absent. All too often many changes are made together without a solution resulting, on more confusion. Most plants learn to live or survive their problems, not to solve them.
Our engineering team has a global experience in the mining industry across all facets of the mine life-cycle. Our focus is to add value to your project and company by understanding your needs, employing innovative ideas and applying sound engineering while maintaining an economically driven approach. We have a combination of senior level professionals, experienced project managers, and technical staff to execute projects efficiently. We work in a partnership with our clients to achieve their company goals and operational milestones in a timely and cost effective manner.
The magnetic mineral processing line or the magnetic separator production line is mainly made up of jaw crusher, ball mill, classifier, magnetic separator, concentrator, and drying machine with the feeder, lifter and conveyor as the auxiliary equipment. The magnetic separator features high efficiency, low energy consumption, strong processing capability and economical effect. The magnetic plant or the magnetic mineral processing plant can be customized according to users requirement.
The magnetic separation process like the iron magnetic separation plant has a wide range of application fields including to process magnet, pyrrhotite, ferrotitanium, siderite and roasted ore and to separate impurity in the iron removal and iron ore removal process.
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Ask for Help with Questions /Offer Answers /Give and Receive Ideas, Solutions & Opinions Hello and welcome to 911 Metallurgist Mineral Processing/Metallurgy Community Discussion Forums. Pleasejoin meand other Mineral Processing Industry Professionalsin a this uniquely friendly environment.
Forum Search Please SELECT YOUR TOPIC of interest (From List Below) to Read or ADD A TOPIC (Ask a Question):Crushing, Screening & ConveyingAll aspects of crushing, ore conveyingand screening operation and maintenance: Discuss any type of crushers: gyratory, jaw, cone, roll, HPGR, impact, hammer, etc. Crusher liner, lubrication, mantle, bowl, spider and all other components. Ore transportation on conveyor belts and through classification systems such as vibrating screens, grizzlies and feeders. Coarse or fine ore stockpile management questions are also welcome.Discussion/Question TopicLast activityRepliesCalibration secondary and tertiary crushers by NetsieNetsie1What is the best way to clean hpgr rollers? by alitorabi1369mohammad13646How to theoretically calculate energy consumption of various... by pandamanishankarAlex Doll1Applying laws of comminution to predict energy consumption. by shayneAmyCarter2Cone Crusher Shaft Broken by [email protected] an old Ball Mill in Creede, Colorado USA by LordPageDavid1DSM Screen Sizing by BrantTSmartDog2Grinding & Classification CircuitsAll aspects of grindingand product classification systems; theiroperation and maintenance: Discuss any type of grinding mills: SAG, AG, rod mill, ball/tube mill or regrind (verti-mill/tower-mill, ISA, Detritors SMD). Mill operating speed, density, circulating loads, liner, lubrication,and other components. Grinding media charging, usage and design as well as classification systems such as screens, trommels, hydrocyclones or spiralclassifiers.Discussion/Question TopicLast activityRepliesOversize Ballmill Discharge by SteveSmartDog1Odd shape of wet ball mill ball scats. by evandewittevandewitt0Hydrocyclone sizing by Fuloshixwajbessett4Single stage SAG Milling circuit by Metals GuyDavid1Open desliming cyclone circuit by FuloshixwaSmartDog1Cyclone or Pre-leach thickener by ManUtd67rob riggir2sizing and selection of ball mills by AzadehSmartDog1Gravity Separation & Concentration MethodsDiscussion any gravity recovery method of any metal. Centrifuges (Knelson/Falcon/others), sluices, spirals, jigs, shaker tables, panning on gold, lead, coal, tungsten, titaniumor anygravity recoverable metal. Heavy/Dense Media "sink-n-float"separation or process where specific gravity can be used to separate something from another, discuss it here.Discussion/Question TopicLast activityRepliesNugget Trap between trommel and conveyor by Blackcowsrob riggir2Concentrate grade calculation by JJ1Jorge2Dense medium processing for coal by Millza79SmartDog1GRG Test Question by Millza79Todd H1Back Pressure Vs Gforce. - by BlackcowsDavid4Separation of Alumina and MgO by YathilTodd H1Efficiency curve and geometric parameters. by Cpt.PopeyeSmartDog1Froth Flotation (Sulphide & Oxide)Discuss separations by froth flotationusingchemical reagents on any/all minerals; fundamentals of flotation chemistry insulfide or oxide or silicateminerals. Discuss flotation machines operation and maintenance. Any topics related to froth, grade/recovery, sequential, bulk, differential, training, mechanical or column flotation.Discussion/Question TopicLast activityRepliesCu-Pb-Zn recovery calculations by BoikanyoSmartDog2High mercury in Copper/gold concentrate by joshuasungsuDavid3Determine the bubble size of the froth by luiswesmolesDavid1Cu Recovery n Visualisation by YrstrulyTodd H1Sulphuric Acid Resistant Aloy/material That can also produce... by waleedJorge1Flotation of Lead oxide by mardinJorge5Copper cells calculation by Yaseen AhmadJorge2Hydrometallurgy: Leaching in Heap, Vat, CIL, CIP, MerrillCrowe, SX