• Shaanxi CHENGDA Industry Furnace MAKE Co., Ltd.
    Syed Rashid Ahmed Butt
    Shaanxi Chengda Industrial Furnace Co., Ltd. completed the commissioning of electric arc furnace, the workers carefully cooperated with Chengda engineers to learn and operate the equipment, showing the deep friendship and excellent cooperation between the people of China and Pakistan.
  • Shaanxi CHENGDA Industry Furnace MAKE Co., Ltd.
    Aboubacar
    After more than 1 month of intense production and debugging, 2 sets of heat exchange flue gas settling chamber equipment has been successfully put into operation ~ All the personnel involved in the project have worked hard! ~
  • Shaanxi CHENGDA Industry Furnace MAKE Co., Ltd.
    Ji-hwan
    【 Warm congratulations 】 Shaanxi Chengda Industrial Furnace Manufacturing Company in South Korea, North Chungcheong County precious metal smelting furnace equipment installation and careful manufacturing and strict commissioning, looking forward to the future in more fields to achieve mutually beneficial win-win cooperation!
Contact Person : Du
Phone Number :  13991381852

Nickel Cobalt Molybdenum Multi-Metal Recovery DC Electric Arc Furnace 3000kVA for Solid Hazardous Waste Treatment

Place of Origin Henan, China
Brand Name WNRLN
Certification ISO 9001:2015, CE
Model Number DC-NCM-3000
Minimum Order Quantity 1 Set
Price USD 150000-250000 / Set
Packaging Details Export-grade steel frame packaging with moisture-proof wrapping, containerized shipping
Delivery Time 45-60 working days
Payment Terms T/T,L/C
Supply Ability 20 Sets per Year
Product Details
Furnace Type DC Electric Arc Furnace Rated Power 3000 KVA
Recoverable Metals Nickel, Cobalt, Molybdenum Feed Material Solid Hazardous Waste, Battery Scrap, Catalyst Waste
Operating Temperature 1450-1650 °C Electrode Type Graphite Electrode
Cooling System Water-Cooled Furnace Shell Control System PLC Automatic Control
Annual Processing Capacity 5000-8000 Tons
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Nickel Cobalt Molybdenum recovery furnace

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DC electric arc furnace 3000kVA

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hazardous waste treatment equipment

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Product Description

Nickel Cobalt Molybdenum Multi-Metal Recovery DC Electric Arc Furnace

The DC-NCM-3000 DC electric arc furnace is a state-of-the-art solution for recovering valuable nickel, cobalt, and molybdenum from solid hazardous waste streams. Engineered for maximum metal recovery efficiency, this 3000kVA system transforms industrial waste into high-purity metal alloys while meeting the strictest environmental compliance standards.

Key Features

  • Multi-Metal Recovery: Simultaneously extracts nickel, cobalt, and molybdenum from complex waste matrices including spent batteries, catalyst residues, and industrial sludge
  • DC Electric Arc Technology: Stable arc control for uniform heating and superior energy efficiency compared to traditional AC furnaces
  • 3000kVA Rated Power: Optimized power configuration for medium-scale industrial operations processing 5000-8000 tons annually
  • Graphite Electrode System: High-conductivity graphite electrodes ensure consistent melting performance and long service life
  • PLC Automatic Control: Fully integrated programmable logic controller for precise temperature regulation, power management, and safety interlocking
  • Water-Cooled Furnace Shell: Advanced cooling system extends refractory lining life and maintains structural integrity under continuous operation

Applications

  • Spent lithium-ion battery recycling and metal recovery
  • Petroleum refining catalyst waste treatment (Ni-Mo-Co recovery)
  • Electroplating sludge and industrial hazardous waste processing
  • Nonferrous metal smelting slag re-treatment

Technical Specifications

Rated Power 3000 kVA
Operating Temperature 1450-1650 °C
Electrode Type Graphite Electrode
Cooling System Water-Cooled Furnace Shell
Control System PLC Automatic Control
Annual Processing Capacity 5000-8000 Tons

The DC-NCM-3000 furnace delivers exceptional ROI by converting hazardous waste liabilities into valuable metal commodities. Contact us today for a customized solution tailored to your waste stream composition.