我們廣（guǎng）泛幹燥設備已發展（zhǎn）到非常專業的（de）要求，並確保以^小的能源使用效率高。縮短幹燥時間意味著減少磨損，亞麻，從而在一個較長（zhǎng）的使用壽命和顯著的成本節約。
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閃蒸幹燥機
閃蒸幹燥機是一種氣動係統，主要用於幹燥（zào）產品，需要去除遊離水分的。幹燥發生在（zài）幾秒鍾（zhōng）的事。濕材料被（bèi）分散到一個流的熱空氣（或氣體），把它傳送通過一個幹燥管。
從氣流（liú）中使用的（de）熱，因為它被輸送的材料幹（gàn）燥。產品采（cǎi）用旋風分離和/或（huò）袋式過濾器。通常（cháng）情況下，旋風分離（lí）器隨後通過洗滌器或袋式（shì）過濾器作^後清洗的（de）廢（fèi）氣，以滿足目前的排放要求。
因（yīn）為閃爍熄滅，即（jí）刻的表麵水分的幹燥氣體進行冷卻，而不明顯地（dì）增加了產（chǎn）品（pǐn）的溫度，升高幹燥溫度，可用於許多產品。
對於更大的熱效率和（hé）惰（duò）性需要的地方，回收廢氣的都可以使用。這可以實現我們所有的氣流幹燥係統和翻新改造（zào），對客戶現有的幹燥（zào）作業。
許（xǔ）多在^上^大的機閃蒸幹（gàn）燥器 - 一些在單個係統中的水分蒸（zhēng）發量每小時超過20噸。進氣口（kǒu）溫度範圍從200 - 1400°F（100℃ - 650℃），而氣流（liú）可以超過12萬立方英尺（200000立方米）。

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回轉式烘幹機（jī）
旋轉幹燥（zào）器的工業（yè）幹燥機，以減小或^小化它正在處（chù）理的材料的液體的水分含量，通過將它用加熱的氣體直接接觸的類型。
烘幹機是由一（yī）個大型的（de），旋轉的圓筒形管，通常混凝土（tǔ）柱或梁鋼的支持。機稍微傾斜，使得排出端是低（dī）於材料（liào）的進料端，以傳達材料在重（chóng）力（lì）作用下通過幹燥器。以被幹燥的材料進入幹燥器，幹燥器轉動時，該材料被抬起由一係列的內部散熱片，幹燥機的內壁襯。當材料（liào）變得足夠（gòu）高，以關（guān）閉翅片回（huí）滾（gǔn），它回退到下降到幹燥（zào）器的底部，通過熱氣流，因為它屬於。該（gāi）氣體（tǐ）流可以被朝著從進料端（順流稱為（wéi）），或（huò）朝向的進料端從（cóng）排出端（稱為逆流流動）的排出端。可以由（yóu）氣（qì）流從燃燒器的空氣和燃燒（shāo）氣體的混合物，在這種情況下，被稱為幹燥器直接加熱幹燥器。可替（tì）換地（dì），該氣體流可以由空氣或其它（tā）氣（qì）體（有時是惰性的），被預熱（rè）。當氣體流預熱的一些裝置，在燃燒器的燃燒氣（qì）體不進（jìn）入幹燥器，被稱（chēng）為間接加熱型幹（gàn）燥器。通常情況下，間接加熱幹燥機產品汙染是一個問題（tí）時使用。

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噴霧幹燥
噴霧幹燥機是通過迅速幹燥的熱氣體從（cóng）液體或淤漿的幹燥粉末的製造方法。許多（duō）熱敏感材料，如食品和藥品的幹燥，這是一個優選的方（fāng）法。一致的顆粒大（dà）小的分布是用於噴霧幹燥一些工業產品，如催化劑的一（yī）個原因。空氣是被加熱的幹燥介（jiè）質，但是，如果（guǒ）該液體是一種（zhǒng）易燃的溶劑如乙醇或氧（yǎng）敏感的產品，然後用氮氣。

