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    • 2. 发明公开
    • 기상 및 액상 유기화합물의 추출을 위한 다중상 추출장치
    • 提取蒸气和液相有机化合物的多相萃取装置通过萃取井,固定管,第一浮选部件,流管和泵送装置
    • KR1020050017317A
    • 2005-02-22
    • KR1020030055878
    • 2003-08-12
    • 주식회사 에코솔루션장윤영
    • 장윤영황종식이상봉유도윤이승우이인원김성원
    • B09C1/02
    • PURPOSE: To provide a multi-phase extraction apparatus capable of extracting vapor phase LNAPL(light nonaqueous phase liquid) existing in soil and liquid phase LNAPL floating on the surface of underground water irrespective of variation of the level of underground water, and a multi-phase extraction apparatus capable of obtaining high extraction efficiency although a pumping means of low output is used. CONSTITUTION: The multi-phase extraction apparatus comprises a tube type extraction well(10) vertically laid underground at a remediation site; a fixed pipe(11) which is fixed to one side of the extraction well, and an end part of which is extended to a specific depth along an empty space of the extraction well; a first floating member(13) which has buoyancy such that the first floating member is floated on the surface of underground water flown into the extraction well, and which is connected to the fixed pipe such that the first floating member is vertically slided along the fixed pipe when the level of underground water is changed; a flexible flow pipe(14) one side of which is fixed to the first floating member, one end of which is connected to an end part of the fixed pipe such that the flow pipe is connected with the fixed pipe, and into the other end of which LNAPL(light nonaqueous phase liquid) floating on the surface of underground water flows; and a pumping means(21) installed at the fixed pipe such that the pumping means is connected with the fixed pipe to provide the fixed pipe with suction force.
    • 目的:提供一种能够提取浮选在地下水表面的土壤和液相LNAPL中的气相LNAPL(轻质非水相液体)的多相萃取装置,而不考虑地下水位的变化, 相位提取装置能够获得高提取效率,尽管使用低输出的泵送装置。 构成:多相提取装置包括在修复场所垂直放置的管式提取井(10); 固定管(11),其固定在所述提取井的一侧,并且其端部沿着所述提取井的空的空间延伸到特定的深度; 第一浮动构件(13),其具有浮力,使得第一浮动构件浮在地下水的表面上,流入提取井,并与固定管连接,使得第一浮动构件沿固定 当地下水位变化时管道; 一个柔性流管(14),其一侧固定在第一浮动件上,其一端连接到固定管的端部,使得流管与固定管连接,另一端 其中漂浮在地下水表面的LNAPL(轻非水相液体)流动; 以及安装在固定管上的泵送装置(21),使得泵送装置与固定管连接,为固定管提供吸力。
    • 5. 发明公开
    • 토양 및 지하수의 복원을 위한 유기화합물 추출장치
    • 提取土壤和地下水有机化合物的设备
    • KR1020030070451A
    • 2003-08-30
    • KR1020020009995
    • 2002-02-25
    • 주식회사 에코솔루션
    • 장윤영황종식이상봉유도윤박정억이승우이인원김성원
    • E21B43/12
    • B09C1/02B09C2101/00
    • PURPOSE: Provided is an apparatus for extracting organic compounds from soil and ground water for their remediation. CONSTITUTION: The apparatus comprises an extracting well(10) in tube form having a screen(10a) at a lower end which is located under the ground, an extracting pipe(11) received in the extracting well(10), a suction device(15) connected to the extracting pipe(11) for supplying extracting force, a vessel(13) coupled to the extracting pipe(11) in such a way to receive an inlet formed at a lower end of the extracting pipe(11) and provided with a weir(13a) along an upper end thereof, and a float member(12) for floating the vessel(13) on the surface of underwater permeated into the extracting pipe(11), wherein the extracting pipe(11) has elasticity so as for the vessel(13) to float on the underwater even water level of the underwater fluctuates.
