Regarding the automatic weighing and cutting system for liquid chlorine cylinder packaging, as well as the plant ventilation system
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I would like to ask my colleagues two questions: 1) Which company’s cylinders are used for packaging liquid chlorine cylinders? Are there systems for automatic shutdown, as well as PC-based record-keeping systems for cylinder filling and related information? 2) Is there an accident exhaust system in the liquid chlorine cylinder filling plant? If so, which company manufactures it and how is it installed?
1) Which company’s cylinders are used for the packaging of liquid chlorine cylinders? Is there an automatic shut-off system, as well as a PC-based recording system for cylinder filling and related information? ·········Mettler’s weighing and automatic shut-off functions are added for safety reasons. As for what the PC recording system is for cylinder filling and cylinder information, I’m not sure I don’t understand what you mean. 2) Is there an accident exhaust system in the plant where liquid chlorine cylinders are filled? If so, which company manufactures it, and how is it installed? ·······An emergency negative pressure removal device is necessary; it is required during acceptance, and it is indeed needed when there are minor leaks during on-site operation. This is specifically a crash fan used to create negative pressure for sodium hypochlorite.
This post was last edited by wuyifeng on 2015-11-13 at 11:13. 1. I would like to know whether your exhaust systems use exhaust fans inside the factory building, or whether they rely on the negative pressure generated by the pest control devices for extraction? 2. Cylinder management system: This system makes use of radio frequency chip technology to enable automatic computer recording throughout the entire process of collecting/cleaning/filling/reweighing and distributing cylinders. I wonder which company has implemented such a feature?
Rushan Xintai Weighing Equipment Co., Ltd. has obtained 8 **patents** in the field of liquid chlorine filling; it is capable of developing automated and intelligent filling systems for liquid chlorine cylinders, including those equipped with electronic tags.
Installing exhaust fans inside the factory building should yield better results than using the negative pressure of detoxification devices to draw air out; the former can directly remove the mixture of chlorine gas and air that has leaked from the accident site, which is beneficial for rescue efforts on site. The latter method requires taking into account the impact of long pipelines or leaks in the pipes and valves on the vacuum level achieved for extraction. Moreover, if the pipelines are too long, it takes time to evacuate the air from them before the chlorine gas can be drawn out, resulting in delays that hinder rescue operations on site