所有的噴霧幹燥器使用某種類型的（de）霧化器或（huò）噴嘴分散成一個控製墨（mò）滴大小噴霧的液體或淤漿。其中^常見的是（shì）旋（xuán）轉的噴嘴和單（dān）流體壓力旋流噴嘴。可替（tì）換地，對於某些應用雙流體或超聲波噴嘴被使用。適當的選擇，可以實現與根據不同的工藝需要從10到500微米（mǐ）的液滴大（dà）小。^常見的應用是在100至200微米直徑（jìng）的範圍內。

的熱幹燥氣體可以通（tōng）過霧化器方向為順流或逆流流動（dòng）。順（shùn）流使顆粒具有較低的係統內的停留時間和顆粒分（fèn）離器（qì）（通（tōng）常（cháng）是一個旋風分離器裝置）更（gèng）高效地運行。逆流（liú）流（liú）動的方法使更大的（de）在室中的顆粒（lì）的停留時間，通常是與流化床係統配對

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滾筒式幹燥機
^適合於回轉滾筒幹燥機幹燥熱敏感（gǎn）化學品，食品和醫藥產品。

由於短的接觸時（shí）間與（yǔ）熱滾筒的產品可以被幹燥，在大氣壓力下，不會發生熱降解和（hé）性能變化。對於極熱敏感（gǎn）產（chǎn）品（pǐn），我（wǒ）們提供的產品在較低（dī）的溫度，從而保持其性能和物理外觀幹燥機在真空下操（cāo）作。我們的幹燥器製成保持結構（gòu）由於適當的冶金的組件的（de）幹燥操作（zuò）過程中的穩定性。

轉筒烘幹機的鼓製造，鍋爐（lú）的質量板/不鏽鋼/銅板。鼓是（shì）地（dì）麵（miàn）的幹燥表麵上，並提供^佳的（de）幹燥效率和防止刮削階段後感光鼓表麵上遺留的剩餘幹燥產物用硬cromium沉積和（hé）優越（yuè）的（de）光潔度。感（gǎn）光鼓（gǔ）被設（shè）置有空心軸，進（jìn）入蒸汽/加（jiā）熱流體。

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刨片機（jī）
我們提供的刨片機，新穎的技術（shù）和產品的不斷發展的結果。它有一個獨特的相互聯係的旋轉軸承座，保證了（le）高靈敏度的機（jī）器，讓生活更美好軋輥（gǔn），準（zhǔn）確一致的剝落是通過軋輥（gǔn）的長度，因（yīn）此沒有在更高的容量和具有能耗低，操作方便，由於加強軋輥設計的剝落現象邊緣磨。

