Winter icing does have an impact on organic fertilizer equipment, mainly reflected in the following aspects:
1. Equipment damage risk, mechanical parts deformation: low temperature icing may cause the metal parts of the equipment to shrink, when the temperature rises, the parts may be deformed due to thermal expansion and contraction.
2. Lubrication system failure: lubricating oil will become viscous or even solidified at low temperatures, resulting in failure of the lubrication system and increased equipment wear.
3. Reduced operating efficiency and difficulty in starting: the equipment may encounter difficulties when starting at low temperatures, because the viscosity of the lubricating oil increases and the starting resistance of the equipment increases.
4. Decreased production efficiency: icing may lead to inflexible operation of some parts of the equipment, affecting the production efficiency of the organic fertilizer production line.
5. Safety hazards and operator safety: Ice on the surface of the equipment may cause operators to slip and increase the risk of safety accidents.
6. Equipment overload: If the material inside the equipment is blocked because of ice, it may lead to equipment overload and increase the risk of equipment damage.
7. Environmental impact, material loss: If the material inside the equipment cannot be discharged normally because of icing, it may lead to material loss.
In order to reduce the impact of winter icing on organic fertilizer equipment, the following measures can be taken:
1. Preheat the device: fully preheat the device before starting it to gradually heat up the device.
2. Use antifreeze: Add antifreeze to the lubrication system to prevent lubricating oil from solidifying.
3. Keep the equipment dry: clean the water on the surface and inside of the equipment in time to prevent icing.
4. Strengthen equipment maintenance: regularly check the lubrication and fastening of the equipment to ensure that the equipment is in good working condition.
