Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to the field of bamboo charcoal processing technologies, in particular to a conductive bamboo charcoal firing process. The conductive bamboo charcoal firing process comprises thefollowing steps that bamboo wood is cut off and crushed into powder; the bamboo powder, lignin, GaO powder and zeolite powder are mixed and stirred and then are subjected to extrusion forming, pressurization is performed to increase density, and the two surfaces of a bamboo board are respectively pre-baked; and preheating, drying, pre-carbonizing, carbonizing and cooling are successively carriedout to form a bamboo charcoal plate. Since a bamboo material is crushed and pressurized to obtain the bamboo board with the consistent density, the fluctuation range of the density and the fixed carbon content of fired bamboo charcoal is small; since inorganic antibacterial agents such as the GaO powder and the zeolite powder are added into the bamboo charcoal, so a good antibacterial effect is achieved; before firing, the surfaces of two main areas of the bamboo board are quickly swept by high-temperature flame, pre-fired and shaped, so compact oxide layers are formed on the surfaces to be used as supports; and all the parts are heated more uniformly in a microwave heating mode, so the fired bamboo charcoal is not easy to crack.
本发明涉及竹炭加工工艺领域，具体涉及导电竹炭烧制工艺，包括以下步骤：竹材经过切断、破碎成粉末，竹粉、木质素、GaO粉末、沸石粉末混合搅拌后挤压成型，并加压增加密度，对竹板的两个表面分别进行预烤；经预热、干燥、预炭化、炭化、冷却成型竹炭板。竹材通过破碎、加压、加压得出密度一致的竹板，因此所烧制的竹炭密度和固定炭含量波动范围较小；竹炭中添加GaO粉末、沸石粉末等无机抗菌剂，具有良好的抗菌效果；烧制之前在竹板的两个主要面积的表面采用高温火焰快速扫过，预烧制定型，表面形成致密氧化层作为支撑，加上微波加热的方式使得各部位加热更为均匀，因此烧制的竹炭不容易开裂。
The invention relates to the field of bamboo charcoal processing technologies, in particular to a conductive bamboo charcoal firing process. The conductive bamboo charcoal firing process comprises thefollowing steps that bamboo wood is cut off and crushed into powder; the bamboo powder, lignin, GaO powder and zeolite powder are mixed and stirred and then are subjected to extrusion forming, pressurization is performed to increase density, and the two surfaces of a bamboo board are respectively pre-baked; and preheating, drying, pre-carbonizing, carbonizing and cooling are successively carriedout to form a bamboo charcoal plate. Since a bamboo material is crushed and pressurized to obtain the bamboo board with the consistent density, the fluctuation range of the density and the fixed carbon content of fired bamboo charcoal is small; since inorganic antibacterial agents such as the GaO powder and the zeolite powder are added into the bamboo charcoal, so a good antibacterial effect is achieved; before firing, the surfaces of two main areas of the bamboo board are quickly swept by high-temperature flame, pre-fired and shaped, so compact oxide layers are formed on the surfaces to be used as supports; and all the parts are heated more uniformly in a microwave heating mode, so the fired bamboo charcoal is not easy to crack.
本发明涉及竹炭加工工艺领域，具体涉及导电竹炭烧制工艺，包括以下步骤：竹材经过切断、破碎成粉末，竹粉、木质素、GaO粉末、沸石粉末混合搅拌后挤压成型，并加压增加密度，对竹板的两个表面分别进行预烤；经预热、干燥、预炭化、炭化、冷却成型竹炭板。竹材通过破碎、加压、加压得出密度一致的竹板，因此所烧制的竹炭密度和固定炭含量波动范围较小；竹炭中添加GaO粉末、沸石粉末等无机抗菌剂，具有良好的抗菌效果；烧制之前在竹板的两个主要面积的表面采用高温火焰快速扫过，预烧制定型，表面形成致密氧化层作为支撑，加上微波加热的方式使得各部位加热更为均匀，因此烧制的竹炭不容易开裂。
METHOD FOR MANUFACTURING BAMBOO CHARCOAL BALLS AND BAMBOO CHARCOAL BALLS MANUFACTURED BY THE SAME
| Europäisches Patentamt | 2023