FREE SHIPPING ON ORDERS OVER $100! | SEE IF YOU QUALIFY FOR A BLASTONE CREDIT ACCOUNT x

Home / Abrasive Recycling Systems

Abrasive Recycling Systems Buying Guide

Abrasive recycling systems are essential for businesses looking to optimize their blasting operations by reducing costs and environmental impact. These systems allow for the reuse of abrasive materials, significantly cutting down on new abrasive purchases and minimizing waste. Whether you’re working on small projects or managing large-scale operations, investing in a high-quality recycling system can provide substantial long-term savings and efficiency improvements.

Name Available for Rent Conveyance Powered By Best Scenarios Benefits Disadvantages Weight lbs/kgs
VACULOAD SERIES I – SKID MOUNTED VACUUM SYSTEM

VACULOAD SERIES I – SKID MOUNTED VACUUM SYSTEM

Limited
  • 30ft. hose = 4.4 tons/hr
  • 60ft. hose = 3.3 tons/hr
  • 130ft. hose = 2.3 tons/hr
Pnuematic Requires 350 CFM
  • Entry level vacuum recovery.
  • Relevant where capex availability is limited.
  • Ideal where access is limited but vacuum recovery does provide productivity benefits.
  • Relatively low cost entry into vacuum blasting.
  • Versatile – can load into 44 gal. drum, directly into a blast pot, into a bulk bag or feed an interceptor.
  • Existing compressor may not have sufficient capacity to run vacuum and blast machine simultaneously.
890 lbs/400 kg
VACULOAD IV - SKID MOUNTED VACUUM ABRASIVE RECOVERY SYSTEM

VACULOAD IV – SKID MOUNTED VACUUM ABRASIVE RECOVERY SYSTEM

Limited 8 tons / hour Pnuematic Requires 900 CFM
  • Mid-range vacuum recovery system.
  • Most common sized unit.
  • Requires external compressed air.
  • Often used in tank blasting and in shipyards.
  • Higher productivity than Vacuload Series 1
  • Will require separate compressor to the one supplying your blast pot.
3200 lbs/1450 kg
Portable Steel Grit Vacuum Recovery Trailer

VACUUM RECOVERY STEEL GRIT TRAILER

Limited 12 tons / hour
Steel Grit
Diesel
  • These units are specifically designed for on-site blasting with metallic abrasives.
  • The most common scenario for this is a steel bridge project.
  • Specifically designed to recover and recycle metallic abrasive.
  • Includes grit cleaning capabilities. Grit cleaning module is engineering to suit the density of metallic abrasive.
  • Vacuum recovery and blasting are separated i.e. it is not a vacuum shrouded blast nozzle type system.
  • Higher production rate than vacuum blasting but job-site will require containment.
  • Uses a cyclone cleaning system for cleaning the grit. Cyclonic cleaning systems are high velocity by nature and maintenance schedules need to be followed closely.
Vecloader 616 trailer mounted abrasive vacuum recovery system

VECLOADER® 616 TRAILER MOUNTED VACUUM – DIESEL POWERED

Limited 7-11 tons / hour Diesel
170HP T4
  • High production vacuum recovery system.
  • Uses a diesel powered blower to generate vacuum.
  • Often used in plant maintenance due to it’s ease of shifting.
  • Diesel powered, does not require external compressed air.
  • Self contained – one piece of equipment to move and position.
  • Blower is very noisy – try to avoid using near residential or office tactilities.
  • Diesel consumption is high.
10,500 lbs/ 4,800 kg
Vecloader 721 trailer mounted abrasive vacuum recovery system

VECLOADER® 721 TRAILER MOUNTED VACUUM – DIESEL POWERED

Limited 15-20 tons / hour Diesel
235HP T4
  • Same scenarios as 616 but with a higher recovery rate.
  • Same benefits as 616 but with maximum recovery rates that would suit almost any common size of multi-blaster teams.
  • Same disadvantages as 616
13,950 lbs/6,300 kg

Portable Field Abrasive Recycling Systems

MKIII PORTABLE RECYCLER COMBI GARNET RECYCLER HURRICANE STEEL GRIT RECYCLER STEEL GRIT TRAILER
Available to Rent

No

Yes No No
Abrasives Used Garnet, Steel Grit, Aluminum Oxide Garnet, Steel Grit, Aluminum Oxide, Staurolite Steel Grit Steel Grit
Maximum Through-Put*

1 ton/hour
(Garnet)

7 tons/hour
(Garnet)

