面向造纸污染气体降解环境的智能远程监控系统研究
Research on Intelligent Remote Monitoring System for the Degradation Environment of Paper Pollution Gas
杨超 1刘珊珊 1陈晓慧1
作者信息
- 1. 陕西国防工业职业技术学院,陕西 西安,710300
- 折叠
摘要
造纸污染气体降解环境是光催化氧化降解效率与效果的关键性影响要素.因此为智能远程监控降解环境,通过详细分析造纸气体污染种类与现状,从气体降解环境监控系统功能需求着手,基于传感器技术与物联网技术,从硬件与软件两个层面搭建了造纸污染气体降解环境智能远程监控系统.此系统可远程实时监控污染气体降解环境温度与湿度,可靠性较高且稳定性良好,准确性较好且响应速度快,不但能够智能监控造纸污染气体降解环境以避免影响降解效率,而且能够实时监测农业种植领域环境动态变化,以及时告警提示.
Abstract
The degradation environment of paper pollution gas is a key factor affecting the efficiency and effectiveness of photocatalytic oxidation degradation.Therefore,in order to intelligently monitor the degradation environment remotely,by analyzing the types and current situation of paper gas pollution in detail,starting from the functional requirements of the gas degradation environment monitoring system,based on sensor technology and Internet of Things technology,an intelligent remote monitoring system for paper pollution gas degradation environment was built from both hardware and software levels.This system can remotely and real-time monitor the temperature and humidity of the degradation environment of polluted gases,with high reliability and good stability,good accuracy and fast response speed,and it can not only intelligently and remotely monitor the degradation environment of papermaking polluted gases to avoid affecting degradation efficiency,but also monitor the dynamic changes of the environment in the agricultural planting field in real time and provide timely alarm prompts.
关键词
造纸污染/气体降解/环境监控/远程监控/温湿度Key words
paper pollution/gas degradation/environmental monitoring/remote monitoring/temperature and humidity引用本文复制引用
基金项目
陕西省职业技术教育学会2023年度职业教育教学改革研究课题(2023SZX050)
出版年
2024
NETL
NSTL
万方数据