Solvent ExtractionHydrometallurgical processes: Leaching using acid, cyanide, chloride, or other: in-situ, in heap, vat, CIL/CIP agitated tank (Carbon activation, stripping/elution), autoclave leaching. SX solvent extraction, ion exchange, metal recovery by electrolysis or precipitation (MerrillCrowe or others).Discussion/Question TopicLast activityRepliesHydrochloric acid leach processes for copper concentrates by alonso771SmartDog1How to Reduce Gold Vat Leaching time by Mining MogulSmartDog1CIP tanks not flowing by Philiporob riggir16Dry digestion of slags by martieJorge1Solvent extraction of rare earth elements by martiemartie0Vat leach cyanide addition in the makeup tank by Austin MuvimiAustin Muvimi0Ideas for a Selective Non-Toxic Leach for PGMs+Au by peter-colopeter-colo0Pyrometallurgy: Roasting, Smelting, Refining & Calcining + ElectrowinningAll aspects of pyrometallurgical processesoperations and maintenance are opened for discussion: Calcination, roasting, smelting and refining (flux, slag) as applied to any metal including but not limited to Au, Ag, PGM, Fe, Cu, Cr, Zn, Pb, Snand the utilisation of furnaces in precious metals refining. ALSO,Electrowinning, Electrorefining, Electroplating of othermetals like Al, Co, Mn, rare-earth and uranium,Discussion/Question TopicLast activityRepliesMuriatic, peroxide, tap water liquify gold by randy NWieslaw Wodecki4How to process silver gold amalgam with acids by 7CHEESE8Nonoy Celera2Remove iridium, ruthenium and osmium from 90% to 99.50% gold... by shaurythesethshaurytheseth0What is the cost of Copper Electrorefining per KG by plorenziplorenzi0ETP Copper - Electrical Conductivity by nshiva20Jorge1Freezing Issues by rachitSmartDog1Supplier indication - Roasting by GabrielJorge1Thickening, Filtering, CCD & Water Treatment, Tailings DisposalThe dewatering process is the removal of water from solid material or soil by wet classification, centrifugation, thickening, filtration. Discuss here topics related to Counter Current Decantation, tailings disposal and water treatment methods.Discussion/Question TopicLast activityRepliesFilter Presses by Millza79Philipo5Thickener Drive Unit by Jorge QuintanillaTodd H1Filter cloth consumptions by Millza79SmartDog1density measurement by Jorge QuintanillaSmartDog2Base metal in Gold Cyanidation Tailing by DarrelManUtd673Reducing flocculant consumption in CIL and CCD thickeners by oduroDavid1How to calculate Total settling rate after conducting settli... by bobo12SmartDog1Laboratory Testing & General Mineral Processing Engineering/DesignDiscuss your laboratory testing difficulties, methods and procedures. All mineral processing test topics: Sample preparation, grindability/hardness testing, flotation, leaching, thickening, sizing, etc. All research or engineering/design questions can bediscussed herein. If you don't know what section to ask your question; post it here.Discussion/Question TopicLast activityRepliesCalibration standards for combustion analysis by Mreza555Mreza5550How to get elemental gold by kati567kati5670Protocol Needed - Testing Carbons for Au loading concentrati... by ZimboskudTodd H1Reduction of gold and precious metals using chlorine water by kati567kati5670Separating arsenopyrite from pyrite by jasonmaguire99Jorge2Milling Silicates (with Iron) at 30 bar in Supercritical CO2... by BonzoboyBonzoboy0Specific gravity by joshua cheyoSmartDog1Assaying, Microscopy, Mineralogy & XRF/XRDAll assay methods (fire, Atomic absorption AA) for all metals including X-ray fluorescence (XRF), spectrometers in fieldplantassayingand X-ray powder diffraction (XRD),Quantitative Evaluation of Minerals by SCANning electron microscopy (QEMSCAN),general microscopy or mineralogy andmineralogical studies as related to geology and mineral processing methods.Discussion/Question TopicLast activityRepliesBMC Metal Identification by ZandarkoadEG Pepito3Panalytical Omnian Calibration Problem by LIMADavid1BONE ASH / CRESS ELECTRIC FURNACE by MRBLUEEYES2010David1Portable XRF application for fine alluvial gold by rlarueJonas1Fire Assaying First Test by AzblueAzblue2How do you precipitate gold from cycnide plating solution? by cstott2will assay results be different than aqua regia extraction m... by Devon2017SmartDog1Geology & GeometallurgyAll aspects of mineral exploration or production/mining geology and well as its cousin, the geometallurgy. Ore geo-variability, lithology, "ore typing" and reserve estimations. Drilling/blasting for fragmentation, and the wholeMine to Mill relationship.Discussion/Question TopicLast activityRepliesDoes refractory gold ore naturally release it's gold ov... by ebnk15ebnk150Device to prospect natural gold by rcpasediment-hosted-minerals2Drilling and sampling of the tailings dam by RaveleSIMetallurgist2Resource modeling using handheld XRF data by mkdevarajanJorge1Impact of ore variability on the financial performance of a ... by Millza79Todd H2BLM Prospecting Permit in Eastern Region National Forest?? by ebnk15ebnk154Minimum sample needed to be sent to lab for analysis from dr... by LeonitaJorge1
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This is a standard cassava processing business plan PDF that you can download for your business either as loan or grant. Whether you want to apply for NIRSAL Microfinance Loan, Bank of Industry (BOI) or any form of grant like Tony Elumelu foundation Here is a complete cassava processing business plan.
