Huatal - Closed Cooling Tower Manufacturer & Industrial Cooling Tower Solution Provider

Huatal efficient cooling tower design supplier for plastic chemicals

MOQ:

1PC

Payment:

L/C, T/T, West union

Place of Origin:

Jiangsu , China

Delivery Time:

30-40 days

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Product Comparison

Huatal Cooling Tower's closed cooling tower is commonly praised in the market due to good materials, fine workmanship, reliable quality, and favorable price.Huatal Cooling Tower's closed cooling tower is produced in strict accordance with standards. We make ensure that the products have more advantages over similar products in the following aspects.

Enterprise Strength

Huatal Cooling Tower gives priority to customers and runs the business in good faith. We are devoted to providing quality services.

Company Advantages
1. The practical design of Huatal purpose of cooling tower caters the taste of customers.
2. Ceaseless innovations of our engineers and efficient production ratio guarantee Huatal to be the leading cooling tower design supplier.
3. In a flock of purpose of cooling tower , cooling tower design has many excellent properties such as [拓展关键词.
4. This product has been acting as an essential role in promoting industrial development. Because it can greatly reduce many errors caused by human and also help eliminate dangerous hazards.

Company Features
1. Jiangsu Huatal Cooling Technology Co., Ltd. successfully adapts to the ever changing market with its fabulous cooling tower design .
2. Our technology takes the lead in the industry of cooling tower design .
3. We will make sure our production activities will not pose any risk to the environment. We will treat hazardous substances and emissions in an appropriate and serious manner before we throw out or discharge them. We put emphasis on our environmental sustainability. We are committed to reducing the negative effect of packing waste on the environment. We do this by reducing the use of packaging material and increasing the use of recycled material.

Product Description

Flue gas separates droplets away under the action of inertia force and gravity when passing bending channel of the vane pack mist eliminator. Then desulfurized flue gas flows through mist eliminator in a certain speed and changes running direction quickly and continuously. Droplets in the flue gas are captured while crashing into mist eliminator blades under the action of centrifugal force and inertial force. They gather and form into a stream and then drop back to the slurry pool under gravity. Finally gas and liquid are separated, and the flue gas which flows through the demister is discharged after meeting the standard of mist removal. Demisting efficiency of drift eliminator increases as the air velocity gets higher.

The high flow velocity and the large inertia force acting on the droplets are conducive to the separation of gas and liquid. However, flow velocity improvement will increase system resistance and energy consumption. The increase of flow velocity has certain limits, because over-high flow velocity will bring water. It may reduce demisting efficiency of the drift eliminator. The highest flow velocity of flue gas with no secondary water when passing through the cross-section of eliminator is always defined as the critical flow velocity. The velocity has relation with the structure of mist eliminator, the water load of system, flow direction, arrangement form of drift eliminator and other factors. Flow rate is always selected between 3.5~ 5.5 m/s.