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    • 1. 发明公开
    • 슬러지 건조장치 및 건조방법
    • 泥浆干燥装置及其方法
    • KR1020160107768A
    • 2016-09-19
    • KR1020150031012
    • 2015-03-05
    • 주식회사 대한엔바이로테크
    • 한준희
    • C02F11/12B02C15/00
    • C02F11/12B02C15/00F26B3/02
    • 본발명은내부가비어있는원통형형태로이루어지되그 단면이원 형태로이루어지며, 슬러지및 고온의열풍이공급되는충돌부; 상기충돌부의상측으로연통되도록구비되며, 내부가비어있는평행사변형형태로이루어지고, 열풍에의해충돌부내부에수용된슬러지가개구공을통해이송되는이송부; 상기이송부의상측에연통되도록구비되며, 건조가완료된슬러지를외부로배출하기위한배출부; 상기충돌부에고온의열풍을공급하는열풍공급부; 상기충돌부에슬러지를공급하는슬러지공급부; 및상기배출부로부터외부로배출된슬러지를운반하는운반부;를포함하여구성되되, 상기충돌부에는다수개의충돌볼이수용되어, 열풍에의해충돌볼은자유운동하는것을기술적특징으로한다.
    • 污泥干燥装置及其制造方法技术领域本发明涉及一种污泥干燥装置及其制造方法,能够通过冲击污泥来提高传热面积,提高干燥效率。 提供了一种污泥干燥装置,其特征在于,包括:形成有空的内部空间的圆筒状的碰撞部,具有圆形截面,供给污泥和高温热空气; 设置成与碰撞部的上部连通的传递部分形成为具有空的内部空间的平行四边形截面形状,并且被构造成使得容纳在碰撞部分中的污泥经由热空气经由开口传递; 排出部,其设置成与转印部的上侧连通,将干燥的污泥排出到外部; 将高温热空气供给到碰撞部的热风供给部; 将污泥供给到碰撞部的污泥供给部; 以及将从排出部排出的污泥输送到外部的输送部,其中,多个碰撞球容纳在碰撞部中,并且碰撞球由热空气自由移动。
    • 4. 发明公开
    • 슬러지 농축장치
    • 液体浓缩装置
    • KR1020160041459A
    • 2016-04-18
    • KR1020140135293
    • 2014-10-07
    • 주식회사 대한엔바이로테크
    • 한준희
    • C02F11/12B01D29/25
    • C02F11/12B01D29/25C02F11/125
    • 본발명은하루처리장이나폐수처리장에서발생하는침전슬러지가포함하고있는수분을일부배출시키는슬러지농축장치에관한것으로서보다상세하게는수직으로세워진웨지타입의필터내부에구비된스크류에의해슬러지가상측방향으로이동하면서여액을배출하고, 배출된여액을공급받아필터의외측을청소하는다수개의분사노즐이구비되며, 상측으로이동한슬러지가중력방향으로이동하면서슬러지의중량에의해여액을재 배출시키는여과부가구비되어슬러지의탈수효율을높일수 있는슬러지농축장치에관한것이다.
    • 本发明涉及部分排出构成在污水处理设备或污水处理设备中产生的沉淀污泥的水分的污泥浓缩装置。 更具体地说,污泥浓缩装置在污泥向上移动时,通过布置在垂直放置的楔形过滤器内部的螺杆排出滤液,并且具有接收排出的滤液并在过滤器外部清洁的多个喷嘴。 此外,污泥浓缩装置具有过滤部,其以污泥的重量重新排出滤液,污泥首先向上移动,在重力方向上移动。 因此,污泥浓缩装置具有提高脱水污泥的效率。
    • 6. 发明授权
    • 유동링 진공가압식 고액분리장치
    • 用于真空压力式移动环的液体 - 土壤分离器
    • KR100760185B1
    • 2007-10-04
    • KR1020070008741
    • 2007-01-29
    • 주식회사 대한엔바이로테크
    • 한준희
    • C02F11/12
    • C02F11/12C02F2201/002C02F2301/06
    • A vacuum pressurization type equipment for solid-liquid separation using moving rings is provided to reduce the water content of sludge discharged to the minimum by rotating a screw, thereby allowing moving rings to pressurize the sludge, improve the sludge treatment efficiency and reduce costs by using fixed and moving rings made of engineering plastics, and suppress the generation of odor by forming vacuum within a body of the equipment. In an equipment for solid-liquid separation including: a body housing(10) having a sludge injection part(12), a sludge discharge part(14), and a filtrate discharge hopper(16) formed thereon; a solid-liquid separation part(20); and a transfer screw(40) on which a screw blade(42) is formed, a vacuum pressurization type equipment for solid-liquid separation using moving rings is characterized in that the solid-liquid separation part comprises: a pressurization gravity part(100) of which one side is connected to the sludge injection part, which has a dewatering unit(30), and in which sludge injected by the dewatering unit is primarily dewatered; a transfer pressurization part(200) which is formed in a cylindrical shape, of which one side is connected to the other side of the pressurization gravity part, and in which sludge is promptly transferred and pressurized to the sludge discharge part by the transfer screw; a vacuum pressing part(300) of which one side is connected to the other side of the transfer pressurization part, of which the other side is connected to the sludge discharge part, and which is sealed such that remaining water of sludge pressurized and transferred by the transfer screw is secondly removed by the dewatering unit and a vacuum unit(310); and a pressure unit(400) axially connected to the transfer screw at an outer side of the sludge discharge part of the body housing to discharge a predetermined quantity of sludge from the vacuum pressing part to the sludge discharge part.
    • 提供一种使用移动环进行固液分离的真空加压型设备,通过旋转螺杆将污泥排出的水分降至最低,从而允许移动环对污泥加压,通过使用提高污泥处理效率并降低成本 由工程塑料制成的固定和移动环,并通过在设备的主体内形成真空来抑制产生气味。 一种固液分离设备,包括:具有污泥注入部分(12)的主体壳体(10),形成在其上的污泥排出部分(14)和滤液排出料斗(16); 固液分离部(20); 和形成有螺旋叶片(42)的转印螺杆(40),使用移动环进行固液分离的真空加压型设备的特征在于,所述固液分离部包括:加压重力部(100) 其一侧连接到具有脱水单元(30)的污泥注入部,并且其中由脱水单元喷射的污泥主要脱水; 形成为圆筒状的转印加压部(200),其一面与加压重力部的另一侧连接,并且通过转印螺杆将污泥迅速地转移并加压到污泥排出部; 一个真空按压部分(300),其一侧连接到转移加压部分的另一侧,另一侧连接到污泥排放部分,并且被密封,使得通过加压和转移的污泥的剩余水被 转移螺丝由脱水单元和真空单元(310)二次移除; 以及压力单元(400),其在所述主体壳体的污泥排出部的外侧轴向连接到所述传递螺杆,以将预定量的污泥从所述真空按压部排出到所述污泥排出部。