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    • 3. 发明授权
    • Compound distiller
    • US09962626B2
    • 2018-05-08
    • US14718699
    • 2015-05-21
    • Aquaback Technologies, Inc.
    • William H. Zebuhr
    • B01D3/14C02F1/04B01D1/22B01D1/28B01D3/06
    • B01D3/146B01D1/225B01D1/2887B01D3/065C02F1/041C02F1/042C02F1/048
    • A distiller for processing liquid influent, including a heating chamber. An evaporation arrangement can be positioned above the heating chamber and can include spaced apart evaporation surfaces forming a bottom evaporation stage, multiple intermediate evaporation stages, and an upper evaporation stage. The bottom evaporation stage can be in thermal contact with the heating chamber, and the multiple intermediate and upper evaporation stages can be sequentially positioned above the bottom evaporation stage one above another. The bottom and intermediate evaporation stages can evaporate at least a portion of the liquid influent applied thereon forming vapor and heating the stage positioned above with the vapor. A liquid delivery system can provide the liquid influent to the upper evaporation stage for initial evaporation, and transfer at least a portion of the liquid influent in the upper evaporation stage and intermediate evaporation stages downwardly in sequence to a stage below until reaching the bottom evaporation stage for sequential evaporation at each evaporation stage. A solids transfer system can move solids on an evaporation surface of the bottom evaporation stage remaining from evaporated liquid influent to the heating chamber for combustion and providing heat.
    • 8. 发明申请
    • Compound Distiller
    • 复合蒸馏器
    • US20150336024A1
    • 2015-11-26
    • US14718699
    • 2015-05-21
    • Aquaback Technologies, Inc.
    • William H. Zebuhr
    • B01D3/14C02F1/04
    • B01D3/146B01D1/225B01D1/2887B01D3/065C02F1/041C02F1/042C02F1/048
    • A distiller for processing liquid influent, including a heating chamber. An evaporation arrangement can be positioned above the heating chamber and can include spaced apart evaporation surfaces forming a bottom evaporation stage, multiple intermediate evaporation stages, and an upper evaporation stage. The bottom evaporation stage can be in thermal contact with the heating chamber, and the multiple intermediate and upper evaporation stages can be sequentially positioned above the bottom evaporation stage one above another. The bottom and intermediate evaporation stages can evaporate at least a portion of the liquid influent applied thereon forming vapor and heating the stage positioned above with the vapor. A liquid delivery system can provide the liquid influent to the upper evaporation stage for initial evaporation, and transfer at least a portion of the liquid influent in the upper evaporation stage and intermediate evaporation stages downwardly in sequence to a stage below until reaching the bottom evaporation stage for sequential evaporation at each evaporation stage. A solids transfer system can move solids on an evaporation surface of the bottom evaporation stage remaining from evaporated liquid influent to the heating chamber for combustion and providing heat.
    • 用于处理液体流入物的蒸馏器,包括加热室。 蒸发装置可以位于加热室上方,并且可以包括形成底部蒸发阶段,多个中间蒸发阶段和上部蒸发阶段的间隔开的蒸发表面。 底部蒸发阶段可以与加热室热接触,并且多个中间和上部蒸发阶段可以顺序地位于底部蒸发阶段之上,一个在另一个之上。 底部和中间蒸发阶段可蒸发施加在其上的液体流入物的至少一部分,形成蒸汽并且加热位于蒸汽旁边的台。 液体输送系统可以将液体流入物提供给上蒸发阶段用于初始蒸发,并将上蒸发阶段和中间蒸发阶段中的液体流入物的至少一部分顺序向下移动到下一级,直到达到底部蒸发阶段 用于在每个蒸发阶段顺序蒸发。 固体转移系统可以将底部蒸发阶段的蒸发表面上的固体从蒸发的液体流入物移动到加热室以进行燃烧和提供热量。