Below is a complete cassava business plan you can download to guide your business or to seek for fund from outside source. The complete business plan start from the executive summary to the financial analysis.
Our target markets are other local farmers, individuals, supermarkets, hotels, restaurants, wholesalers and retailers in Nigeria and also for exporting to other neighboring countries like Chad, Benin Republic, Ghana and Niger.
Our vision is to become preferable one of the largest cassava farms and processors in Nigeria by year 2025 through the production of hygienic, healthy and rich in minerals cassava products couple with an effective distribution in other to enhance customers satisfactions.
The business is being owned and finance by Ajelowo muri is a visionary and hardworking entrepreneur determined to make the business of cassava farming and processing his priority. He started on a small scale few years ago and seeing how profitable the business is, therefore ventured into the production and processing of cassava in medium scale hoping to expand it to large scale.
With this, he has increased his farm sizes and acquires locally fabricated machinery for the processing of cassava of different products and sometimes rented some equipment to compliment those ones he has because of limited access to adequate and required funds.
He is an engineer by profession, creative thinker and zealous marketer at early stage of his life and being a boy grew in the village very close to farmland and farm areas, having wide experience in farming, agricultural input, processing of various crops, animal breeding especially ruminant and non ruminant especially in the area of arable crops such as cassava, rice, maize, millet and beans etc production and processing.
Working with different companies and later as a marketing consultant for Alpha-plus Nigeria Limited, he believes his knowledge and competency gained over the years will propel him to succeed in this business.
Hence the business is expected to sustain beyond the pays back period. We have identified the major risk our business expose to and we have out adequate. You can download any form of Business Plan in Nigeria here.
We are specializing in cassava farming and processing. Our target markets are the local market women or retailers, whom will buy in larger and also for exports to other neighboring countries such as Chad, Niger republic, Benin Republic and Togo
Clextral designs, manufactures, installs and maintains custom-made lines for plastic extrusion to produce technical compounds for the plastics industry. Our co-rotating twin-screw plastic extrusion technology and our long experience in product development ensure the efficiency of this highly flexible and scalable process.
The compounding of polymers, often made with mineral powder-based fillers, can also be achieved with integrated vegetable fibers. In these processes, fibers are continuously introduced into the polymer after it has been melted. Clextral has been working for several years on economical and ecological alternatives to conventional polymers derived from oil (ou petroleum-based polymers).
A standard line generally begins with pneumatic transport of raw materials from silos or big bags to surge hoppers located after the volumetric or weighing feeders. A side feeder for loads or fibers feeding can also be used on the twin-screw extruder. On the sleeves, atmospheric or vacuum degassing devices allow to remove moisture or monomer residuals. The twin-screw co-rotating plastic extruder melts the polymer, adding fillers and/or fibers to perform thorough mixing of the materials. After degassing and the extrusion process itself, the material is transferred to an area for the final granulation stage. Different cutting systems can be used, such as sectional reeds, underwater ring shearing or underwater cutting.
Clextral also offers its expertise and dedicated equipment to plastic industry manufacturers at its test center to try out new compounds and improve manufacturing processes. Design of new compounds, prototyping, testing and pre-industrial ramp-ups can all be carried out independently and confidentially at our facilities with the participation of our experts.
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Prominer can provide the solution for different mineral processing plants dewatering purpose or the removal of water from solid materials or soil via wet classification, centrifugation or filtration. Our dewatering system is widely applied in slurry density adjustment, desliming, concentrate and tailing dewatering process. We have the equipment or equipment combination available for the dewatering processing as below indicated.
Thickener is applicable for all kinds of mineral concentrate, tailing dewatering process in the mineral processing plant and the slurry density adjustment in gold CIL or CIP plant. Prominer can provide the thickener system as below:
Centeral drive thickener mainly consists of thickener tank, rake, rake drive, hydraulic rake lift system, flocculant adding device, feeder and automatic control device. It can be designed into skid-mounted type
Belt Vacuum Filter is a kind of highly efficient solid-liquid separating equipment. It has been widely used in industries such as metallurgy, miningcoal, chemical engineeringpaper makingfood and environment protection.
Prominer has been devoted to mineral processing industry for decades and specializes in mineral upgrading and deep processing. With expertise in the fields of mineral project development, mining, test study, engineering, technological processing.