公开(公告)号：KR101176464B1

公开(公告)日：2012-08-30

申请号：KR1020110076798

申请日：2011-08-02

Applicant: 한국기계연구원

Inventor： 민태진 ,  김우현 ,  길상인 ,  윤진한 ,  노선아 ,  이정규

IPC: B09B3/00 ,  F26B3/02

CPC classification number: B09B3/0091 ,  F26B3/02 ,  Y02W30/20

Abstract: PURPOSE: An apparatus for continuously hydrothermal-treating wastes is provided to reduce times required for treating wastes by supplying and discharging the wastes without changing vapor pressures in a reactor. CONSTITUTION: An apparatus for continuously hydrothermal-treating wastes includes a first front chamber part(110), a second front chamber part(120), a first reactor, a moving unit, a first rear chamber part(310), a second reactor, and a first steam reusing line. The first reactor receives wastes from the first chamber part and the second chamber part and stirs the waste under a first internal vapor pressure to be discharged to the first rear chamber part. The moving unit separates the waste into pulverized wastes and non-pulverized wastes and supplies the non-pulverized wastes into the second reactor. The second reactor stirs the waste from the moving unit under a second internal vapor pressure. Steam is exchanged between the first front chamber part and the second front chamber part. A part of steam used in the first rear chamber part is supplied to the first front chamber part.

Abstract translation: 目的：提供一种用于连续热处理废物的设备，以减少在不改变反应器内的蒸汽压力的情况下通过排放废物来处理废物所需的时间。 构成：用于连续热处理废物的设备包括第一前室部分（110），第二前室部分（120），第一反应器，移动单元，第一后室部分（310），第二反应器 和第一个蒸汽再利用线。 第一反应器从第一室部分和第二室部分接收废物，并在第一内部蒸汽压力下搅拌废物以排放到第一后室部分。 移动单元将废物分解成粉碎的废物和非粉碎的废物，并将未粉碎的废物供应到第二反应器中。 第二反应器在第二内部蒸汽压力下搅动来自移动单元的废物。 蒸汽在第一前室部分和第二前室部分之间交换。 在第一后室部分中使用的蒸汽的一部分被供应到第一前室部分。

公开(公告)号：KR101060160B1

公开(公告)日：2011-08-29

申请号：KR1020100131923

申请日：2010-12-21

Applicant: 한국기계연구원

Inventor： 민태진 ,  윤진한 ,  길상인

IPC: B09B3/00 ,  F26B3/02 ,  F26B9/08 ,  B02C21/00

CPC classification number: B09B3/0083 ,  B02C21/00 ,  B02C2201/06 ,  F26B3/02 ,  F26B9/08 ,  F26B2200/02 ,  F26B2200/04 ,  Y02W30/20 ,  Y02W30/521

Abstract: PURPOSE: A multi-stepped wastes processing apparatus is provided to discharge wastes from a reactor without the change of a vapor pressure by including a front chamber and a rear chamber. CONSTITUTION: A first reactor(210) stirs and discharges wastes which is alternately received from a first front chamber and a second front chamber. A second reactor(220) processes at least part of the wastes from the first reactor. A moving unit receives the wastes from the first reactor. Pulverized wastes among the wastes from the first reactor are separated. Non-pulverized wastes from the first reactor are supplied to the second reactor. The second reactor stirs and discharges thee wastes without the change of a vapor pressure. The first front chamber and the second front chamber are connected based on a steam exchanging line, and steam is exchanged between the front chambers.

Abstract translation: 目的：提供一种多级废物处理装置，用于通过包括前室和后室，从反应器排出废物而不会改变蒸气压。 构成：第一反应器（210）搅拌并排出交替地从第一前室和第二前室接收的废物。 第二反应器（220）处理来自第一反应器的废物的至少一部分。 移动单元接收来自第一反应器的废物。 来自第一反应堆的废物中的粉碎废物被分离。 来自第一反应器的未粉碎的废物被供应到第二反应器。 第二个反应器不会改变蒸汽压力而搅动和排放废物。 第一前室和第二前室基于蒸汽交换管路连接，并且蒸汽在前室之间交换。

