1. Customer Visit: Paper Recycling Equipment Assessment & Upgrade Consultation
On November 10, 2026, the ENERPAT sales team visited a paper recycling facility in Georgia, USA, to review its existing recycling equipment, discuss spare parts requirements, and evaluate plans for a new integrated paper core and cardboard recycling line.
With approximately 25 years of experience in the paper recycling industry, the customer currently processes two primary material streams: paper cores and cardboard. Combined processing volume is approximately 300,000 lbs per week.
As material volumes continue to grow and existing equipment approaches the next stage of its service life, the customer is considering consolidating three separate recycling lines into one integrated production system.
During the visit, ENERPAT focused on two key priorities: providing practical support for existing equipment and developing a suitable solution for the customer's future processing requirements.
2. Existing Paper Core & Cardboard Shredding and Baling Equipment
All three production lines remain operational. However, the equipment has been in service for many years, with the oldest automatic line having approximately 20 years of operating history.
For facilities processing large volumes of cardboard and paper cores, long-term equipment reliability, maintenance costs, and spare parts availability are important considerations.
Different horizontal baler designs, including the Closed Door Horizontal Baler, are commonly used in industrial recycling applications. Their suitability depends on the material, feeding arrangement, compression requirements, and bale discharge configuration.
During the technical discussion, the customer highlighted a maintenance issue involving damaged gears in the oldest automatic baling line.
Replacing the damaged gears had resulted in a significant spare parts expense. The customer therefore expressed interest in obtaining more cost-effective replacement gears for future maintenance.
ENERPAT will work with its engineering team to evaluate suitable replacement options.
To proceed, the customer will provide the original gear drawings and relevant technical information, including dimensions and material specifications. This will allow the engineering team to assess the mechanical requirements and identify appropriate replacement solutions.
In addition to new equipment investment, ENERPAT recognizes the importance of supporting customers who continue to operate existing industrial shredding and baling systems.
3. New Paper Core & Cardboard Recycling Line Requirements
As production requirements evolve, the customer is considering replacing all three existing recycling lines with one integrated system.
One of the main reasons for this planned investment is the expected increase in paper core processing volume.
The customer's paper core throughput is projected to reach approximately 6 million lbs annually, making paper cores a major material stream in future operations.
The customer also wants to improve the commercial value of its recovered cardboard by processing different material streams separately before baling.
Proposed Paper Core & Cardboard Recycling Process
During the visit, the customer shared a preliminary equipment layout sketch featuring two shredders installed on an elevated platform.
The proposed configuration involves independent shredding of paper cores and cardboard, followed by conveyor transfer to a downstream horizontal baling machine.
Step 1. Separate Material Feeding
Paper cores and cardboard are fed into separate processing routes to prevent premature mixing and allow each material to be handled according to its physical characteristics.
Step 2. Independent Shredding
A dedicated Paper Core Shredder processes the paper cores, while a separate Cardboard Shredder handles the cardboard material.
Using two independent industrial shredders allows the customer to optimize the size reduction process for each material stream.
Step 3. Belt Conveyor Transfer
After shredding, the processed materials are discharged onto a conveyor system installed beneath the elevated platform.
The conveyor arrangement transfers the materials toward the downstream baling equipment, providing a more centralized material handling process.
Step 4. Hydraulic Baling & Bale Formation
The processed materials are delivered to anIndustrial Cardboard Balerfor hydraulic compression into dense, transportable bales.
For this application, an Auto Tie Horizontal Hydraulic Baler is one potential equipment option worth evaluating, particularly if the customer intends to reduce manual bale tying and improve production continuity.
The final baler configuration will depend on material characteristics, feeding volume, bale dimensions, and the required processing capacity.
The customer is also considering whether the separately processed paper core and cardboard streams can be combined in a controlled manner before baling to produce a higher-value finished product. This will need to be evaluated against the specifications and purchasing requirements of downstream material buyers.
Preliminary Project Requirements
Target processing capacity: 8 tons per hour.
Main materials: Paper cores and cardboard.
Processing method: Separate shredding, conveyor transfer, and horizontal baling.
Equipment arrangement: Two shredders installed on an elevated platform.
Target installation timeline: April 2027.
The proposed layout is still under technical evaluation. ENERPAT will further assess shredder selection, conveyor capacity, platform arrangement, material flow, and downstream baling equipment to develop a practical integrated recycling solution.
4. ENERPAT Technical Support & Project Follow-Up
Based on the customer's existing equipment condition and future investment plans, ENERPAT identified three immediate follow-up actions.
1. Arrange a Visit to a Cardboard Baling Production Line in Las Vegas
ENERPAT will invite the customer to visit a cardboard recycling and baling production line in Las Vegas.
The visit will allow the customer to observe the horizontal baling equipment in operation, understand the feeding and compression process, and discuss potential equipment configurations for the planned project.
2. Develop a Preliminary Recycling Line Layout
ENERPAT's sales and engineering teams will review the customer's proposed two-shredder configuration and prepare a preliminary equipment layout.
The technical assessment will cover:
Paper Core Shredder and Cardboard Shredder selection.
Individual shredding capacity and output size.
Conveyor dimensions and material transfer requirements.
Elevated platform arrangement and equipment positioning.
Industrial Cardboard Baler selection and feeding requirements.
Integration of the complete system to meet the 8 TPH target.
The objective is to develop an integrated Paper Core & Cardboard Recycling Line that matches the customer's actual material flow and production requirements.
3. Evaluate Replacement Gear Specifications
ENERPAT will request the original gear drawings and relevant technical information from the customer.
After receiving the documentation, the engineering team will review gear dimensions, material specifications, and mechanical requirements to evaluate suitable replacement options.
This will help the customer plan future maintenance and reduce unnecessary spare parts expenses.
Industrial recycling equipment requires more than reliable initial performance. Long-term production also depends on accessible spare parts, practical maintenance support, and equipment configurations that can adapt to changing material volumes.
This Georgia customer visit covered both immediate equipment maintenance and longer-term production planning.
From replacement gears for an existing automatic baler to the proposed integration of Paper Core Shredders, Cardboard Shredders, conveyor systems, and horizontal baling equipment, ENERPAT is working to develop solutions that address the customer's operational and investment priorities.
ENERPAT provides industrial shredding and baling equipment, customized recycling line design, material testing, equipment selection, installation guidance, and after-sales technical support.
Whether upgrading an existing cardboard recycling line or planning a new paper core processing system, ENERPAT works with customers to evaluate equipment configurations based on material characteristics, production targets, and long-term operating requirements.
Planning a Paper Core & Cardboard Recycling Line or looking for industrial shredder and baler spare parts?
Contact ENERPAT to discuss your material processing requirements, equipment configuration, and recycling project plans.
Enerpat is a global company specializing in waste-recycling and disposal solutions, with a mission to help customers build a better, more sustainable world. We are a leading global provider for municipal and industrial clients, helping them recycle and dispose of waste, reduce costs and consumption, and create more value.
We focus on sorters, shredders, balers, shears, and disposal equipment for a wide range of recycling needs. Enerpat believes that “Quality Transform The World.” We deliver the industry’s highest levels of quality and service. Choosing Enerpat means choosing trust and value.
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