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公开(公告)号：US20180362368A1
公开(公告)日：2018-12-20
申请号：US16061033
申请日：2016-12-12
Applicant: TROJAN TECHNOLOGIES
Inventor： Mark Adrian Kustermans , Michael Sasges , Robert Rennie
IPC: C02F1/32
Abstract: There is described a novel fluid treatment device that can induce Dean Vortices in the flowing fluid, and then induce a new set of Dean Vortices at an angle to those in the first set. Each subsequent curved section can induce vortices at an angle to those in the last curved section. This reactor has the effect of repeatedly twisting and splitting the fluid flow, resulting in targeted mixing similar to that of static mixers without the necessity of utilizing physical mixers. This is also an improvement over helical tubing configurations that generate only a single set of vortices and do not split and mix the flow.
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公开(公告)号：US10689269B2
公开(公告)日：2020-06-23
申请号：US16061033
申请日：2016-12-12
Applicant: TROJAN TECHNOLOGIES
Inventor： Mark Adrian Kustermans , Michael Sasges , Robert Rennie
Abstract: There is described a novel fluid treatment device that can induce Dean Vortices in the flowing fluid, and then induce a new set of Dean Vortices at an angle to those in the first set. Each subsequent curved section can induce vortices at an angle to those in the last curved section. This reactor has the effect of repeatedly twisting and splitting the fluid flow, resulting in targeted mixing similar to that of static mixers without the necessity of utilizing physical mixers. This is also an improvement over helical tubing configurations that generate only a single set of vortices and do not split and mix the flow.
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公开(公告)号：US09658102B2
公开(公告)日：2017-05-23
申请号：US15036962
申请日：2014-11-12
Applicant: Trojan Technologies
Inventor： Mark Adrian Kustermans , Michael Sasges , Ankit Patras , Trisevgeni Trissa Kantzas
IPC: G01N21/01 , G01N21/64 , G01N33/483 , C02F1/32 , G01J1/58 , A61L2/10 , G01J1/42 , G01N33/15 , G01N33/49 , C02F1/00 , A61L2/00
CPC classification number: G01J1/58 , A61L2/0005 , A61L2/0047 , A61L2/10 , A61L2202/11 , C02F1/008 , C02F1/32 , G01J1/429 , G01N21/64 , G01N33/15 , G01N33/4833 , G01N33/49 , G01N2201/13
Abstract: There is described a method of determining the UV fluence received by a fluid. The method comprises the steps of: (a) irradiating the fluid at an unknown UV fluence; (b) measuring the fluorescence of a test sample of the fluid after irradiation in Step (a) to produce a test signal proportional to the concentration of a prescribed fluorescent composition of matter comprised in the test sample; and (c) determining the value of the unknown UV fluence by comparing the test signal to a calibration curve of a control signal proportional to concentration of the prescribed fluorescent composition of matter in the fluid as a function of applied UV fluence. There is also described a system for determining the UV fluence received by a fluid being treated in UV fluid treatment system comprising at least one UV source. The system comprises: (a) a radiation-transparent vessel for receiving a test sample of the fluid after irradiation of the fluid at an unknown UV fluence; (b) a fluorometer for measuring the fluorescence of the test sample received in the radiation-transparent vessel to produce a test signal proportional to the concentration of a prescribed fluorescent composition of matter comprised in the test sample; and (c) a controller configured to determine the value of the unknown UV fluence by comparing the test signal to a calibration curve of a control signal proportional to concentration of the prescribed fluorescent composition of matter in the fluid as a function of applied UV fluence.
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4.发明申请公开(公告)号：US20160258811A1
公开(公告)日：2016-09-08
申请号：US15036962
申请日：2014-11-12
Applicant: TROJAN TECHNOLOGIES
Inventor： Mark Adrian Kustermans , Michael Sasges , Ankit Patras , Trisevgeni Trissa Kantzas
CPC classification number: G01J1/58 , A61L2/0005 , A61L2/0047 , A61L2/10 , A61L2202/11 , C02F1/008 , C02F1/32 , G01J1/429 , G01N21/64 , G01N33/15 , G01N33/4833 , G01N33/49 , G01N2201/13
Abstract: There is described a method of determining the UV fluence received by a fluid. The method comprises the steps of: (a) irradiating the fluid at an unknown UV fluence; (b) measuring the fluorescence of a test sample of the fluid after irradiation in Step (a) to produce a test signal proportional to the concentration of a prescribed fluorescent composition of matter comprised in the test sample; and (c) determining the value of the unknown UV fluence by comparing the test signal to a calibration curve of a control signal proportional to concentration of the prescribed fluorescent composition of matter in the fluid as a function of applied UV fluence. There is also described a system for determining the UV fluence received by a fluid being treated in UV fluid treatment system comprising at least one UV source. The system comprises: (a) a radiation-transparent vessel for receiving a test sample of the fluid after irradiation of the fluid at an unknown UV fluence; (b) a fluorometer for measuring the fluorescence of the test sample received in the radiation-transparent vessel to produce a test signal proportional to the concentration of a prescribed fluorescent composition of matter comprised in the test sample; and (c) a controller configured to determine the value of the unknown UV fluence by comparing the test signal to a calibration curve of a control signal proportional to concentration of the prescribed fluorescent composition of matter in the fluid as a function of applied UV fluence.
Abstract translation: 描述了确定流体接收的UV注量的方法。 该方法包括以下步骤：（a）以未知的UV注量照射流体; （b）在步骤（a）中测量照射后的流体的测试样品的荧光，以产生与测试样品中包含的物质的规定的荧光组合物的浓度成比例的测试信号; 并且（c）通过将测试信号与作为所施加的UV注量的函数的与流体中规定的荧光成分的浓度成比例的控制信号的校准曲线进行比较来确定未知UV注量的值。 还描述了一种用于确定由包含至少一个UV源的UV流体处理系统中被处理的流体接收的UV注量的系统。 该系统包括：（a）辐射透明容器，用于在未知的紫外线注量流量的流体照射后接收流体的测试样品; （b）荧光计，用于测量接受在辐射透明容器中的测试样品的荧光，以产生与测试样品中包含的物质的规定荧光组合物的浓度成比例的测试信号; 以及（c）控制器，被配置为通过将测试信号与作为所施加的UV注量的函数的流体中规定的荧光成分的浓度成比例的控制信号的校准曲线进行比较来确定未知的UV注量的值。
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