Clinker Silo Cement Plant, Coal Silo, Coal Ash Silo, Mine Ash Silo

Clinker Silo Cement Plant, Coal Silo, Coal Ash Silo, Mine Ash Silo

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 100 set/month

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Clinker Silo Cement Plant, Coal Silo, Coal Ash Silo, Mine Ash Silo

Main Features for Clinker Silo

Item	Parameters & Specifications
Stored Materials	Diesel, Petrol, Ethanol Gasoline and other chemicals
Designed Pressure	Normal Pressure
Designed Temperature	-40-200 degrees
If for underground type tank	The Underground Depth must be at least 0.5m
Capacity	As Per the requirement of the buyer
Filling Ratio	0.9
Corrossion Allowance	1mm
Materials	Q235-B 20R
Tank Body	Double Wall
Welding	by ARC Welding
Welding Test	JB/T4730.2, RT test length 10%
Derusting	by sandblast grade Sa2.5
Paint Quality	Deluxe anti-corrossion coal tar epoxy paint
Painting Structure	Coat Paint-Surface Paint-Glass Fabric-Surface Paint-Glass Fabric. The total of two times surface painting should be at least 0.6mm thickness
Test Pressure	0.1MPa
Test Pass By	by 3000V electrical spark
Standard Configurations	inlet oil mouth, outlet oil mouth, areation mouth, gauge hole, level hole, man hole

Datas for Diesel Oil Storage Tank

Dimension(L*W*H): Customized
Weight: Customized
Certification: ISO CE IAF CNS
Warranty: 1 Year
Safety: All Around Safety
Type: Vertical or Horizontal Diesel Fuel Storage Tank
Materials: Q235-B or 20R
Thickness: Double Wall
Anti-corrossion: With this Treatment
Stored Materials: Diesel, Petrol, Ethanol Gasoline and other chemicals
Customized Design: Available

Main Characteristics of Diesel Oil Storage Tank

1- One of the Earliest Integral Solution Provider of Silo Storage System and Chemical Storage Tanks

2- With the Most Reliable Project Design Technology Team

3- We Work All Efforts Out to Guarantee the All-round Safety of Your Project.

4- We Have the Biggest Cost Advantage and Supervision of Raw Materials Quality as We are Located at the Galvanized Steel Production Base.

5- With all over 3000 units silo projects and countless tanks under good operation till now

Safety tips

1- low down temperature and reduce temperature difference
2- no contact with metals of copper etc
3- sealing storage, reduce to contact air
4- no allowing mixture with water and other impurities
5- routinely check the tank bottom details, the oil quality and clean the tank
6- with thorough and good lightning-protection, anti-static and other fire protection methods

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Clinker Silo Cement Plant, Coal Silo, Coal Ash Silo, Mine Ash Silo

Q: how was feed loaded into the top of wooden farm silos?: They used steam traction engines to drive a spindle on a conveyor.There are pictures of such set ups in early agricultural books. Although the silo's weren't that high, the angle of the elevator wasn't that great. Then the blower was invented which still lifted the grain, and still driven by a steam traction engine. This is the first time Ive seen photo's of this set up. I have books on Cimbra equipment for grain and seed dressing, which all have electric motors attached. The first records for Cimbra, are about 1947. But, I have no information on how the grain was stored before hand. I suspect Jute bags were the main tool for storage, which gave all the vermon in the locality a free feed, when ever they wanted it. The place I work at have all the computerised high volume transfer units, with our average silo being 400 tonnes. A big change from the early days.

Q: silo that has an inside diameter of 12ft and a usable height of 35ft . a new silo is being built with the dia?: Simple answer (minus typos): V1/V2= π(R1)^2H/π(R2)^2H = (R1)^2/(R2)^2 6^2/8^2=36/64= .5625 The ratio of smaller to larger is .5625:1 The ratio of larger to smaller is 64/36 = 1.778:1

Q: i need info about this please!!: The built storage bins ,similar to our silos, they lost so much food to rats that they domesticated cats, which they later revered as Gods.

