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calculate gpm water to ton of processing ore. After years' exploration in mining industry, the technology of flotation has been more and more professional. According to the changing of market conditions ? Learn More. calculate gpm water to tons of ore YouTube

get priceApr 04, 2019Add a safety factor of 10% to 20%: Tons per hour x 1.2 (safety factor) = Chiller size in tons; 2) Calculate a simplified MCΔT. This method is ideal for measuring the actual load of a process. To calculate a result, you need to: Measure the flow rate of process coolant (gallons per minute or GPM), Determine the ΔT of the process coolant,

get priceNov 07, 2018GPM = Water flow in gallons per minute. C = Specific heat of fluid (BTU/lb-°F) ΔT = Change in fluid temperature. 499.8 = Constant converting lbs to GPM. Further clarifying this to incorporate fluids other than water, the equation changes even more: Q = GPM x SG x C x ΔT x 499.8. Q = Heat Load (BTU/hr) GPM = Fluid flow in gallons per minute

get priceMetallurgical ContentMINERAL PROCESSING FORMULASPulp DensitiesCalculation of Circulating Load in a ClassifierCalculation of Classifier EfficiencyScreen EfficiencyMeasure Tonnage by Water Ratio (Pulp Dilution)Pulp Density TablesConcentration and Recovery FormulasTwo-Product FormulasThree-Product FormulasReagent Consumption

get priceMar 13, 2018The flow rate of water in gallons per minute, or gpm, can be calculated with the help of the Bernoulli equation and careful unit conversion. If the pressure is known in pounds per square inch, or psi, at two locations along the pipe, then the Bernoulli equation can be used to determine the velocity of the water.

get priceore first enters the circuit to the production of concentrate and tailings. To prepare ore for the flotation process, run-of-mine ore, which may contain from about 2 to 5 percent water, by weight, when mined, is delivered to the crusher(s) to be reduced in size. At this stage, much of the moisture with the ore may be

get pricesign. The following formula is used to calculate the required flow in any hydronic system: GPM = HEAT LOAD/500 'T Where: GPM is the volume flow rate, gallons per minute Heat load is in BTU/Hr or BTUH 'T = Temperature difference between the supply and return °F 500 is the constant for standard water properties at 60°F Density: 8.33 lbs. per gal.

get priceMay 01, 2002The GPM/ton rates you are talking about are "rule of thumb" numbers. Typically for chillers systems, 2 GPM/ton is usually the evaporator flow and 3 GPM/ton is usually the condenser flow. These rates came about because they correspond to the temperature change of the water in the system.

get priceOct 22, 20107,841,410 Btu / 12,000 Btu/h/ton = 653 ton-hours Calculation above does not take any losses into account, nor the fact that you can't get back 100% of the energy you spent in cooling it, nor any allowance for decreasing effectiveness of

get priceM w = water weight; This equation is often used to determine the amount of water in a process stream1 knowing the solids concentration by weight and the tons/hr of solids in a process stream. Solids Concentration Example. The underflow stream from the classifying cyclone bank contains 100 tons/hour of ore which represents 45% of the total

get priceore first enters the circuit to the production of concentrate and tailings. To prepare ore for the flotation process, run-of-mine ore, which may contain from about 2 to 5 percent water, by weight, when mined, is delivered to the crusher(s) to be reduced in size. At this stage, much of the moisture with the ore may be

get priceMar 27, 2018To illustrate how this formula works, let’s say we need to cool 4 GPM (gallons per minute) from 85 °F to 75 °F. This makes our incoming water temperature 85 °F, the required chilled water temperature 75 °F and the flow rate 4 GPM. Step One: Calculate Temperature Differential (ΔT°F) Step Two: Calculate BTU/hr.

get priceDec 29, 2018If, for instance, the chiller must move 300 gallons per minute: 13 x 300 = 3,900 gallons per minute. Multiply your answer by 500. This converts the volumetric flow rate to a mass flow rate, which is measured in pounds of water per hour.