公开(公告)号：KR100925819B1

公开(公告)日：2009-11-06

申请号：KR1020080041938

申请日：2008-05-06

Applicant: 한국기계연구원

Inventor： 윤진한 ,  김우현 ,  길상인 ,  이정규 ,  민태진 ,  노선아

IPC: B01D5/00 ,  B01D53/00

Abstract: PURPOSE: A continuous pyrolysis-gas refining device is provided to collect effective gas continuously for energy, and analyze components of the pyrolysis-gas effectively. CONSTITUTION: A continuous pyrolysis-gas refining device refines various foreign materials of the gas to recycle the gas to the useful energy. The continuous pyrolysis-gas refining device includes a heater(10), a cooler(20), and a storing unit(40). The heater removes particulates in the gas by a metal dust filter device(12). The heater includes a heater case(11), a plurality of metal dust filter devices, a three-way valve(13,14), and a heater control device(15). The storing unit includes an explosion-proof pump(41), a storage tank(42) and an analysis unit(43).

Abstract translation: 目的：提供一种连续的热解气精炼装置，用于连续收集能量的有效气体，并有效分析热解气体的成分。 构成：连续的裂解气体精炼装置可以将气体的各种异物再循环到有用的能量中。 连续热解气提炼装置包括加热器（10），冷却器（20）和存储单元（40）。 加热器通过金属除尘装置（12）去除气体中的微粒。 加热器包括加热器壳体（11），多个金属滤尘装置，三通阀（13,14）和加热器控制装置（15）。 存储单元包括防爆泵（41），储罐（42）和分析单元（43）。

公开(公告)号：KR100889398B1

公开(公告)日：2009-03-19

申请号：KR1020080047710

申请日：2008-05-22

Applicant: 한국기계연구원

Inventor： 길상인 ,  김우현 ,  윤진한 ,  이정규 ,  민태진 ,  노선아

IPC: F23G5/00 ,  F23G7/00

Abstract: An ultra high temperature fusion form scrapped material gas brazier is provided to restrict the occurrence of tar by creating high quality synthetic gas from scrapped material without auxiliary energy such as gas or oil. An ultra high temperature fusion form scrapped material gas brazier comprises a furnace(10) melting scrapped material sample; a sample injecting device(20) injecting scrapped material sample into a hopper(17) of the furnace; a gas vent(13) expelling synthetic gas discharged from the furnace; a slag vent hole expelling slag of the top layer; a slag vent port(30) blocking the entrance of cold air from outdoor through the slag vent hole; a metal vent port(11) expelling metal material collected in the lower part; a heating burner(14) raising the temperature inside of the furnace by combusting fuel; a steam injection port(15) improving quality of gas by supplying steam to the gas drawn out of the gas vent port; and an oxygen supply port(16) supplying oxygen in order to maintain the temperature inside the furnace.

Abstract translation: 提供了一种超高温熔融形式的废料气体火盆，以通过从没有辅助能源（例如气体或油）的报废材料产生高质量的合成气来限制焦油的发生。 一种超高温熔融形式的废弃材料气体火盆包括熔化废料的样品的炉（10） 将废弃材料样品注入炉的料斗（17）中的样品注入装置（20） 排出从炉排出的合成气体的排气口（13） 排渣孔排出顶层渣; 排渣口（30）阻止冷气从户外通过排渣孔进入; 排出收集在下部的金属材料的金属排出口（11） 加热燃烧器（14）通过燃烧燃料来升高炉内的温度; 蒸汽注入口（15），通过向从排气口抽出的气体供应蒸气来改善气体的质量; 以及为了保持炉内的温度而供给氧气的供氧口（16）。