磨邊推出由於全長剝落。
高度敏感的的完全浮動高（gāo）科技分割軸承座。
自動（dòng）敏感（gǎn）的雙作（zuò）用液壓係統，絕（jué）熱累加器。
液壓操作的遠程控製進（jìn）給調節器和自動跳閘機製。
柔性體，以適應各種尺寸的軋輥。
更高的容量，更低的能耗，延長軋輥使用壽命
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回轉真空（kōng）過（guò）濾機
旋轉（zhuǎn）真空過濾器鼓由（yóu）待過濾液（yè）體的桶中旋轉的滾筒。
該技術非常適合於高固體含量，將（jiāng）液體失明或阻止其（qí）他（tā）形式的過濾器。鼓是預先塗有助濾（lǜ）劑，典型的矽藻土（DE）或珍珠岩。預塗（tú）後（hòu）得到了應（yīng）用，待過濾液體的被發送到（dào）在桶下方（fāng）的滾筒。滾筒旋轉時通過液體（tǐ）和真空吸入到鼓上的預塗層表（biǎo）麵的液（yè）體和（hé）固體，液體（tǐ）部分被“吸”穿過過濾介質通過真空到內部部（bù）分（fèn）的（de）感光鼓，並將濾液抽走（zǒu）。堅持（chí）到外部的桶，然後通（tōng）過一把刀，切斷的固（gù）體和一小部（bù）分，揭示了新鮮的介（jiè）質表麵的過濾介質，所述滾筒旋轉，將（jiāng）進入的液（yè）體的（de）固體。刀的表麵自動被刪除。
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多級湍流承包商的
一（yī）個處理係統的廢水進（jìn）水兼（jiān）坦克與一個垂直放置的低厭氧處理（lǐ）區，中間微需氧處理區和好氧處理區上。在水缸中的（de）至少部（bù）分的所述上部和中部區域，以定（dìng）義一個垂直延伸的進水部收到進水和（hé）出水部沿上下方向延伸的隔板。較重的生物固體的廢水收到的進水部分從底部下降到其用於治療和較輕組分的（de）低級厭氧區退出從流入部流入的流出物的部分，其中上升和被處理，因為它們向^經所述組件微需氧和好氧區。甲升降筒厭氧（yǎng）區上麵（miàn）的入口進入的空氣曝氣和進水部分流回的液體（tǐ）和較（jiào）輕的固體（tǐ）組分和升降機。為了提高效率，生物固體加入到廢水中。
Our extensive range of dryers have been developed to fullfill the professional laundry requirements of customers, and to ensure high productivity with a minimal use of energy. Shorter drying time means less wear of the linen, resulting in a longer lifetime and significant cost savings.
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Flash Dryer
Flash Dryer is a pneumatic system primarily used to dry products requiring the removal of free moisture. Drying takes place in a matter of seconds. Wet material is dispersed into a stream of heated air (or gas) which conveys it through a drying duct.
Using the heat from the airstream, the material dries as it is conveyed. Product is separated using cyclones, and/or bag filters. Typically, cyclones are followed by scrubbers or bag filters for final cleaning of the exhaust gases to meet current emission requirements.
Elevated drying temperatures can be used with many products since the flashing off of surface moisture instantly cools the drying gas without appreciably increasing the product temperature.
For even greater thermal efficiency and where inertisation is required, recycling of exhaust gases can be used. This can be implemented on all our airstream drying systems and retrofitted on customer's existing drying operations.
Many of the largest dryers in the world are flash dryers - some exceeding 20 tons of water evaporation per hour in a single system. Inlet air temperature ranges from 200- 1400°F (100oC -650oC) while airflows can exceed 120,000 cfm (200,000 m3/hr).

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Rotary Dryer
The rotary dryer is a type of industrial dryer employed to reduce or minimize the liquid moisture content of the material it is handling by bringing it into direct contact with a heated gas.
The dryer is made up of a large, rotating cylindrical tube, usually supported by concrete columns or steel beams. The dryer slopes slightly so that the discharge end is lower than the material feed end in order to convey the material through the dryer under gravity. Material to be dried enters the dryer, and as the dryer rotates, the material is lifted up by a series of internal fins lining the inner wall of the dryer. When the material gets high enough to roll back off the fins, it falls back down to the bottom of the dryer, passing through the hot gas stream as it falls. This gas stream can either be moving toward the discharge end from the feed end (known as co-current flow), or toward the feed end from the discharge end (known as counter-current flow). The gas stream can be made up of a mixture of air and combustion gases from a burner, in which case the dryer is called a direct heated dryer. Alternatively, the gas stream may consist of air or another (sometimes inert) gas that is preheated. When the gas stream is preheated by some means where burner combustion gases do not enter the dryer, the dryer known as an indirect-heated type. Often, indirect heated dryers are used when product contamination is a concern.

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Spray Dryer
Spray drying is a method of producing a dry powder from a liquid or slurry by rapidly drying with a hot gas. This is the preferred method of drying of many thermally-sensitive materials such as foods and pharmaceuticals. A consistent particle size distribution is a reason for spray drying some industrial products such as catalysts. Air is the heated drying media; however, if the liquid is a flammable solvent such as ethanol or the product is oxygen-sensitive then nitrogen is used.

