POWDERED ACTIVATED CARBON CONTAINED PHOTOCATALYSTS AND ITS MANUFACTING METHOD

[[abstract]]本發明係關於一種含粉狀活性碳之光觸媒，包括：一第一比例之活性碳及一第二比例之光觸媒。該第二比例之光觸媒與該第一比例之活性碳混合成一設定狀態，俾使該第一比例之活性碳用以吸附待處理物，該第二比例之光觸媒用以分解由該第一比例之活性碳吸附之該待處理物。因此，本發明含粉狀活性碳之光觸媒可藉由活性碳之吸附能力，增加環境中污染物或待處理物的傳輸速度，用以提昇光觸媒分解破壞的效果及使用價值。並且，藉由光觸媒的分解破壞污染物或待處理物後，使該活性碳不會飽和，達到提昇光觸媒處理效率且使用時間有效延長活性碳的永續利用之目的。[[abstract]]The invention relates to a powdered activated carbon contained photocatalysts. The powdered activated carbon contained photocatalysts comprises a powdered activated carbon with a first percentage and a photocatalysts with a second percentage. The activated carbon can adsorb contaminants while the photocatalysts can decompose the contaminants adsorbed on the activated carbon adsorbent. This invention could effectively increase the capture rate of contaminants on the activated carbon and thus enhance the decomposition efficiency of contaminants as well as the value of photocatalysts. Moreover, the activated carbon won’t be saturated since the adsorbed contaminants could be further decomposed by the photocatalysts, which make the powdered activated carbon contained photocatalysts more efficient and last longer than the conventional photocatalysts

AN ENERGY-SAVING PHOTOCATALYTIC ORGANIC GAS TREATMENT SYSTEM

[[abstract]]本創作係關於一種節能型光觸媒有機氣體處理系統，包括：一殼體、一紫外光燈組、至少一節能材料及至少一網狀載體。該殼體具有一內面、一入口及一出口。該紫外光燈組用以產生紫外光。該節能材料設置於該殼體之該內面，用以反射來自該紫外光燈組之該紫外光。該網狀載體之表面具有光觸媒，用以接受來自該紫外光燈組及該節能材料反射之該紫外光，以分解有機污染物。利用該節能材料可將來自該紫外光燈組之紫外光進行反射，以增加該有機氣體處理系統內部紫外光之總光強度，使得有機氣體分解速率提升，以達到節省能源、過濾空氣之功效。[[abstract]]The present invention relates to an energy-saving photocatalytic organic gas treatment system. The energy-saving photocatalytic organic gas treatment system comprises a shell, ultraviolet lamps, at least one energy-saving material, and at least one air filter. There is one entry and one exit from the shell and the shell coats the energy-saving material on the inside. The ultraviolet lamps can produce the ultraviolet light and the ultraviolet light reflection can be via energy-saving material on the shell inside and could effectively increase the decomposition rate of organic contaminants. The energy-saving material can increase the overall luminous intensity of ultraviolet light. Moreover, the surface of air filters coated with photocatalysts, while the photocatalysts can reduce the organic contaminants by ultraviolet light. As a result, this invention possesses an effective promotion the decomposition rate of organic contaminants, energy saving, and air filtration simultaneously

AIR-CLEANING DEVICE WITH PHOTOCATALYST COATED ELECTRICAL FILTERS

[[abstract]]本創作係關於一種光觸媒電子濾網空氣淨化裝置，其包括：一電源供應單元、一導電體、一纖維載體及光觸媒。該導電體連接該電源供應單元之一正極。該纖維載體接觸該導電體。該光觸媒設置於該纖維載體之表面。該光觸媒用以分解污染物，該纖維載體接觸該導電體，利用導電效應將該光觸媒上之電子導離。藉此，本創作之光觸媒電子濾網空氣淨化裝置具有長效性、較佳之污染物處理效率及較長之使用壽命，且同時具有除臭、除污、除塵及抗菌之功能。[[abstract]]The present invention relates to an air-cleaning device with conductive photocatalyst coated electrical filter thereon, including a power supplier, a conductive material, a fiber carrier, and photocatalyst. The conductive material is electrically connected to the anode of the power supplier. The fiber carrier contacts the conductive material. The photocatalyst is coated on the surface of the fiber carrier. The photocatalyst is used to decompose air contaminants. Since the fiber carrier contacts the conductive material, the electrons in the photocatalyst can be conducted. Whereby, the air-cleaning device of the present invention has long-term effectiveness, superior decomposition efficiency of air contaminants, and longer lifespan. Overall, the air-cleaning device of the present invention possesses multi-function of deodorization, contaminant removal, dust collection, and antimicrobe