fly ash to sand making process flowchart gold ore crusher

flow diagram of gold mining process in south africa

flow diagram of gold mining process in south africa

This coal mining project is an open pit mine located in Nigeria, announced by mining company - Western Goldfields - that it has discovered 62,400,000 tonnes of proven reserves of coal deposits worth US$1.2 billion which could be used for the generation of electric power...

fly ash handling: challenges and solutions | power engineering

fly ash handling: challenges and solutions | power engineering

Fly ash is a general name used for the residual products of combustion that rise with flue gases. More than 100 million tons of fly ash is produced in the United States every year; most coming from the combustion of coal in power plants. Nearly half of this fly ash is reused for purposes such as producing cement.

Chemically and physically, fly ash can have many forms depending upon the type of fuel burned and handling methods. A typical fly ash contains a significant amount of silicon dioxide and calcium oxide, which make it frictional and abrasive. Usually, fly ash has a fine particle size distribution with most less than 100 microns. Given the fine particle size, frictional nature and high temperature, fly ash can be a difficult material to handle reliably.

In this article, we will look at various types of flow problems that can occur in fly ash handling and storage systems, including arching, ratholing, flow rate limitations and flooding. We will describe a proven, scientific method that can be used to characterize flow properties of fly ash. Also, we will describe various options to handle fly ash reliably in a deaerated mode as well as in a fluidized state. This discussion will apply to handling of fly ash in precipitator or baghouse hoppers as well as in storage silos.

In a typical fly ash handling system, the material that is generated as a result of combustion is captured by an electrostatic precipitator (ESP) or a baghouse before the flue gases reach the stack. These ESPs and baghouses generally have multiple pyramidal hoppers at the bottom, in which the ash is collected by gravity and then is transferred to a storage silo. These storage silos generally have provisions for a truck load-out to carry the fly ash for disposal or reuse. As a result of the frictional nature and fine particle size distribution, fly ash handling systems often experience problems if they are designed without following a prudent engineering approach. In the following, we first describe the common flow problems that can occur when handling and storing fine dry fly ash [3, 4, 6].

This condition can result either from arching (also known as bridging) or ratholing. Arching occurs when an obstruction in the shape of an arch or a bridge forms over the outlet as a result of the materials cohesive strength. When fly ash forms a stable arch above the outlet, discharge is prevented and a no-flow condition results. Fig. 1 on page 46 shows an example of an arching problem.

Ratholing occurs when material empties out through a flow channel above an outlet. As the level of fly ash in the flow channel drops, a resistance to further flow into this channel occurs due to the materials cohesive strength. No further material discharge occurs from the outlet, resulting in a no-flow condition. Fig. 2 on page 46 shows an example of ratholing. The pyramidal shape of typical ESP or baghouse hoppers makes potential arching and ratholing problems worse.

When flow obstructions switch/interchange between arches and ratholes, erratic flow results. In a typical erratic flow problem, an arch formed over a hopper outlet may fail due to an external force, such as vibrations transmitted to the hopper, and then material flow will resume until the flow channel has emptied out. This will result in the formation of a rathole preventing material discharge. The rathole can collapse due to a similar external force and the falling material often gets compacted over the hopper outlet and again forms an arch resulting in no-flow.

The permeability of fly ash is typically very low due to its fine particle size distribution. As a result, when deaerated, fly ash provides a considerable resistance to the flow of air or other gases (simply referred to as air in this paper). During discharge from a silo or hopper outlet, air counter-flow through the fly ash bed provides an opposing force to gravity. This air ingress occurs as a result of the natural expansion of the ash bed within the hopper as it flows, or simply due to leakage from the conveying system below. As a result, fly ash hoppers and silos are limited in terms of the maximum discharge rates that they can provide by gravity alone. This behavior increases the time required to fill the trucks as well as to empty out the storage silos. This situation can cause further problems when sufficient storage capacity is not available for newly collected fly ash due to slow unloading from the storage silo.

As a fine powder, fly ash can behave like a fluid when sufficient air is present. Flooding can result, particularly when the handling rate is too high to allow sufficient time for the entrained air to escape. In this case, the fly ash may become fluidized and flush through the outlet unless the feeder can contain it. Flooding not only creates a challenge in metering the discharge, but can also lead to serious environmental, health and safety concerns.

