Columbus, USA | Copper Wire & BX/MC Cable Recycling System | On-Site Technical Consultation | ENERPAT

On-Site Technical Consultation for Copper Wire and Armored Cable Recycling

On October 9, 2026, ENERPAT visited a recycling facility in Columbus, Ohio, to assess scrap cable materials, review existing processing equipment, and evaluate options for a more efficient copper recovery operation.

The consultation focused on two distinct material streams: conventional insulated copper wire and armored electrical cable, including BX and MC cable. The objective was to identify suitable processing methods, reduce manual handling, and establish a scalable equipment configuration for future business growth.

During the visit, ENERPAT's team inspected the available materials, reviewed the facility's current workflow, and discussed potential equipment options with the customer.

Existing Processing Setup and Key Challenges

The facility currently processes approximately 10,000 pounds of scrap wire per month using mechanical wire stripping equipment. The existing process removes insulation from suitable cables to recover the copper conductors.

However, armored cable presents a more complex processing challenge. Its outer metal sheath can be difficult to remove efficiently, and the current approach relies on manual handling for certain materials. This limits processing efficiency and makes it harder to scale operations as incoming volumes increase.

The material assessment covered a range of wire sizes, from 12 AWG to 600 MCM, as well as BX cable, MC cable, and potentially other armored cable types.

Because these materials vary in conductor size, insulation, and armor construction, the proposed solution must account for the differences rather than treating all incoming cables as a single material stream.

Copper Wire Granulator: Processing Conventional Insulated Wire

During the site assessment, ENERPAT identified conventional insulated copper wire as a candidate for processing through a Copper Wire Granulator system.

A typical copper wire granulation line uses size reduction, granulation, screening, and separation to recover copper granules from plastic insulation. Depending on the material and required throughput, the configuration may also include a pre-shredder, feeding conveyors, and dust collection equipment.

For this application, the main selection factors include:

• The range of incoming wire diameters and conductor sizes.

• The proportion of copper and insulation in the feedstock.

• The required processing capacity and operating schedule.

• The desired copper recovery quality and separation performance.

ENERPAT also shared operating footage and output samples from another copper wire recycling installation in Ohio. This demonstration provided a practical reference for the customer to evaluate the granulation process and the resulting separated materials.

The customer responded positively to the demonstration. Final equipment selection will depend on further assessment of the actual feedstock and the required processing capacity.

BX Cable Granulating Machine and Metal-Clad Cable Granulator Machine

BX and MC cables require separate technical consideration because their protective metal layers introduce additional processing requirements.

A BX Cable Granulating Machine may be relevant when evaluating armored cable streams commonly referred to as BX in the U.S. recycling market. A Metal-Clad Cable Granulator Machine is particularly relevant to MC cable, where an interlocking metal sheath surrounds insulated conductors and a grounding wire.

Although these cable types can look similar, their construction is not always identical. Depending on the material, the outer armor may be aluminum or steel, and the internal conductor and grounding arrangements may differ.

For this reason, ENERPAT will review the customer's cable samples with its engineering team before determining the most appropriate processing sequence.

Potential configurations may involve dedicated armor processing, size reduction, magnetic separation for steel-bearing material, and subsequent granulation of the insulated conductors. Aluminum-bearing cable may require a different separation approach.

The purpose of this assessment is to determine how the outer metal and internal conductors can be recovered efficiently while minimizing unnecessary manual preprocessing. The final configuration will be based on the actual cable construction rather than a general assumption that all BX and MC cable can be processed in the same way.

Planning a Scalable Cable Recycling Solution

The customer indicated that formal project implementation is expected to begin in approximately two to three months. The equipment proposal therefore needs to address immediate processing requirements while allowing room for future expansion.

ENERPAT's technical consultation focused on three priorities.

Material compatibility

Identify which insulated wire types can be processed through a common granulation line and which armored cable types require dedicated preprocessing.

Labor and process efficiency

Evaluate alternatives to manual armor removal and establish a more consistent workflow for the different cable streams.

Future capacity expansion

Consider an equipment arrangement that can accommodate increasing material volumes or be replicated as the recycling operation grows.

Rather than specifying a complete production line before the feedstock has been fully evaluated, ENERPAT will use the site findings and engineering review to develop a more appropriate equipment recommendation.

ENERPAT On-Site Technical Consultation in Columbus, Ohio

This visit demonstrates ENERPAT's approach to pre-sales technical support for U.S. recycling operations. An on-site assessment allows the team to understand the actual material, existing equipment, processing limitations, and project objectives before recommending a solution.

For facilities handling both conventional insulated copper wire and armored cable, equipment selection should begin with a clear understanding of the incoming material. This helps determine whether a standard Copper Wire Granulator is sufficient or whether a dedicated BX or MC cable processing stage is also required.

ENERPAT supports suitable recycling projects through equipment consultation, material assessment, system configuration, and installation planning. The scope of engineering and on-site services is determined according to the requirements of each project.

Evaluating a copper wire or armored cable recycling project?

Contact ENERPAT to discuss your cable types, monthly processing volume, wire sizes, and metal recovery objectives. Our team can help assess a suitable Copper Wire Granulator or a specialized BX/MC cable processing solution for your operation.

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