2003年「客聚股份有限公司」成立於台北， 為美國康州Corgen Inc.之子公司，Corgen Inc.始於美國，積極發展生化產業類別，並於國外獲得重大研究成果及斬獲。在台灣早期和中央研究院合作生物疫苗研發並於隔年成立子公司--台灣海鱺股份有限公司；及積極從事水產養殖與育種研究。台灣海鱺股份有限公司對魚類的疫苗研發已取得成功，並經農委會專案補助進行養殖研究計劃，成果豐碩，蔚為一時。

近年來因SARS風暴，基於專業及社會責任，特別成立消毒殺菌事業群，網羅業界專業人士，如台灣大學生化專業的王博士，以WHO認定之第四代A1級無毒、環保、有效殺菌與除臭之二氧化氯為目標，每個專題皆以專業務實的態度謹慎研究與研發，目前已取得傲視全球的各種新型技術。從二氧化氯原液、粉劑、Keep級二氧化氯噴手液及除臭果凍等工業、環保、醫療及民生使用之殺菌除臭產品及設備，近期已推出「病菌立剋滅」一系列相關產品。前期為克服困難二氧化氯衰退問題，進駐陽明大學育成中心並與陽明大學許多教授產學合作與研究，目前已成功研發二氧化氯活化後保存期限可達半年以上之創新成果，近期業已應用於噴手液等產品，解決一般市面上隨身防護噴手液殺菌無法持久的問題，並廣獲好評。

「客聚股份有限公司」近期已完整開發新一代環保設備，如防治NOx及SOx的空污處理設備及醫院、動物中心，清結車輛、養殖場或一般室內外環境等之消毒、除臭、滅菌設備。成功轉型由藥劑製造商增進為設備製造商之一條鞭發展策略。

「客聚股份有限公司」一直以來秉持著誠信經營、專業研發的理念；一步一步的推展業務，擴展通路與經銷體系，並邁向醫療、環工、民生等多元化目標大步前進。

In the ClO2 sector, our invention relates to the purification of waste gases at the same time, and more specifically relates to improvements in or relating to a process for removing NOx, SOx and VOCs, from waste gases containing the same, such as, for example, flue gas from a boiler, heating furnace, sintering furnace, roasting furnace, converter, smelting furnace, incinerator, tail gases from nitric acid plants, waste gases from metal dissolving and pickling plants.

Fossil fuels are burned in many industrial processes. Electric power producers, for example, burn large quantities of coal, oil, and natural gas. Sulfur dioxide ("SO2"), nitrogen oxide ("NO"), and nitrogen dioxide ("NO2") are some of the unwanted byproducts of burning any type of fossil fuel. Mercury ("Hg") is often also found in fossil fuels. These byproducts are known to have serious negative health effects on people, animals, and plants, and a great deal of research has been done to find a way to economically remove them from flue gas streams before they enter the atmosphere.Due to rapidly increasing industrial production in various countries, NOx, especially nitrogen monoxide (NO) and nitrogen dioxide (NO2), discharged from waste gases have caused serious problems in air pollution. In order to prevent such air pollution due to NOx, various denitrogenation processes have been developed.

SO2 is often removed from gas streams ("desulfurization") by scrubbing the gas with an aqueous ammonium sulfate solution containing ammonia. The absorbed sulfur compounds react with ammonia to form ammonium sulfite and ammonium bisulfite, which are then oxidized to form ammonium sulfate and ammonium bisulfate. The ammonium bisulfate is further ammoniated to form ammonium sulfate. The process does not remove NO or NO2, however, which must then be dealt with using a different process.

NO and NO2 (together known as "NOx") can be removed from a gas stream by contacting the gas stream with either ClO2 or O3 to convert NO into NO2, and then scrubbing with an aqueous solution of a sulfur-containing reducing compound of alkali metals or ammonia, and a catalytic compound. Some processes exist that remove both NOx and SO2. NO is oxidized to NO2 by contacting the gas with either ClO2 as above. Then the SO2 is scrubbed with a sulfite and an oxidation retardant that suppresses oxidation of the sulfite to sulfate. Iron or copper compounds can also be added to depress oxidation. Optionally, ammonium hydroxide can be added to make sulfite and to react with CO2 in the gas stream to make carbonate.

Our technologies have proven to be very effective and cost efficient in factories. It will soon be used in many other factories around the world.

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客聚股份有限公司 ( Corgen Inc., Taipei.  taipei@corgen.com )

公司: 臺北市南京東路三段89巷六號四樓 電話 02-27632638/ 0928-726289 傳真 02-27663288

工廠: 台北縣新莊市思源路109巷1號1樓 電話 02-29929144/ 070-100 200 67/ 0927-966275

研究室: 國立陽明大學創新育成中心 台北市北投區立農街二段27號 電話 02-28267000 #6327/ 0930-096263

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