get priceTotal Tonnage of chillers =( 500 x GPM X Delta T (F) ) / 12000. TTotal Tonnage of cooling towers = ( 500 x GPM X Delta T (F) ) / 15000. In this application, the cooling tower must handle a building load of 12,000 BTUH per ton plus the compressor heat of about 3,000 BTUH/ton.1 Design ∆T (Design Temperature Drop) This is conservative in light of today’s chiller efficiencies, which

get priceAccurately measure the water temperature entering and exiting your process. Use this formula to calculate BTU cooling required: Formula. BTU = Flow Rate In GPM (of water) x (Temperature Leaving Process Temperature Entering Process) x 500.4 *Formula changes with fluids others than straight water. BTU Calculator for Weighed Water Test

get priceEstimated process water and makeup water requirements for modeled gold heap-leach to 1 kg for each metric ton of ore placed on the stack. Depending on the individual site characteristics, relatively small amounts of other materials may be added to the solution, but water

get priceProcess Cooling System Chiller and Tower Sizing Formulas. TOWER SYSTEM DESIGN FORMULAS; Cooling Tower = 3 Gallons per Minute per ton; 1 Tower Ton = 15,000 BTU/hr; Tower Ton = GPM x ΔT/30; Spot Welders = 1/4 ton per tip (for chilled water) Plating Baths = Heat removal (BTU / hr) = DC amps x DC volts x 2.56

get priceOversize the chiller by 20% Ideal Size in Tons = Tons x 1.2; You have the ideal size for your needs; For example, what size chiller is required to cool 40GPM from 70°F to 58°F??T°F = 70°F 58°F = 12°F; BTU/hr. = 40gpm x 60 x 8.33 x 12°F = 239,904 BTU/hr. Ton Capacity = 239,904 BTU/hr. ÷ 12,000 = 19.992 Tons

get priceAn example of how you can calculate the slurry flow/volume of a given SG, %Solids and Tonnage. EXAMPLE: 3,400 tons of dry solids is processed in 24 hours in water with a specific gravity of 1.0 and the concentration of solids by weight is 33% with the solids having a specific gravity of 3.7 then using the formula below: Calculate the Capacity of an AgitatorConditioner

get priceSlurry is a mixture of a solid and a liquid. The density of a slurry can be calculated as. ρ m = 100 / [c w / ρ s + [100 c w] / ρ l] (1). where . ρ m = density of slurry (lb/ft 3, kg/m 3). c w = concentration of solids by weight in the slurry (%). ρ s = density of the solids (lb/ft 3, kg/m 3). ρ l = density of liquid without solids (lb/ft 3, kg/m 3)

get priceq cond = condensate generated (gallons per minute, gpm) q air = air flow (cubic feet per minute) dw lb = difference in specific humidity (lb water / lb dry air) v da = specific volume of air (cubic feet/lb dry air) With specific humidity expressed in grains water per lb dry air (1) can be expressed as. q cond = q air dw gr / (7000 8.33 v da)

get priceSlurry Calculator Help Introduction The PatersonCooke Slurry Toolkit is a simple calculator of slurry properties. Use it to determine the concentration of the slurry if you know the density or vice versa. It is also a useful tool to determine slurry flow properties. The toolkit is meant for use by engineers, technicians and []

get priceOct 11, 2010actually, you need to figure all power including pumps and cooling tower, then do the math. lets say a total central plant might be 1.3 kw/ton these days, and you are using 2.2 gpm/ton. you can now get to the math. unless you really want a good number, then you need to figure costs for winter work, repairs, and depreciation, as well as operations.

get priceProcess Cooling System Chiller and Tower Sizing Formulas. TOWER SYSTEM DESIGN FORMULAS; Cooling Tower = 3 Gallons per Minute per ton; 1 Tower Ton = 15,000 BTU/hr; Tower Ton = GPM x ΔT/30; Spot Welders = 1/4 ton per tip (for chilled water) Plating Baths = Heat removal (BTU / hr) = DC amps x DC volts x 2.56

get priceMar 27, 2018To illustrate how this formula works, let’s say we need to cool 4 GPM (gallons per minute) from 85 °F to 75 °F. This makes our incoming water temperature 85 °F, the required chilled water temperature 75 °F and the flow rate 4 GPM. Step One: Calculate Temperature Differential (ΔT°F) Step Two: Calculate BTU/hr.

