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ما هي أراضي مصنع بطارية الليثيوم 500 كجم/ساعة مطلوبة

ما هي أراضي مصنع بطارية الليثيوم 500 كجم/ساعة مطلوبة

عندما تخطط لإعداد أ 500كيلوغرام/ساعة مصنع التخلص من بطارية الليثيوم, يجب عليك تقدير مساحة الأرض الأساسية للمنشأة. هذا لا يضمن تدفق الإنتاج الفعال فحسب ، بل يحافظ أيضًا. في هذا الأسئلة الشائعة, سوف تكتشف متطلبات الأراضي المحددة, تخطيط المعدات, وأفضل الممارسات للتخطيط للموقع. من خلال فهم هذه الجوانب, يمكنك تحسين استخدام الأرض لك مشروع إعادة تدوير بطارية الليثيوم. سيساعدك هذا الدليل على اتخاذ قرارات مستنيرة وزيادة كفاءة مصنعك إلى الحد الأقصى.

What Is the Equipment Layout of a 500KG/H Lithium Battery Disposal Plant?

A streamlined equipment layout improves efficiency and saves valuable space in your recycling facility. You can divide the entire process into four essential sections, each with dedicated machines and functions.

  • Crushing and Screening Sections

    In the crushing and screening sections, lithium batteries are first shredded by a double shafts shredder and reduced in size through two hammer mills. The material then passes through rotary and vibrating screeners, a magnetic separator, and a gravity separator to separate copper, الألومنيوم, حديد, plastic, and black powder. Arranging machines in a line and grouping them tightly requires about 50–55 square meters, minimizing transfer distances while maximizing space efficiency.

  • Drying and Dust Removal Sections

    The drying and dust removal sections remove electrolytes and airborne dust. A low-temperature dryer works with a spray tower, activated carbon box, and UV photo-oxidation device, while a centralized pipeline leads dust to a pulse collector and exhaust purification unit. Placing this section along walls or at the plant rear uses 20–25 square meters efficiently, ensuring safe operation and standard emissions.

How Can You Reduce Land Usage for a 500KG/H Lithium Battery Recycling Plant?

You can significantly reduce land requirements by choosing compact, integrated machines and arranging them in a rational order. Place storage racks vertically to save floor space. Share auxiliary systems, such as dust removal and control rooms, between sections. Plan for short, direct conveyor paths between equipment and avoid unnecessary aisles. Use modular platforms when possible so you can stack or combine functions, especially for storage and control equipment. By simulating the layout using CAD tools, you can maximize equipment density without sacrificing safety or efficiency.

reducing land usage for 500kgph lithium battery recycling plant

What Should You Consider When Selecting the Site for a 500KG/H Lithium Battery Disposal Plant?

You must select a location that not only meets space needs but also complies with local regulations. Always choose a site in an industrial park or an area designated for recycling activities, ensuring access to utilities such as electricity, water, and waste discharge. Look for land with good truck access, as raw materials and recycled products will enter and leave daily. Confirm that the site has enough buffer zones to meet fire and environmental protection standards, typically requiring a setback of 2–3 meters from property lines. Selecting a regular-shaped plot, like a rectangle, makes your layout more efficient.

selecting site for 500kgph lithium battery disposal plant

How Much Land Do You Need for a 500KG/H Lithium Battery Disposal Plant?

You typically require a land area ranging from 120 to 180 square meters to set up a 500KG/H lithium battery recycling plant. This size includes space for equipment installation, material infeed and outfeed, operation corridors, safety clearances, and auxiliary areas. على سبيل المثال, a rectangular layout of 12 meters by 15 meters can efficiently accommodate all required machines if arranged wisely. You must also consider future expansion, storage for raw materials, and emergency exits. By planning carefully, you avoid unnecessary land waste and ensure adequate workspace for your staff.

land for 500kgph lithium battery disposal line

By understanding the land and layout requirements of a 500KG/H lithium battery disposal plant, you can make informed decisions for site selection and process design. With a footprint of 120 to 180 square meters, careful planning of equipment layout and space-saving strategies, you will build a highly efficient and scalable recycling facility. Always consider future needs and regulatory requirements to keep your investment secure and your plant competitive.

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