公开(公告)号：KR100864527B1

公开(公告)日：2008-10-21

申请号：KR1020070056105

申请日：2007-06-08

Applicant: 한국기계연구원

Inventor： 윤진한 ,  김우현 ,  길상인 ,  이정규 ,  민태진 ,  노선아

IPC: B29B13/06

CPC classification number: B29B13/06 ,  F26B21/06

Abstract: A plastic high-efficiency drying apparatus and a drying method using the same are provided to dry plastic filled into a storage container, quickly by transmitting heat of a heater through the inside of the storage container in order except for the low heat loss of the insulated storage container. In a plastic high-efficiency drying apparatus, a storage container(20) is connected to external air inlet pipes(21) and level gauges installed at both ends. The entire outer periphery of the storage container is covered with insulating material(24). An air feed pipe(10) comprises a heater(11) heating and supplying the external air; a first valve(13) installed at the back side of the heater; and a first control device(12) operating or stopping the heater, the first valve, and a fan(40) by setting the temperature of the air and having a safety device cutting off power of the heater by setting the limit temperature. A plastic supply pipe(60) is combined with one end of the storage container together with the air feed pipe and equipped with a second valve(61) closed or opened to inject plastic. A discharge pipe(70) is combined with the other end of the storage container, in order to discharge plastic by opening a screen valve(22) if plastic is dried. If the internal temperature of the storage container is over the temperature set in the first control device, temperature is kept at the predetermined level by controlling the flow of the fan. If over the predetermined temperature, the first valve is closed and the screen valve is opened in a second control device(23) installed on the other side of the storage container. Completely dried plastic is discharged to a storage tank through the discharge pipe by sucking the external air by opening regulating valves of the external air inlet pipes installed at each section of the storage container. A pressure/humidity gauge(30) senses the pressure and humidity of the plastic discharged from the storage container. The fan exhausts the internal air of the storage container. The discharge pipe discharges the dried plastic to the outer storage tank. A controller(50) is connected to the first and second control devices, plural external air inlet pipes, the pressure/humidity gauge, the heater, and the fan.

Abstract translation: 提供了一种塑料高效干燥装置和使用该干燥方法的干燥方法，以便将填充在储存容器中的干燥塑料迅速地通过加热器的热量传递到储存容器的内部，除了绝热的低热损失 储存容器。 在塑料高效率干燥装置中，储存容器（20）连接到安装在两端的外部空气入口管（21）和液位计。 储存容器的整个外围被绝缘材料（24）覆盖。 空气供给管（10）包括加热并供给外部空气的加热器（11） 安装在加热器背面的第一阀（13）; 以及第一控制装置（12），其通过设定空气的温度并具有通过设定限制温度来切断加热器的电力的安全装置来操作或停止加热器，第一阀和风扇（40）。 塑料供给管（60）与空气供给管一起与储存容器的一端结合，并配备有封闭或打开以注射塑料的第二阀（61）。 排出管70与储存容器的另一端结合，以便如果塑料干燥，则通过打开筛阀（22）来排出塑料。 如果存储容器的内部温度超过第一控制装置中设定的温度，则通过控制风扇的流动将温度保持在预定水平。 如果超过预定温度，则第一阀关闭，并且在安装在储存容器的另一侧的第二控制装置（23）中打开筛阀。 通过打开安装在存储容器的每个部分的外部进气管的调节阀，通过抽吸外部空气将完全干燥的塑料通过排出管排出到储罐中。 压力/湿度计（30）感测从储存容器排出的塑料的压力和湿度。 风扇排出储存容器的内部空气。 排出管将干燥的塑料排出到外部储存罐。 控制器（50）连接到第一和第二控制装置，多个外部空气入口管，压力/湿度计，加热器和风扇。

公开(公告)号：KR1020060118819A

公开(公告)日：2006-11-24

申请号：KR1020050041190

申请日：2005-05-17

Applicant: 한국기계연구원

Inventor： 정상현 ,  심성훈 ,  홍원석 ,  윤진한

IPC: C23C16/00 ,  B01D1/00 ,  B82Y40/00

Abstract: An equipment for vaporizing a liquid phase material, which can be applied as a precursor generator for a nanoparticle production system and accelerates evaporation of a precursor solution efficiently as compared with a conventional precursor generator to convert a liquid phase into a gas phase uniformly and supply a high flux of precursor gas into the nanoparticle production system promptly, is provided. An equipment for vaporizing a liquid phase material comprises: a perforated plate(2) formed in an upper part within a chamber(1) containing a liquid phase solution such that the liquid phase solution can not pass through the perforated plate; a porous body(7) mounted on an end of a gas inflow pipe(3) for flowing a gas or inert gas into the chamber; and a gas exhaust pipe(4) for exhausting gas vaporized from a precursor solution within the chamber. The equipment further comprises: a supersonic wave generation part(6) mounted on the bottom of the chamber within the chamber; a thermometer(13) and a manometer(14) for measuring temperature and pressure within the chamber; a pressure controller(15) and a flow control part(10) mounted on one side of the gas inflow pipe; and a heater(12) mounted on an outer portion of the bottom of the chamber.