All spray dryers use some type of atomizer or spray nozzle to disperse the liquid or slurry into a controlled drop size spray. The most common of these are rotary nozzles and single-fluid pressure swirl nozzles. Alternatively, for some applications two-fluid or ultrasonic nozzle are used. Depending on the process needs drop sizes from 10 to 500 micron can be achieved with the appropriate choices. The most common applications are in the 100 to 200 micron diameter range.

The hot drying gas can be passed as a co-current or counter-current flow to the atomiser direction. The co-current flow enables the particles to have a lower residence time within the system and the particle separator (typically a cyclone device) operates more efficiently. The counter-current flow method enables a greater residence time of the particles in the chamber and usually is paired with a fluidised bed system

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Drum Dryer
Our Rotary Drum Dryers are best suited for drying heat sensitive chemicals, food and pharmaceutical products.

Due to short contact time with the- hot drum the product can be dried at atmospheric pressure without thermal degradation and change of properties. For extremely heat sensitive products we provide dryers operated under vacuum where the product is dried at much lower temperatures thereby retaining its properties and physical appearance. Our dryers are fabricated to maintain the structural stability during the drying operations due to the appropriate metallurgy of the components.

The Drum of Rotary Drum Dryer is fabricated out of boiler quality plates/stainless steel/copper plates. The drum is ground on the drying surface and provided with a hard cromium deposition and superior finish for best drying efficiency and preventing residual dried product left over on drum surface after the scraping stage. The drum is provided with hollow shafts for entry of steam/heating fluid.

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Flakers
We are offering flaker machines that are the result of innovative engineering and continuous product development. It has an unique interlinked pivoted bearing housing that assures high sensitivity of machine, better life of roll, accurate consistent flaking at higher capacity and ease of operation with low energy consumption, due to stepped roll design Flaking is done through the length of roll hence no edge grinding required.

No Edge Grinding of rolls due to full length flaking.
Highly sensitive fully floating hi-tech split bearing housings.
Automatic sensitive double acting hydraulic system with adiabatic accumulator.
Hydraulic operated remote control feed adjustment & auto tripping mechanism.
Flexible body to accommodate various sizes of rolls.
Higher capacity, lower energy consumption, longer roll life
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Rotary Vacuum Filter
Rotary vacuum filter drum consists of a drum rotating in a tub of liquid to be filtered.
The technique is well suited to high solids liquids that would blind or block other forms of filter. The drum is pre-coated with a filter aid, typically of diatomaceous earth (DE) or Perlite. After pre-coat has been applied, the liquid to be filtered is sent to the tub below the drum. The drum rotates through the liquid and the vacuum sucks liquid and solids onto the drum pre-coat surface, the liquid portion is "sucked" by the vacuum through the filter media to the internal portion of the drum, and the filtrate pumped away. The solids adhere to the outside of the drum, which then passes a knife, cutting off the solids and a small portion of the filter media to reveal a fresh media surface that will enter the liquid as the drum rotates. The knife advances automatically as the surface is removed.
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Multi Stage Turbulent Contractor
A treatment system for a wastewater influent containing having a facultative tank with a vertically disposed lower anaerobic treatment zone, a middle microaerophilic treatment zone and an upper aerobic treatment zone. A baffle extends vertically in the tank in at least portions of said upper and middle zones to define a vertically extending influent section to receive the influent and an effluent section. The heavier biosesolid components of the wastewater received in the influent section drop from the bottom thereof into the lower anaerobic zone for treatment and the lighter components exiting from the influent section flow into the effluent section to rise therein and be treated as they flow upwardly through said microaerophilic and aerobic zones. A lift tube for an inlet above the anaerobic zone and lifts liquid and lighter solid components into the air for aeration and flow back into the influent section. To improve efficiency, biosesolids are added to the wastewater.