get priceEstimated process water and makeup water requirements for modeled gold heap-leach to 1 kg for each metric ton of ore placed on the stack. Depending on the individual site characteristics, relatively small amounts of other materials may be added to the solution, but water

get priceOct 11, 2010actually, you need to figure all power including pumps and cooling tower, then do the math. lets say a total central plant might be 1.3 kw/ton these days, and you are using 2.2 gpm/ton. you can now get to the math. unless you really want a good number, then you need to figure costs for winter work, repairs, and depreciation, as well as operations.

get priceJan 01, 2016Drum size and throughput are a function of several factors, but typically a 3.7-m-diameter, 10-m-long drum can process 750 metric tons of ore per hour. A 2.5-m-diameter drum can process 250 t/h. At the Tarkwa mine in Ghana, two 3.7 m drums were installed to process up to 20,000 metric tons of ore per day. 3.7.2. Truck Stacking

get priceGold Processing Capacity. The i350 Concentrator operates efficiently at 10 tph solids with a max of 15tph of 2mm The dual 5 HP feed pumps have a capacity of 90 m^3/hr (400 gpm) of water at 15’ dynamic head each, for a total of 180 m^3/hr (800 gpm) at 15’ dynamic head. Possible feed conditions include: 20 tph with 10% solids = 180 m^3/hr

get priceMar 10, 2018Probably would make the process more clear. One might wonder where 100,000 btu number came from when calculating the gpm flow 5) The net output into the water can be used to get overall system flow but testing at an individual room or baseboard only works if all the flow goes through that room. That’s probably an important distinction to make.

get priceSlurry is a mixture of a solid and a liquid. The density of a slurry can be calculated as. ρ m = 100 / [c w / ρ s + [100 c w] / ρ l] (1). where . ρ m = density of slurry (lb/ft 3, kg/m 3). c w = concentration of solids by weight in the slurry (%). ρ s = density of the solids (lb/ft 3, kg/m 3). ρ l = density of liquid without solids (lb/ft 3, kg/m 3)

get priceSlurry Calculator Help Introduction The PatersonCooke Slurry Toolkit is a simple calculator of slurry properties. Use it to determine the concentration of the slurry if you know the density or vice versa. It is also a useful tool to determine slurry flow properties. The toolkit is meant for use by engineers, technicians and []

get priceSep 25, 2010Our online calculator allows you to calculate how much condensate can be captured from an air conditioning system. Back in 2008 when I wrote a series of articles for Environmental Building News on water, one of those articles, Alternative Water Sources: Supply-Side Solutions for Green Buildings, examined various ways of harvesting water and included

get priceChiller capacity (tons) = gpm (chilled water) x ∆t (water)/24 For Air: 1 lb/h = 4.5 Q 1 ton = Q∆h/2670 cfm x static pressure (in. w.g.) Density of air 6356 x Efficiency Density of standard air Small fans 0.40 0.50 efficiency Large fan 0.55

get priceTable 1: This table shows a list of the popular unit conversions applicable for this calculator. 1 Btu/h = 8.33 x10-5 tons 1 ton = 12,000 Btu/h 1 Btu/h = 2.93 x10-4 kW 1 kW = 3,412 Btu/h 1 Btu/h = 0.293 W 1 W = 3.412 Btu/h 1 EER = 0.083 kW/ton 1 kW/ton = 12 EER

get priceCalculate tons of cooling capacity Tons = BTU/hr. ÷ 12,000; Oversize the chiller by 20% Ideal Size in Tons = Tons x 1.2; You have the ideal size for your needs; For example, what size chiller is required to cool 10 GPM from 72°F to 58°F? ΔT°F = 72°F 58°F = 14°F; BTU/hr. = 10 gpm x 60 x 8.33 x 14°F = 69,972 BTU/hr.

get priceWater that must be added to replace water lost from the recirculating system by evaporation and bleed-off (or blowdown) is called makeup water (MU). The amount of water entering the system must be equal to the amount leaving the system. MU = E + BD. Where: MU = Makeup Rate, gpm (m3/hr) E = Evaporation Rate, gpm (m3/hr)

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