Aluminium And Plastic Cap For Oral Liquids
The aluminium and plastic cap for oral liquids, involving in multiple working procedures, such as the: punch forming of aluminum cap, injection molding of plastic cap, press / cutting indentation, surface treatment, cleaning, riveting, inspection, inner and outer packing.
The aluminum cap is processed by electrooxidation, with the silvery white and golden brown available, and the size and color could be satisfied on the request of user.
Total Aluminium Cap,Plastic Caps,Oral Liquid Caps,Oral Liquid Bottle Cap YANGZHONG HONGYUN BOTTLE CAPS MAKING FACTORY , https://www.hongyunyz.com
Hazardous hazard identification and analysis method
I. Contents of danger and hazard identification
(1) Site: engineering geology, topography, hydrology, meteorological conditions, etc.
(2) The layout of the factory area.
1. General picture: functional partition arrangement, high temperature, hazardous materials, noise, radiation facility layout, process flow arrangement, construction (structure) structure, wind direction, safety distance, health protection, etc.
2. Transportation lines and terminals.
(3) Construction (structure): structure, fire prevention, explosion-proof, orientation, lighting, transportation channels, etc.
(4) Production process: material (toxic, corrosive, flammable) temperature, pressure, speed, operation and control conditions, accidents and out of control.
(5) Production equipment and equipment.
1. Chemical equipment and equipment: high temperature, low temperature, corrosion, high pressure, vibration, spare parts of key parts, control, operation, overhaul and failure, and emergency abnormal conditions;
2. Mechanical equipment: moving parts and workpieces, operating conditions, maintenance work, misoperation and misoperation;
3. Electrical equipment: power failure, electric shock, fire, explosion, smashing operation and misoperation, static electricity, lightning;
4. Equipment with high risk and equipment at high altitude;
5, special monomer equipment, equipment: boiler room, acetylene station, oxygen station, oil depot, dangerous goods library.
(6) Dust, poison, noise, vibration, radiation, high temperature, low temperature and other hazardous parts.
(7) Management facilities, emergency rescue facilities and auxiliary production and living sanitation facilities.
Second, the identification of major hazards
(1) Definition of major accidents: The major accidents defined in the Convention on the Prevention of Major Industrial Accidents adopted by the International Labor Organization (ILO) in 1993 were “suddenly occurring in a production activity within a major hazardous facility, involving one type or Serious accidents, fires, explosions, etc. of various hazardous materials cause accidents caused by acute or chronic serious harm to workers, the public or the environment."
(II) Identification of major hazard sources: Identification according to GB 18218-2000 “Significant Hazard Source Identificationâ€.
Third, the identification and analysis methods of dangerous hazards
(1) The empirical method.
1. Control method: a method for analyzing the hazard and hazard factors of the evaluation object by means of experience and judgment ability against the relevant standards, regulations, checklists or observation and analysis capabilities of the analysts;
2. Analogy method: Use the same or similar engineering system or operating conditions and labor safety and health statistics to analogize and analyze the hazard and hazard factors of the evaluation object.
(II) System safety analysis method: Apply some system safety engineering evaluation methods to identify hazards and hazards. System security analysis methods are often used in new development systems that are complex and have no accident experience. Commonly used system security analysis methods include event trees, accident trees, and so on.