Q: farmer have silos to keep grain, on some there is a flag atop, painted, others do not? why: I've been told it's because the farmer's have paid off the silo. Free from Payments I guess

Q: ice and if the thickness is decreaing at a rate of 1/4 in/hr, how fast is the volume of the ice changing when the ice is 2 inches thick?: The surface of the ice is at a radius of 242 inches, so the outer hull of the ice hemisphere has surface area of 2*Pi*r^2 = 117128*Pi square inches. Therefore, the volume of the ice is changing at a rate of -117128*Pi cubic inches per inch that the radius decreases. Since the radius is decreasing at 1/4 inch per hour, the volume of the ice is changing at a rate of -29282*Pi cubic inches per hour, or roughly 91992 in^3/hr. (This is also 53.24 ft^3/hr.)

Q: It is 25x25x67. I want to know what I can build/design at the bottom of it. I can't think of anything very interesting.: Make it into a missile silo.

Q: 1.Find the point P on the line y=3x that is closest to the point (60,0). What is the least distance between P and (60,0). 2. A silo (base not included) is to be constructed in the form of a cylinder surmounted by a hemisphere. The cost of construction per square unit of surface area is 10 times as great for the hemisphere as it is for the cylindrical sidewall. Determine the dimensions to be used if the volume is fixed at 2000 cubic units and the cost of construction is to be kept to a minimum. Neglect the thickness of the silo and waste in construction. ---Find the radius of the cylindrical base (and of the hemisphere)---Find the height: Any point of the line y = 3x is (x, 3x). The distance from (60,0) to (x,3x) is: D(x) = √[(x-60)? + (3x-0)?] D(x) = √[10x? - 120x + 3600] = √[10(x? - 12x + 360)] If you're in calculus, you can take the derivative of D(x) and find the point that's the relative minimum. If you're not in calculus, then you can find the vertex of the quadratic expression under the square root. The x-coordinate of the vertex is -b/(2a) = 120/20 = 6. Then the point is (6, 18), and the minimum distance is 18√10. _______________________________________ The volume of the silo is the sum of the cylinder's volume and hemisphere's volume, and the volume equals 2000 units?. V = πr?h + ?πr? 2000 = πr?h + ?πr? (2000 - ?πr?)/πr? = h = 2000/(πr?) - 2r/3 The cost of the construction will include the lateral area of the cylinder, 2πrh, and the area of the hemisphere, 2πr?. To reflect the fact that the hemisphere will cost 10 times as much, we multiply its surface area by 10: C = 2πrh + 10(2πr?) C = 2πrh + 20πr? Substitute h = 2000/(πr?) - 2r/3 into the Cost equation: C = 2πr·(2000/(πr?) - 2r/3) + 20πr? C = 4000r?? - 4πr?/3 + 20πr? C = 4000r?? + 56πr?/3 Again, calculus vs. no calculus. Without calculus, you can find the minimum using a graphing calculator since it's not a quadratic in this case. With calculus: C' = -4000r?? + 112πr/3 0 = -4000r?? + 112πr/3 4000/r? = 112πr/3 12000/(112π) = r? = 750/(7π) r = 5?(6/(7π)) ≈ 3.24 units h = 2000/(π3.24?) - 2(3.24)/3 ≈ 58.45 units

Q: It's for a marketing project and I have to pretend to ask questions (good ones), but I have no idea what to ask.: A good question to ask him would be,,,, 'What good advice would give to rock climbing contingent of beginners, on their first day?'

Q: just wondering if anyone has ever made a home out of a grain silo. i saw some art silos and they looked cool, and easy to build!: I have a friend who looked into this many moons ago.and while we all thought it would be cool.you run into some zoning issues.You have to have multiple exits for each floor.The scariest thing I could think of was the fact that in the event of fire,the whole thing would turn into one big chimney.

Q: How to actually get IN the Treasure Room, not how to get the jiggy: Get at least 25 notes then find Jamjars silo, he will teach you how to fire eggs. With your new moove go to treasure chamber building and shoot eggs into mouths of 6 snake statues to open the door.

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