    • 目的:提供从土壤和地下水中提取有机化合物进行修复的设备。 构成:该装置包括管形式的提取井(10),其具有位于地下的下端的筛网(10a),容纳在提取井(10)中的抽出管(11),抽吸装置 15),其连接到用于提供抽取力的抽取管(11),与所述提取管(11)联接以容纳形成在所述提取管(11)的下端的入口的容器(13),并且提供 沿着其上端具有堰(13a)和浮子(12),用于将渗透到提取管(11)中的水下的表面上的容器(13)漂浮,其中提取管(11)具有弹性 至于船只(13)浮在水下的水下甚至水下波动。
    • 7. 发明公开
    • SVE/BV 공정을 위한 자동제어 시스템
    • SVE / BV工艺自动控制系统
    • KR1020030052802A
    • 2003-06-27
    • KR1020010082841
    • 2001-12-21
    • 주식회사 에코솔루션
    • 황종식이상봉유도윤이승우이인원김성원문소영
    • G05B11/00
    • G05B11/32G05B1/01G05D7/0635
    • PURPOSE: An automatic control system is provided to achieve improved efficiency of accuracy of work, while preventing an unnecessary consumption of power of blower. CONSTITUTION: An automatic control system comprises a blower(12) for permitting a vapor extraction mode for extracting vapor from a soil through an extraction well(10) and an oxygen implantation mode for implanting oxygen into the soil; a mode converting valve for conversion between the vapor extraction mode and the oxygen implantation mode; a stabilization chamber(16) arranged in the rear end of the blower, and which adsorbs a sample gas and maintains the temperature of the sample gas at the level of the temperature of the gas flowing through the front end of the blower during the vapor extraction mode; a sensor unit(18) mounted in the stabilization chamber, and which measures the density of VOC, CO2 and O2 from the sample gas and generates a signal from the result of measurement; a signal processing unit for receiving the signal from the sensor unit and converting the received signal into a data signal; a comparison and operation unit for receiving data from the signal processing unit and comparing and operating the data with the reference value; and a mode control unit for driving the mode converting valve to convert the mode into the oxygen implantation mode if the density of the VOC is lower than the reference value.
    • 目的:提供自动控制系统,以提高工作精度的效率,同时防止不必要的鼓风机功率消耗。 构成:一种自动控制系统,包括用于允许通过提取井(10)从土壤中提取蒸汽的蒸气提取模式的鼓风机(12)和用于将氧气注入土壤中的氧气注入模式; 用于在蒸气提取模式和氧气注入模式之间转换的模式转换阀; 稳定室(16),其布置在鼓风机的后端,并且吸附样品气体并将样品气体的温度维持在气体提取期间流过鼓风机前端的气体的温度的水平 模式; 安装在稳定室中的传感器单元(18),其测量来自样品气体的VOC,CO 2和O 2的密度,并从测量结果产生信号; 信号处理单元,用于从传感器单元接收信号并将接收到的信号转换成数据信号; 比较和操作单元,用于从信号处理单元接收数据并将数据与参考值进行比较和操作; 以及模式控制单元,用于如果VOC的密度低于参考值,则驱动模式转换阀将模式转换成氧气注入模式。
    • 8. 发明授权
    • 혐기성 소화조 예측제어시스템 및 혐기성 소화조 예측제어시스템으로 유기성 폐기물을 처리하는 방법
    • 厌氧消化器的预测控制系统及其有机废物的处理方法
    • KR101018886B1
    • 2011-03-04
    • KR1020090027635
    • 2009-03-31
    • 주식회사 에코솔루션
    • 이승우송영채이채영심동민
    • C02F9/00C02F11/04C02F1/00
    • Y02E50/343Y02W10/23