Abstract translation: 用于蒸发液相材料的设备，其可以用作纳米颗粒生产系统的前体发生器并且与常规的前驱体发生器相比有效地加速前体溶液的蒸发，以将液相均匀地转化为气相并提供 提供了高通量的前体气体进入纳米颗粒生产系统。 用于蒸发液相材料的设备包括：形成在容纳液相溶液的室（1）内的上部的多孔板（2），使得液相溶液不能通过多孔板; 安装在用于使气体或惰性气体流入所述腔室的气体流入管道（3）的端部上的多孔体（7） 以及用于排出从室内的前体溶液蒸发的气体的排气管（4）。 所述设备还包括：安装在所述腔室内的所述腔室底部的超声波产生部分（6） 温度计（13）和用于测量室内的温度和压力的压力计（14）; 安装在所述气体流入管的一侧的压力控制器（15）和流量控制部（10） 以及安装在所述室的底部的外部的加热器（12）。

公开(公告)号：KR100484616B1

公开(公告)日：2005-04-20

申请号：KR1020040031168

申请日：2004-05-03

Applicant: 한국기계연구원

Inventor： 심성훈 ,  김우현 ,  정상현 ,  길상인 ,  윤진한

IPC: F23G5/00

Abstract: A combustion device with a regenerative combustion mat for reduction of dioxin exhaust is provided to minimize production of dioxin by completely burning particulate unburned materials through structural improvement of a combustion chamber and to reduce exhaust of unburned matters like carbon monoxide to the utmost. A combustion device with a regenerative combustion mat(34) for reduction of dioxin exhaust comprises a thermal decomposition furnace(1) thermally decomposing waste input; a melting furnace(2) on which a burner is mounted to heat solids discharged from the thermal decomposition furnace; a combustion chamber(3) completely burning unburned particles and unburned gas exhausted from the melting furnace; the combustion mat mounted to the inside of the combustion chamber; a cyclone(4) removing coarse dust of exhaust gas exhausted from the combustion chamber; a heat exchanger(5) collecting sensible heat of exhaust gas exhausted to the cyclone and heating air; a cleaner(6) giving chemicals to the exhaust gas flowing from the heat exchanger and neutralizing acid polluted materials; a bag filter(7) filtering fine dust included in the exhaust gas passing through the cleaner; an induction blower(8) connected to an outlet part of the bag filter to make an incinerator maintained in an exhaust pressure state by sucking exhaust gas; and a stack(9) exhausting the exhaust gas passing through the induction blower to the outside. The combustion mat is installed in zigzags to induce complete combustion by attaching or capturing particulate unburned matters with great inertia and artificially increasing the residence time. To make the combustion mat installed in zigzags, the combustion mat is mounted in the combustion chamber in a state of making combustion gas flow alternately to the central part and the periphery part.

公开(公告)号：KR100433095B1

公开(公告)日：2004-05-28

申请号：KR1020010004437

申请日：2001-01-31

Applicant: 한국기계연구원

Inventor： 심성훈 ,  김석준 ,  길상인 ,  윤진한

IPC: F23G5/027

Abstract: PURPOSE: A heat decomposition apparatus is provided to rapidly treat waste, to reuse solid carbide as a fuel or resource and to reduce harmful pollution material by completely burning wastes. CONSTITUTION: A heat decomposition apparatus includes a heat decomposition furnace(100), a combustion furnace(110), a cyclone(120), a heat exchanger(130), the first blower(140), a semi-drying type cleaner(150), a back filter(160), the second blower(170) and a funnel(180). A waste inlet(102) is installed at an upper portion of the heat decomposition furnace(100). Wastes introduced through the waste inlet(102) are directly heated by the first auxiliary burner(104). A drying table(106) is provided below the first auxiliary burner(104) so as to dry the wastes. A stepped heat decomposition table(108) is provided to convert the wastes into solid carbide and combustible gas. Solid carbide is stored in a carbide storage(109) positioned below the stepped heat decomposition table(108).