10 tons/hour 12 tons/hour
(Steel Grit)
Electrical Requirement Single phase, 240v, 30 amp Three phase, 480v, 60 amp Three phase, 480v, 150 amp
Compressed Air Requirement 20 cfm @ 100psi 40 cfm @ 100psi 60 cfm @ 100psi 100 cfm @ 100psi
Best Scenarios
  • Small projects, occasional use
  • High volume use, on-site or in-house
  • Shipyards, large steel grit facilities
  • Bridge and water tank painting projects
  • Large blasting projects, flexible location
  • Vacuum recovery
Features
  • Low market entry into recycling
  • Easily transportable (by truck/
    trailer – crane loaded)
  • Loaded with a skid steer
  • Easily transportable (by truck/
    trailer – crane loaded)
  • Loaded by vacuum – incorporates
    Interceptor Cyclone system at top,
    which feeds into the Classifier
    abrasive cleaning section, which
    feeds into a storage hopper, which
    then feeds back into blast pots
  •  Incorporates diesel powered
    vacuum system, Interceptor Cyclone
    system, Abrasive Classifier, storage
    hopper and blast machines.
  • Abrasive loaded by Vacuum, and
    abrasive moved by bucket elevators
    and screw conveyors within in the unit
  • 2 pot, 4 pot, 6 pot and 8 pot systems
    are available
  • Mounted on a low deck 53’ Trailer
Disadvantages
  • Requires totally dry abrasive to
    operate
  • Requires totally dry abrasive to
    operate
  • Vacuum system is purchased separately
  • Requires totally dry abrasive to
    operate
  • Requires totally dry abrasive to
    operate

*Recycling through-put depends on site conditions, climatic conditions and material handling. This is to only be use as a reference guide.

Fixed Installation Abrasive Recycling Systems

BlastOne has nearly 60 years of experience in designing, engineering and servicing sandblast rooms and booths globally. We have a unique process to conceptualize, design and build high-performance sandblasting rooms and booths for many industrial applications enclosures to match your specific requirements – from a small, shipping container blast room, to large wind tower blast room. Start building your new blast facility now. 

MKIII STATIONARY RECYCLER COMBI GARNET RECYCLER HURRICANE STEEL GRIT RECYCLER CONTAINER STEEL GRIT RECYCLER
Available to Rent

No

Yes No No
Abrasives Used Garnet, Steel Grit, Aluminum Oxide, Staurolite Garnet, Steel Grit, Aluminum Oxide, Staurolite Steel Grit Steel Grit
Maximum Through-Put*

2 tons/hour
(Garnet, Alox, Staurolite)

4 tons/hour
(Steel Grit)

7 tons/hour
(Garnet)

10 tons/hour 10 tons/hour
(Steel Grit)
Electrical Requirement Three phase, 480v, 30 amp Three phase, 480v, 60 amp Three phase, 480v, 150 amp Three phase, 480v, 150 amp
Compressed Air Requirement 20 cfm @ 100psi 40 cfm @ 100psi 60 cfm @ 100psi 60 cfm @ 100psi
Best Scenarios
  • Small to medium in-house blast facilities (where there isn’t budget for a new blast room)
  • High volume use, on-site or in-house
  • Shipyards, large steel grit facilities
  • Custom engineered recycling system
Features
  • Modular, adaptable
  • Can install with no pit and have the loading hopper above ground, or cut and install a pit and have the loading hopper below ground (most popular option)
  • Easily transportable (by truck/
    trailer – crane loaded)
  • Loaded with a skid steer
  • Easily transportable (by truck/
    trailer – crane loaded)
  • Loaded by vacuum – incorporates
    Interceptor Cyclone system at top,
    which feeds into the Classifier
    abrasive cleaning section, which
    feeds into a storage hopper, which
    then feeds back into blast pots
  • Easily transportable (by truck/
    trailer – crane loaded)
  • Loaded by vacuum – incorporates
    Interceptor Cyclone system, which
    feeds by elevator into the Classifier
    Abrasive Cleaning section, which
    feeds by elevator into a Storage
    Hopper (separate skid), which then
    feeds back into Blast Pots
Disadvantages
  • Requires totally dry abrasive to operate
  • Requires totally dry abrasive to
    operate
  • Vacuum system is purchased separately
  • Requires totally dry abrasive to
    operate
  • Vacuum system is purchased separately
  • Requires totally dry abrasive to
    operate

*Recycling through-put depends on site conditions, climatic conditions and material handling. This is to only be use as a reference guide.

Blast Room Facility Fixed Installation Abrasive Recyclers

In any industrial blast room facility, a crucial element is the abrasive recycling system. Ensuring that spent abrasive is efficiently collected and processed is vital to maintaining a clean and safe working environment. Proper abrasive recycling not only minimizes waste but also significantly reduces airborne dust, which can pose a hazard to both equipment and operators.