    • 본 발명은 혐기성 소화조 예측제어시스템 및 혐기성 소화조 예측제어시스템으로 유기성 폐기물을 처리하는 방법에 관한 것으로, 다수의 혼합기와, 다수의 펌프와, 슬러지전처리장치와, H2SO4용액 저장조와, 믹스기와, 소화조 가온 보일러와 혐기성 소화조와, 가액분리기와 가스저장조 및, 방류수조가 배관으로 연결 구성되어 소화조(9)에서 측정된 수치들을 모니터링하는 모니터링단계(S1단계)와; 파라미터 연산단계(S2단계)와; 데이터 저장단계(S3단계)와; 혐기성 소화조 상태 평가단계(S4단계)와; 데이터 설정단계(S5단계)와; 출력파일 저장단계(S6단계) 및; 폐기물 처리 분위기 조절단계(S7단계)로 이루어져 상기 S1 내지 S8단계의 반복 실행으로 혐기성 소화조의 상태를 모니터링하여 매트랩퍼지(MATLAB-FUZZY)의 모델링 프로그램과 제어프로그램인 PLC의 연동을 통해 사전에 실시간으로 혐기성 소화조를 예측제어할 수 있고, 소화조 내의 상태를 나타내는 인자의 분석으로 소화조의 상태 변화에 따른 대응 운전이 자유로우면서도 이상 예상시 사전에 소화조를 예측제어하여 소화조 운전의 실패를 예방함으로써 운전 정지 후 재운전에 따른 에너지의 낭비를 줄여 경제적으로 소화조를 운전할 수 있는 각별한 장점이 있는 유용한 발명이다.
      혐기성 소화조, 예측제어시스템, 유기성 폐기물, 하수슬러지.
    • 10. 发明授权
    • SVE/BV 공정을 위한 자동제어 시스템
    • SVE / BV的机构设置为自动化系统
    • KR100404537B1
    • 2003-11-05
    • KR1020010082841
    • 2001-12-21
    • 주식회사 에코솔루션
    • 황종식이상봉유도윤이승우이인원김성원문소영
    • G05B11/00
    • PURPOSE: An automatic control system is provided to achieve improved efficiency of accuracy of work, while preventing an unnecessary consumption of power of blower. CONSTITUTION: An automatic control system comprises a blower(12) for permitting a vapor extraction mode for extracting vapor from a soil through an extraction well(10) and an oxygen implantation mode for implanting oxygen into the soil; a mode converting valve for conversion between the vapor extraction mode and the oxygen implantation mode; a stabilization chamber(16) arranged in the rear end of the blower, and which adsorbs a sample gas and maintains the temperature of the sample gas at the level of the temperature of the gas flowing through the front end of the blower during the vapor extraction mode; a sensor unit(18) mounted in the stabilization chamber, and which measures the density of VOC, CO2 and O2 from the sample gas and generates a signal from the result of measurement; a signal processing unit for receiving the signal from the sensor unit and converting the received signal into a data signal; a comparison and operation unit for receiving data from the signal processing unit and comparing and operating the data with the reference value; and a mode control unit for driving the mode converting valve to convert the mode into the oxygen implantation mode if the density of the VOC is lower than the reference value.
    • 目的:提供自动控制系统,以提高工作的准确性,同时防止不必要的风机功耗。 一种自动控制系统,包括:鼓风机(12),用于允许通过提取井(10)从土壤中提取蒸气的蒸气提取模式;以及用于将氧气植入土壤中的氧气植入模式; 用于在蒸气提取模式和氧气注入模式之间转换的模式转换阀; 设置在鼓风机后端的稳定室(16),该稳定室(16)吸附样品气体并将样品气体的温度保持在蒸汽抽取期间流过鼓风机前端的气体温度水平 模式; 安装在稳定室中的传感器单元(18),其测量来自样品气体的VOC,CO 2和O 2的密度并根据测量结果产生信号; 信号处理单元,用于接收来自传感器单元的信号并将接收到的信号转换为数据信号; 比较和操作单元,用于从信号处理单元接收数据并将数据与参考值进行比较和操作; 以及模式控制单元,用于如果VOC的密度低于参考值,则驱动模式转换阀以将模式转换为氧气注入模式。