Abstract translation: 目的：提供热分解装置，以快速处理废物，重新使用整体碳化物作为燃料或资源，并通过完全燃烧废物来减少有害污染物质。 （100），燃烧炉（110），旋风分离器（120），热交换器（130），第一鼓风机（140），半干燥型清洁器（150） ），后过滤器（160），第二鼓风机（170）和漏斗（180）。 废物入口（102）安装在热分解炉（100）的上部。 通过废物入口（102）引入的废物由第一辅助燃烧器（104）直接加热。 干燥台（106）设置在第一辅助燃烧器（104）的下方以干燥废物。 提供台阶式热分解台（108）以将废物转化为整体碳化物和可燃气体。 整体碳化物储存在位于阶梯式热分解台（108）下方的碳化物储存器（109）中。

公开(公告)号：KR100415801B1

公开(公告)日：2004-01-24

申请号：KR1020030023332

申请日：2003-04-14

Applicant: 한국기계연구원 ,  주식회사 케이비 엔텍

Inventor： 길상인 ,  김석준 ,  윤진한 ,  최임수 ,  이흥모 ,  채수택

IPC: F23Q7/00

Abstract: PURPOSE: A method and a device for melting waste matters are provided to dispose moisture, combustible and metal materials contained in sludge without limits for the input amount, to reduce the number of burners for melting the waste matters, and to exclude an electric resistance type demanding the cost of equipment. CONSTITUTION: In a melting device for having a heating device(40) for heating the inside of a melting furnace(20) and melting waste matters flowed in through a sludge input port(23), a device for melting waste matters is composed of a melting block(30) for dividing the molten inner part of the melting furnace in a step shape and including an overflow dam(31) for overflowing slag with low specific gravity and repressing the slag with heavy specific gravity and a molten material discharging outlet(32); a fuel valve(54) mounted to the melting furnace to correspond to the molten material discharging outlet and to cut off air of a burner for discharging molten metals(42) to cool the discharging outlet; a blower(53) for supplying air through the burner for discharging the molten materials to the molten material discharging outlet; and a control unit(55) for controlling operations of the burner, the blower, and the fuel valve.

公开(公告)号：KR1020020063943A

公开(公告)日：2002-08-07

申请号：KR1020010004437

申请日：2001-01-31

Applicant: 한국기계연구원

Inventor： 심성훈 ,  김석준 ,  길상인 ,  윤진한

IPC: F23G5/027

Abstract: PURPOSE: A heat decomposition apparatus is provided to rapidly treat waste, to reuse solid carbide as a fuel or resource and to reduce harmful pollution material by completely burning wastes. CONSTITUTION: A heat decomposition apparatus includes a heat decomposition furnace(100), a combustion furnace(110), a cyclone(120), a heat exchanger(130), the first blower(140), a semi-drying type cleaner(150), a back filter(160), the second blower(170) and a funnel(180). A waste inlet(102) is installed at an upper portion of the heat decomposition furnace(100). Wastes introduced through the waste inlet(102) are directly heated by the first auxiliary burner(104). A drying table(106) is provided below the first auxiliary burner(104) so as to dry the wastes. A stepped heat decomposition table(108) is provided to convert the wastes into solid carbide and combustible gas. Solid carbide is stored in a carbide storage(109) positioned below the stepped heat decomposition table(108).

Abstract translation: 目的：提供热分解装置，以快速处理废物，重新使用固体碳化物作为燃料或资源，并通过完全燃烧废物减少有害污染物质。 构成：热分解装置包括热分解炉（100），燃烧炉（110），旋风分离器（120），热交换器（130），第一鼓风机（140），半干式清洁器 ），后过滤器（160），第二鼓风机（170）和漏斗（180）。 废物入口（102）安装在热分解炉（100）的上部。 通过废物入口（102）引入的废物被第一辅助燃烧器（104）直接加热。 干燥台（106）设置在第一辅助燃烧器（104）的下方，以便干燥废物。 提供了一个阶梯式热分解台（108），用于将废物转化为整体碳化物和可燃气体。 整体碳化物储存在位于阶梯式热分解台（108）下方的碳化物储存器（109）中。