Fig. 3 shows an example of the impact of fly ash flooding. In this case, the material became aerated when a rathole developed in the silo, and then collapsed, resulting in a rapid and uncontrolled discharge through a screw feeder, emptying the entire contents of the silo through the building wall in a matter of minutes or seconds.

As a result of the collapse of ratholes and the formation of arches, sudden dynamic forces acting on the silo shell can result in structural damage. Also, the development of eccentric flow channels within the silo, particularly due to multiple or offset outlets, can result in non-uniform loading along the outer walls, that may cause wrinkling or buckling of the silo.

The presence of a significant portion of silicon dioxide makes fly ash very abrasive and frictional. As a result of material sliding and impacting within the handling equipment, wall surfaces undergo tremendous wear. This often results in the need for frequent patching and replacement.

Dust can be encountered when air currents have sufficient velocity to capture and move fine particles. Dusting can particularly occur at transfer points where the air entrained in the powder is suddenly expelled, carrying these finer particles with it. Dust generation also occurs when local air currents have sufficient velocity to pick up particles from the surface of a pile. Dust by itself is a nuisance and, more importantly, it can result in safety concerns including the health effects of operator exposure and the potential for explosions. Hence, OSHA has a strong policy for controlling dust generation.

Agglomerated lumps of fly ash and foreign materials can create flow problems, especially when handling fly ash with airslides or aerated bin bottoms. These lumps are usually too large and heavy to remain in suspension, and settle on the membranes. This can cause the fluidizing air to short circuit and channel through fly ash, thus allowing the surrounding material to deaerate. Such conditions often lead to flow rate limitations or incomplete discharge.

The material handling challenges and flow problems described in this section are related to how fly ash flows through a hopper or silo. Hence, before looking at the solutions for these problems, it is important to understand the fundamentals of the flow of bulk materials.

Many flow problems are related to how a bulk material flows within a hopper or a silo. As shown in Fig. 4, there are two primary flow patterns that can develop during material discharge: funnel flow and mass flow.

In funnel flow, during discharge, only a portion of the material is in motion while the remainder is stationary. Thus, an active flow channel forms above the hopper outlet, with stagnant material at the periphery. If the bulk solid has sufficient cohesive strength, the stagnant material will not slide into the flow channel, resulting in the formation of a stable rathole. In addition to reducing the live storage capacity, funnel flow can result in caking and exacerbate particle size segregation. Often times, shallow hoppers result in funnel flow discharge. Pyramidal hoppers, which have shallow valley angles, commonly discharge in funnel flow. These valleys can also serve as hang-up points due to rough welds and the high surface area, promoting material buildup.

In mass flow, all of the material is in motion whenever any is withdrawn from the hopper. Material from the center as well as the periphery moves towards the outlet. Mass flow hoppers provide a first-in-first-out flow sequence, eliminate stagnant material, and provide a steady discharge with a consistent bulk density and a flow that is uniform and well-controlled. Requirements for achieving mass flow include sizing the hopper outlet large enough to prevent arching and ensuring the hopper walls are sufficiently smooth and steep enough to promote flow along them.

A third type of flow pattern, called expanded flow, can develop when a mass flow hopper (or hoppers) is placed beneath a funnel flow hopper. The lower mass flow hopper is designed to activate a flow channel in the upper funnel flow hopper, which is sized to prevent the formation of a stable rathole. The major advantage of an expanded flow discharge pattern is the savings in headroom. Particularly for large structures, a configuration consisting of a funnel flow hopper above a mass flow hopper results in a significantly lower overall height, compared to a mass flow hopper only. This approach not only reduces capital cost, but also facilitates retrofitting existing hoppers and silos by minimizing the additional headroom requirement. The mass flow hopper beneath the funnel flow hopper still has the benefits of discharging material with a consistent bulk density.

Several critical flow properties influence a materials handling characteristics. Cohesive strength of a material determines its potential for forming a stable arch or rathole. This property is measured as a function of consolidating pressure; moisture content, temperature and storage time at rest also need to be considered as conditions for testing. Information obtained from these tests is used to calculate minimum outlet dimensions for hoppers and silos to prevent arching and ratholing.

