FAQ

The key points of daily maintenance of animal harmless treatment equipment include cleaning, lubrication and inspection. Cleaning means regularly cleaning the equipment to remove dust, dirt and residues on the surface of the equipment and keep the equipment clean. Lubrication is to lubricate the moving parts of the equipment to reduce wear and extend the service life of the equipment. Inspection includes inspecting various parts of the equipment, such as checking the sealing of the equipment and the connection of the electrical system, and finding and dealing with problems in time.

The content and requirements of regular overhaul mainly include the replacement of equipment parts and the debugging of the system. For some wearing parts, such as seals and filters, they need to be replaced regularly to ensure the normal operation of the equipment. System debugging includes debugging the control system and transmission system of the equipment to ensure the stable performance of each system.

Correct maintenance has an important impact on the service life of equipment. Through regular cleaning, lubrication and inspection, potential problems of the equipment can be found in time to avoid the expansion of problems. Regular replacement of wearing parts and system debugging can ensure the stable performance of the equipment and extend the service life of the equipment. At the same time, good maintenance can also improve the reliability and stability of the equipment, reduce the occurrence of equipment failures and improve the operating efficiency of the equipment.

The goals and requirements of intelligent upgrading of animal harmless treatment equipment are to improve the automation degree and intelligence level of the equipment and realize the efficient operation and precise control of the equipment. Specifically, intelligent upgrading can realize functions such as remote monitoring, fault diagnosis, and automatic adjustment of equipment, and improve the operating efficiency and stability of the equipment.

The steps for formulating and implementing the upgrade plan include technology selection, system integration, commissioning and operation. In terms of technology selection, advanced sensor technology, automation control technology and communication technology need to be selected to ensure that the intelligent upgrade of equipment can meet actual needs. System integration is to integrate various technologies to realize intelligent control of equipment. Debugging and operation is to test and adjust the performance of the equipment after the equipment upgrade is completed to ensure that the equipment can operate normally.

The benefit evaluation methods after upgrading mainly include improving processing efficiency, reducing costs, and reducing manual intervention. Through intelligent upgrading, automated operation of equipment can be realized, manual operation can be reduced, and processing efficiency can be improved. At the same time, intelligent equipment can achieve precise control, reduce energy consumption and material waste, and thereby reduce costs. In addition, intelligent equipment can also realize remote monitoring and fault diagnosis, reduce the workload of manual inspection, and improve the reliability and stability of the equipment.

The current research and development directions and focuses of new equipment for animal harmless treatment mainly focus on high-efficiency processing technology, environmental protection and energy-saving technology and intelligent technology. High-efficiency processing technology aims to improve the processing capacity and speed of equipment and reduce processing time. For example, develop new incinerators or chemical treatment equipment to improve combustion efficiency or chemical treatment speed. Environmental protection and energy-saving technology focuses on reducing the impact of equipment on the environment and reducing energy consumption. For example, adopt new waste gas treatment technology and waste water treatment technology to achieve zero emission of pollutants; develop energy-saving equipment and improve energy utilization efficiency. Intelligent technology is to apply advanced information technology to equipment to realize automatic control and remote monitoring of equipment.

The application prospects of research and development results are broad. New equipment can improve the efficiency and quality of animal harmless treatment, reduce processing costs and reduce environmental pollution. At the same time, the application of intelligent equipment can improve the reliability and stability of equipment, reduce manual intervention and reduce labor intensity. The role of technological innovation in promoting the development of equipment cannot be ignored. Enterprises should increase R & D investment, continuously

Choosing a suitable animal harmless treatment equipment requires comprehensive consideration of multiple factors.

First of all, it is necessary to clarify the processing scale. If a large number of animal carcasses need to be processed, equipment with strong processing capacity should be selected, such as large incinerators or chemical treatment equipment. For situations with a small processing volume, fermentation equipment and other equipment with a small floor area and relatively low processing capacity can be considered.

Secondly, consider the characteristics of the processing object. For example, for animal carcasses containing a large amount of bones, chemical treatment equipment may be more suitable because it can decompose bones into bone meal. If the processing object is perishable and requires rapid processing, incineration equipment may be a better choice.

Site conditions are also one of the important factors. If the site area is limited, fermentation equipment or small chemical treatment equipment may be more suitable because they occupy a relatively small area. If site conditions permit, large equipment can be selected to improve processing efficiency.

The budget is also crucial. Different types of equipment have large price differences, and selection needs to be made according to the actual capital situation. Incineration equipment usually has a high cost, including equipment purchase, operation and maintenance costs; fermentation equipment has a relatively low cost.

In addition, it is necessary to consider the performance parameters of the equipment. Such as processing capacity, energy consumption, floor area, etc. The processing capacity should match the actual demand to avoid excessive idleness of the equipment or inability to meet the processing demand. Equipment with low energy consumption can reduce operating costs. Equipment with a small floor area has an advantage when the site is limited.

At the same time, pay attention to the advantages and limitations of the equipment. Incineration equipment has a fast processing speed and can completely eliminate pathogens, but it will generate harmful gases and requires waste gas treatment equipment. Chemical treatment equipment can realize resource recycling, but may generate waste water and waste gas. Fermentation equipment is environmentally friendly and has a low cost, but the processing time is relatively long.

Finally, consider the supporting facilities of the equipment. Such as waste gas treatment equipment, waste water treatment equipment and conveying equipment. Ensure the compatibility and collaborative working ability of supporting facilities and processing equipment to achieve efficient and stable harmless treatment.