A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a process method for manufacturing an environment-friendly titanium gypsum building profile by using a biological agent, which is characterized in that the biological agent extracted from seaweed and the like is used for carrying out water-containing curing on solid waste titanium gypsum, and the titanium gypsum is prepared by using the extremely strong splitting and permeability of the biological agent and the amber effect of the biological agent. After the solid waste titanium gypsum, the biological agent and the ordinary cement are mixed and treated, the best plastic state is achieved, then the environment-friendly titanium gypsum building profile is subjected to high-pressure compression molding, and the process that the environment-friendly titanium gypsum building profile is rapidly hardened is adopted, so that a layer of protective film is formed on the surface of a matrix of the environment-friendly titanium gypsum building profile; and carrying out reaction curing on the biological agent and water molecules in the solid waste titanium gypsum. The strength of the solid waste titanium gypsum building profile reaches 40 MPa or above, meanwhile, the solid waste titanium gypsum building profile has a waterproof effect, and the waterproof service life reaches the standard of the same service life as that of a building. A biological treatment method is adopted to remarkably reduce the production cost and improve the utilization rate and quality. No pollution is caused.
本发明公开了一种利用生物制剂制造环保钛石膏建筑型材的工艺方法，其特征在于：本发明采用由海藻等提取的生物制剂对所述固废钛石膏进行含水固化，利用生物制剂极强的分裂与渗透性和生物的琥珀效应，将所述固废钛石膏、生物制剂、普通水泥混合处理后，达到最佳可塑状态，然后经过高压压制成型，使所述环保钛石膏建筑型材迅速硬化的工艺，实现在环保环保钛石膏建筑型材的基质表面形成一层保护膜，采用所述生物制剂与所述固废钛石膏中的水分子进行反应固化。使所述固废钛石膏建筑型材的强度达到强度达到40MPa以上，同时具有防水作用，防水寿命达到与建筑物同寿命的标准。采用生物处理方法显著降低生产成本、提高利用率和质量。环保无污染。
The invention discloses a process method for manufacturing an environment-friendly titanium gypsum building profile by using a biological agent, which is characterized in that the biological agent extracted from seaweed and the like is used for carrying out water-containing curing on solid waste titanium gypsum, and the titanium gypsum is prepared by using the extremely strong splitting and permeability of the biological agent and the amber effect of the biological agent. After the solid waste titanium gypsum, the biological agent and the ordinary cement are mixed and treated, the best plastic state is achieved, then the environment-friendly titanium gypsum building profile is subjected to high-pressure compression molding, and the process that the environment-friendly titanium gypsum building profile is rapidly hardened is adopted, so that a layer of protective film is formed on the surface of a matrix of the environment-friendly titanium gypsum building profile; and carrying out reaction curing on the biological agent and water molecules in the solid waste titanium gypsum. The strength of the solid waste titanium gypsum building profile reaches 40 MPa or above, meanwhile, the solid waste titanium gypsum building profile has a waterproof effect, and the waterproof service life reaches the standard of the same service life as that of a building. A biological treatment method is adopted to remarkably reduce the production cost and improve the utilization rate and quality. No pollution is caused.
本发明公开了一种利用生物制剂制造环保钛石膏建筑型材的工艺方法，其特征在于：本发明采用由海藻等提取的生物制剂对所述固废钛石膏进行含水固化，利用生物制剂极强的分裂与渗透性和生物的琥珀效应，将所述固废钛石膏、生物制剂、普通水泥混合处理后，达到最佳可塑状态，然后经过高压压制成型，使所述环保钛石膏建筑型材迅速硬化的工艺，实现在环保环保钛石膏建筑型材的基质表面形成一层保护膜，采用所述生物制剂与所述固废钛石膏中的水分子进行反应固化。使所述固废钛石膏建筑型材的强度达到强度达到40MPa以上，同时具有防水作用，防水寿命达到与建筑物同寿命的标准。采用生物处理方法显著降低生产成本、提高利用率和质量。环保无污染。
Process method for manufacturing environment-friendly titanium gypsum building profile by using biological agent
一种利用生物制剂制造环保钛石膏建筑型材的工艺方法
GAO YUAN (author)
2023-02-17
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
Process method for manufacturing environment-friendly titanium gypsum building profile
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