Wall friction between a material and a hopper wall surface has a critical influence on the resulting discharge flow pattern. Wall friction is measured as a function of consolidating pressure, and also should consider moisture content, temperature and storage time at rest. Information obtained from these tests is used to determine hopper angles required to achieve mass flow.

Compressibility of a material measures the change in its bulk density as a function of consolidating pressure. It is used to determine the capacity of storage equipment such as silos and hoppers, and to calculate material flow-induced loads. It also provides information necessary to determine outlet sizes and mass flow hopper angles.

Permeability of material measures its resistance to the flow of air through a bed of particles. It is particularly important when material contains a significant portion of fines. The data obtained from this test is used to calculate critical, steady-state discharge rates of the material in a deaerated state as a function of outlet size and consolidating pressure. Discharge rates attempted above these critical values can result in two-phase (air:solid) flow problems, such as limitations and flooding described earlier in this paper [8].

Aeration can be used to overcome discharge rate limitations. To design a storage system with an aerated discharger, the superficial airflow rates and supply pressure requirements need to be determined. These are established by running a fluidization test. In this test, a fluidization column is filled with the bulk material and air is permeated through a membrane and into the column. Different membrane types can be used, depending on the application, ranging from relatively inexpensive polyester to high-temperature duty sintered metals. Plotting air flow versus pressure drop allows the designer to determine the minimum requirements for the air supply system. The state of aeration must be considered as part of the design basis, as to whether the entire hopper contents will be fluidized or whether just a portion near a silo outlet will be in this state. Discharge controlling devices such as feeders and gates must perform in a manner that supports the desired state.

Measurement of a materials angle of repose can aid in estimating storage capacity, along with use of compressibility (bulk density) test data. However, this test has little value in characterizing material flow, even though it is often used for this purpose.

If a material is pneumatically conveyed, its minimum conveying velocity should be understood to prevent plugging (a risk if it is moved too slowly) and excess pipe wear (a risk if it is moved too quickly). Pneumatic conveying tests can be used to gather this data, recognizing the influences of line pressure and size.

When properly designed, a handling system can provide reliable flow for challenging materials, whereas poorly designed equipment may not be able to handle even the most free-flowing materials. The key to reliable system performance is to ensure that the design takes into account flow and other relevant properties of the materials involved, in this case fly ash.

Selecting the appropriate flow pattern is critical for a reliable storage system. Funnel flow is suitable only for coarse, free-flowing, non-degrading bulk materials where segregation is not important. Furthermore, funnel flow discharge is prone to ratholing, and it exacerbates arching tendency of materials. For materials like fly ash, mass flow is recommended due to their cohesiveness and ability to cake with time. Expanded-flow designs are used for large storage volumes or when limited headroom prevents the use of a mass flow design.

In order to ensure mass flow, the hopper walls must be steep and smooth enough, as per the results provided by wall friction tests, to ensure that fly ash flows along the sloping walls of the hoppers and silos. In addition to this requirement, the outlet must be sized large enough to prevent cohesive arching as well as to achieve the desired steady-state discharge rate. Rathole formation is not possible in mass flow, which is a significant advantage.

Many fly ashes can be handled very well in an aerated state. Fluidization test results can be used to set superficial air velocity and the expected pressure drop for the air supply system. These tests can also be used to gage the ability to re-aerate the material after stoppage periods or in the presence of large storage heads. When aerated, the internal friction and wall friction of the material reduce considerably, thus avoiding cohesive arching and ratholing. This behavior can allow the use of shallow converging sections in the area of the aerating membrane and smaller outlet sizes for achieving reliable flow. Aerated fly ash can also achieve very high discharge rates. In large aerated storage silos, only the material close to the dischargers membrane becomes fluidized, whereas in smaller bins, such as blow tanks, the entire contents can reach this state.

In addition to hopper and silo design, feeder design is also critical for ensuring reliable flow. The type of feeder most suited for a given application depends upon the flow characteristics of the fly ash, flow pattern selected, and site-specific requirements such as material handling conditions, available space, and flow rate control. Of primary concern is the containment of fly ash when it becomes aerated.

Rotary valves are suitable for handling aerated fly ash and when a pressure seal is required between the storage and conveying systems. For a rotary valve to withdraw fly ash uniformly from the entire outlet, there must be a sufficiently tall vertical spool piece between the rotary valve and the hopper. Also, it is important to provide venting when feeding into a positive pressure environment.

Double dump valves are also commonly used to handle fly ash, and can handle high air pressure differences. In the actuating sequence for the two valves, first, the top valve opens, allowing the chamber between the two valves to fill with fly ash, after which the top valve is closed. This space can then be pressurized or evacuated as needed. Next, the bottom valve is opened, discharging the fly ash to the downstream process. Using a double dump valve arrangement results in a batch or pulsing flow.

Moderate flow rate control and hopper area recovery can be achieved when handling aerated fly ash by using airslides. Screw feeders can be used for handling deaerated fly ash; however, caution must be exercised in the design and operation of the system, since a screw feeder will not hold back material that is aerated.

A conveying system for fly ash must also be designed properly. Often times, pneumatic conveying systems are used to transfer fly ash from the collection hoppers to the storage silos. While the equipment used for pneumatic conveying has advanced significantly over the years, it is still not uncommon to encounter problems with insufficient conveying capacity, plugging, erosive wear in elbows and buildup in the line, particularly when emissions control systems are changed (such as after the introduction of an acid or mercury capturing sorbent system, which will increase the quantity of ash generated). A pneumatic conveying system must be designed based on required minimum conveying velocities to avoid pluggages, while providing the needed air pressure and flow rate to move the material through the line [5]. In these situations, the pipeline diameter can be used as a design variable, with step increases made over the line length to minimize conveying velocities to reduce line wear while increasing the lines capacity.

1 Moisture must be avoided in a dry handling system, since many fly ashes are hygroscopic and will react with water. If moisture is inadvertently added, caking, agglomeration and build-up can occur. Fly ashes are well known for their cementitious properties and are often used in low strength concrete mixes.

[3] Barnum, R.A., Hossfeld, R.J., Khambekar, J., Geisel, K., (2009). Improving Plant Performance by Retrofitting Coal Bunkers at Mt. Storm, presented at 2009 Power-Gen International Conference in Las Vegas, NV, USA.

[8] Baxter, Thomas, Prescott, James K. and Barnum Roger The Effect of Particle Size Distribution Upon Adverse Two-Phase Flow, presented at m3: An International Conference on the Role of Materials Science and Engineering in Drug Development, Reykjavik, Iceland, May 20-23rd, 2007

Dr. Jayant Khambekar ([email protected]) is Power Industry Specialist and Mr. Roger Barnum ([email protected]) is a Senior Consultant at Jenike & Johanson. Jenike & Johanson is a specialized engineering firm focusing on providing reliable bulk solids flow.

fly ash bricks manufacturing 10 points to consider | build with ash

fly ash bricks manufacturing 10 points to consider | build with ash

Fly ash bricks manufacturing has become a big money making business in India. Now people of India have slowly adapting the green brick technology (Fly ash Bricks) which is going to be a savior of our mother nature for years to come.

3. Availability of Water: Obviously you need plenty of water to facilitate the fly ash brick manufacturing process (preferably soft water), so its better you setup your factory where you have easy availability of water.

4. Environmental Issues: Unloading Fly ash and storing it in open space generates huge air pollution to the environment. So, make sure that your factory campus is not surrounded by residential area or any other factories that manufacture sensitive products that are prone to damage with accumulation of micro dust particles.

5. Total Project worth: The total worth of this project including plant, machinery and working capital is estimated to be Rs.30, 00,000/- approximately. This estimation is based on machineries with production capacity of 12,000 Bricks/ shift. (The estimation does not includes the cost of diesel power generator)

Cement manufacturers have installed Giant Silos at their own cost in Thermal Power Plants to collect the fly ash accumulated, obviously they get the major share of fly ash from Thermal Power Plants, the fly ash bricks manufacturers often fight for their share judicially.

7. Labor: Availability of labor is a big problem now in growing India. Since the Production process includes some labor intensive works and dusty wok environment, it is hard to find suitable laborers for this industry. Any ways, we can convince the workers by offering high pay and some incentives.

One should do a thorough market research for availability of fly ash before you get in to this business. Though fly ash is available through black market dealers, it is wise decision to get fly ash quota as soon as possible to continue to survive in the market.

Buy machineries from a well-established company, obviously you need frequent tune-ups and regular maintenance when you start production, only experts in this field can offer you such a good service to keep you in winning track. New companies will offer you some big discounts, but their products are definitely subject to risk.

Hello Dr s s garg, Can you please share your entire proposal in details and will revert back to you at the earliest. We are in the stage of setting up the Bricks manufacturing business, kindly send in your details to [emailprotected]

hello sir, Thank you for giving such a brief explanation on the manufacturing process of flyash brick.Sir, I want to establish a flyash brick company at angul in odisha. sir i have asked for flyash which is not a matter of problem for me but i want to know the process involed such as whom to contact at first for guidance,procedure involved n good machinary dealers and so on.

Dear Sir, We are leading engineering company engaged in design, manufacturing & supply of Automatic Fly Ash Bricks Plant. We are having seven models to produce 500 Bricks per hour to 5000 bricks per hour.

I have started the plant in raebareli but there is something wrong with the mix or something else. As the bricks are taking too long to be ready I mean after curing it takes a long time to get settled and achieve the strength. And can u pleas help me out with mix required while using gypsum and lime. Is lime, gypsum, ash, and cement can used together

Dear sir: we running on fly ash bricks unit. But I need help me we r using of raw material. Fly ash-15% wet ash15%. Lime 10% gypsum 10% stone dust50% this s my ration of fly ash bricks . Plz tell me this ration is Possible or not possible. Plz tell me. Than how to mix ratio quality of fly ash bricks thank u sir we running in Tamil nadu

hello sir, i am interested in manufacturing fly ash brick in massorie gulabati road ner bulandshar road . please advice me how to purchase a raw material and from where to purchase a raw material Regads akash jain 9717092647

Hello sir. I wish to start my fly ash brick manufacturing unit in west bengal. Can you send me a report of the project and also I wish to know the future prospects of this project in my state. Whose permission I need to seek? Hoping to get a positive reply at the earliest. Vishal Chamaria 09002414444 [emailprotected]

A. Hydraulic press 70 Ton 1No with 1 cylinder B. Molding area 80cmx75cm C. Size of Pallet 61cm x 66cm D. Maximum height 100mm E. No. of bricks per stroke 8 KVT F. Pallet Feeding Hydraulic G. Type of pump Gear pump & plunger Pump H. Vibrators Mould vibrators 2 HP I. Type of Control PLC Control J. Hydraulic pallet lifting 2 PAN MIXERS (500 KG CAPACITIES POWER 5 HP) BELT CONVEYOR (18 FEET LENGTH 2FEET WIDTH 2 HP MOTOR 1440 RPM WITH GEAR BOX) 1 Extra Dye for making Bigger Size Bricks. 230x150x80 (Approx) 2 Brick Shifting Trolleys 1000 Wooden Pallets Machine Only 2 Months Used Perfect Running Condition

1. Whether you are having batching machine? 2. What is total amount of the plant 3. At what price you are going to dispose and why. 4. what is the bank loan and other loans 5. process flow and the plant capacity 6. make of the machine. Thanking you. Regards sibendu misra

The above information was very useful. i am planning start up with this business very soon, i need some more indepth information. if you can please provide the complete information and suggest if its possible to set up with still lesser investment.

I am looking to setup fly ash brick manufacturing firm. It will be very kind of you if you can provide me the details regarding the same. Necessarily i need the land requirement, that what kind of land will be required? Can i start this up on a farming land?

I am planning to enter into flyash brick manufacturing business and set-up facility in Siliguri.Can you suggest me which authority sanctions fly ash quota from powerplants in Siliguri. Also it would be a great help if you could send me the project report of 2014-15.

D/sir, i am planning to set up fly ash bricks manufacturing unit at uttrakhand kotdwara kindly suggest me that whether the project is viable at uttrarakhand and pl provide the detailed project report on the same

harish if u want to start fly ash brick plant remember all the raw materials like fly ash limestone or sand will be nearby from the plant suppose u decided to start plant nearby thermal power plant but sand or lime stone is not avilable near from the plant so your transportation expenses will be increse and your profit decreses so always remember raw material should be nearby the plant and after the production u have to sold it all over India by the help of tin or pin number

sir i m starting fly ash bricks plant in chhattishgad in korea district pls tell me which machine is better and all detail about this industries and new prohects.all about nessesary details tell me and sussestions me

sir, i have not sufficient amount of money to start the plant but all the requirements for this plant like fly ash, land, labor, sand, and limestone i manage easily so how to get rest of money from govt, or other kind of private financiers sir plz underline the point I am very close to this plant but money is the only problem which can i face

We are fly ash bricks manufacturer based in Greate Noida. We are interested in disposing off our machinery along with other related equipments. We can provide technical know how also, as to right product mix, sales, profitability etc. We are open to transferring our entire setup in running condition to the prospective buyer as ours is rented land.

I am planning for manufacturing unit of fly ash in jammu.I need some guidance on how to start as jk government is promoting manufacturing unit with subsidies.the people who r already manufacturing fly ash can join me in opening unit in j& k which will reduce the cost of brick due to subsidies.

We NOAH EQUIPMENT Pvt Ltd. We are supplying Concrete & Fly as block machine from Surat (Gujarat). We are working in Collaboration with Noah Block Machine factory, Ningbo,China. Manufacturing partners of that company.

Our machines are eligible to make any kind of concrete products such as Hollow Concrete Block, Solid Concrete Block, Paver blocks with layer and without layer and curv stones as well. Our machines also can produce any kind of fly ash products such as fly ash bricks and blocks.

Please find attached details and quotation with this mail, please go through it and let me know your further idea about it.The no of bricks manufactures in 8 hours provided in the quotation is a general estimate ie 70% of the original ground value.

I want complete details of fully automatic machine used for fly ash brcks , proposal report and from which department standardized certificate details required. Sources of raw materials and proportions of raw materials to be mixed for production of bricks in Aligarh district, Uttar Pradesh. Mo 9410854415.

sir i m starting fly ash bricks(bricks 8,9inch and block) plant in chhattishgarh in new raipur pls tell me which machine is better and all detail about this industries and new project.all about nessesary details tell me and sussestions me

sir i am starting fly ash bricks(bricks8 9 inch, block) making plant .but i have no more ideas plz sir suggest me which type machine is used ,material ratio and precaution for this business ..plz sir send me details in my mail id

Myself Abhilash Singh from Lucknow i want to set up fly ash bricks project in Lucknow. can u please provide me some help in establishment of that project. if it is possible can u mail me some projects reports. and i want to know about the cost come on establishment of that project. my contact number is-9125003366/ 9792100010.

Respected sir, I am wanting to start this fly ash brick project in odisha. Can you give me some idea about selection of land, name of company provides machinary required for this project and what is fly ash quota and how I collect it at odisha. Kindly give the guidance ablut above mentioned quedtion through the e-mail id i.e. [emailprotected] Thanks & Regards Prasad Pattanaik

Hello Me fly ash brick plant lagane k liye try kr rha hu.. Bt prblm ye h ki.. Koi bank ise finence krne ko tayyar hi nhi h.. Koi kahta h ki hm itna bda loan nhi krte h.. Koi kahta h ki ye hamare jon area me nhi h.. Ab kya kru..

yes we are Chamunda Engineering Works Located In Morbi,Gujarat Inida We are Manufacturer And Exporter of Construction Machinery and Hydraulic Press You Can Contact on +91 99795 18834 Mail [emailprotected]

yes we are Chamunda Engineering Works Located In Morbi Gujarat India We are Manufacture and Exporter of Construction machinery and hydraulic press You can Contact on +91 99795 18834 Mail [emailprotected]

We are manufacturers of Fly Ash Brick Admixture Our Product PlastoFix P220 is used for Fast Setting , Accelerate Curing Time , Less Breakages Please contact for more information +9

Dear sir, I would like to start fly ash bricks(8000 -10000 bricks/shift )and design tiles,paving inter lock blocks.manufacturing industry. please send project report /profile.aproxymate value of the project. I am retired employee from a power plant NTPC. at telangana, Iwant start above said industry near our power plant ,Iam purchasing 1acr of land.please guide me how to start ie.what are the permissions ,licences,gov.subsidy on gov.schemes that are required .and where from that i can get.,and most importent part is pl .tell/advise a relaible company to purchese machenery.for the above product.and please tell me /advise me a party for supply,erection & commissioning of equipment at site.

hello sir, Thank you for giving such a brief explanation on the manufacturing process of flyash brick.Sir, I want to establish a flyash brick company at angul in Lucknow sir i have asked for flyash which is not a matter of problem for me but i want to know the process involed such as whom to contact at first for guidance,procedure involved n good machinary dealers and so on. Regards Ashok 9919606***

Dear Sir, i am intrested to open a fly ash bricks manufacturing plant in sidhi district MP. kindly advise about plant machinery/layout. how to start,where to buy, how to plan, please advise all from phasibility to production and sale.

Hello sir I would like to start fly ash brick plant with ( 6000-8000) bricks per shift with design tiles paving interlock bricks and much more. Sir I have 5 acres of land with all facilities. It is near by thermal plant across 30 kms distance to the plant. I just need the difference between the price level of fully automated plant & semi automated plant price. Please guide me to buy good profitable machinery with less maintenance and high quality and performance I am from telangana near by bhupalpally district sir plz guide meyours sincerely Amjad pasha 8187864243

Hello, I am interested in commencing a Fly Ash bricks manufacturing business in Dhanbad Jharkhand. Please suggest me Regarding the same and how effective is this business in Dhanbad. What sorts of difficulties could we face in setting up the business? What effective steps should we take to run a smooth and sound business? Kindly guide me.

Hello, I have gone through the above mention comment. We are in manufacturing of FLY ASH BRICKS MAKING MACHINES SINCE 2006 under the name of KARMYOG HI-TECH MACHINERIES. We are well established and very popular brand in this machinery and our product is present in almost every part of India. We have varied models starting from 7680 Bricks/ Shift( 8 Hours) to 40,000 Bricks/Shift (8 Hours). In the same way we also have models in Paver as well as Block Making Machines at a competitive price and with 1 year warranty and timely after sales service support. Feel free to contact anytime for any query you have regarding the machinery. Thank You.

Sir, I am interested in opening a fly ash brick making project in West Bengal located 40 km from tharmal plant. Please suggest me good quality cost effective machine and what kind of government permission is required.

Hello Sir, I want to set up fly ash brick manufacturing unit at Agartala, Tripura. Please share with project details for the same. Also I would like to inform you that due to the unavailability of coal based power plants in Tripura, we have to take raw material from Assam or west Bengal. Can we sustain if the raw material like fly ash is procured from a far away place like west Bengal?

I want to instal the plant in village Bhawanipur Thana pallari District balodabazar CG. Sir I. Complete all that requirements needs. I need project report and brief information about this plant as soon as possible.. Thank you I hope positive and quick response also

Hi m looking to start up fly ash production plz help me find a good machinery brand and give me some details about the norms of govt and other important legal permissions to start this project I have my own land of 20acres.

HiI am DINESH ENGINEERING COLLEGE STUDENT. I m doing final year project (Fly ash brick -Fly ash replacing with bagasse ash) My doubt is IS There any mix design ?like concrete and how much quantity of water to be added?

Hello, I am from Indore Madhya Pradesh and want to put a factory of fly ash brick with the capacity of 4000/shift. can anyone suggest me the approximately cost of plant? and some market condition. thanks i am all the time reachable @ 9826330105

fly ash bricks mixing formulas,best,mixing ratios,strength

fly ash bricks mixing formulas,best,mixing ratios,strength

OUR SERVICES:- Red Color Iron oxide Pigment 130Ssynthetic red iron oxide RIO-4130S LANXESS R03 Red Iron Oxide Color PowderBayferrox 4130 Red iron oxide pigment Bayferrox 330 Black Iron Oxide PigmentBayferrox 345 Black Iron Oxide Pigment

Related Equipments