Maintaining clear visibility within the blast room by efficiently recycling abrasive material enhances safety and operational efficiency. By removing dust and contaminants during operation, you not only protect your workers but also improve the overall quality and consistency of your blasting processes.

Abrasive recycling systems are essential in any environment where dust and debris are prevalent, ensuring a clean, efficient, and productive workspace.

Key Features of Abrasive Recycling Systems

High Capacity Bucket Elevator

  • No-Jam Design: The high-capacity bucket elevator features a unique flow gate design that prevents jamming, ensuring smooth and continuous operation.
  • Efficient Motor Use: Powered by a small electric motor, this system is cost-effective for conveying abrasive materials.

Rotary Trash Screen

  • No-Block Design: This screen is designed to filter out trash such as cigarette butts, broken glass, and other debris from used abrasive, ensuring only clean material is recycled.
  • Effective Cleaning: The system efficiently removes large contaminants, helping maintain the quality of recycled abrasive.

Triple Air Wash

  • Industry-First Technology: The triple air wash provides thorough cleaning and reprocessing of used abrasive, making it ready for immediate reuse.
  • Enhanced Efficiency: This feature ensures that the abrasive material is clean and effective for multiple uses, extending its lifecycle.

Versatile and Robust Design

  • Handles Various Abrasives: These systems are designed to process a wide range of abrasive materials, including garnet, steel grit, crushed glass, glass bead, and aluminum oxide.
  • Modular Construction: BlastOne recycling systems are modular, allowing for easy setup, relocation, and customization to meet specific project needs.

Why Use an Abrasive Recycling System? Top 5 Benefits Explained

Abrasive recycling systems are a game-changer for industries involved in sandblasting, surface preparation, and other abrasive processes. These systems allow businesses to reuse abrasive materials, leading to significant cost savings and environmental benefits. Here’s why incorporating an abrasive recycling system into your operations is a smart decision:

1. Cost Savings

One of the most compelling reasons to use an abrasive recycling system is the reduction in material costs. By recycling abrasives like garnet, steel grit, or aluminum oxide, companies can dramatically decrease the need to purchase new materials. Over time, this leads to substantial savings, especially in large-scale operations where abrasive costs can add up quickly.

2. Enhanced Operational Efficiency

Recycling systems are designed to streamline the abrasive blasting process. By automatically cleaning and reprocessing used abrasives, these systems reduce downtime associated with handling and disposal. This allows workers to focus more on production tasks, improving overall efficiency and productivity.

3. Environmental Sustainability

In today’s eco-conscious world, reducing waste is more important than ever. Abrasive recycling systems help minimize environmental impact by decreasing the amount of waste that needs to be disposed of. Fewer trips to the landfill mean a smaller carbon footprint and a more sustainable operation.

4. Improved Workplace Safety

Dust and debris from used abrasives can pose health and safety risks to workers. Recycling systems often include advanced dust collection features that minimize airborne particles, creating a cleaner and safer work environment. This not only protects workers but also ensures compliance with health and safety regulations.

5. Consistent Quality and Performance

Recycled abrasives can maintain their cutting power and efficiency even after multiple uses. High-quality recycling systems are designed to remove contaminants and reprocess abrasives to ensure they retain their effectiveness. This means you can rely on consistent performance without compromising on the quality of your work.

Common issues with vacuum reclamation

Abrasive recycling systems offer significant advantages, but like any industrial process, they come with their own set of challenges. Understanding these common issues can help businesses optimize their recycling operations and avoid potential pitfalls. Here’s a look at some of the most frequent problems associated with abrasive recycling systems and media recycling in general:

Media Contamination

One of the most common issues in abrasive recycling is media contamination. Over time, used abrasive can become mixed with debris like paint chips, rust, or dirt. If not properly filtered out, this contamination can reduce the effectiveness of the recycled abrasive, leading to inconsistent blasting results and potential damage to the surfaces being treated.

Moisture Problems

Moisture is a significant concern in abrasive recycling. If the recycled media is not thoroughly dried, it can clump together, causing blockages in the recycling system. This not only hampers the efficiency of the recycling process but can also lead to equipment damage. Ensuring that abrasive media is dry before recycling is crucial to maintaining system performance.

Wear and Tear on Equipment

The abrasive nature of media like steel grit, garnet, and aluminum oxide can cause wear and tear on recycling equipment over time. Components such as screens, conveyors, and airwash systems are particularly susceptible. Regular maintenance and timely replacement of worn parts are essential to prevent system failures and maintain efficiency.

Inefficient Dust Collection

Dust collection is critical in abrasive recycling systems, but it can be a challenge to manage effectively. Inefficient dust collection can lead to dust buildup, reducing the cleanliness of the recycled media and increasing the risk of health hazards for workers. Ensuring that dust collectors are properly maintained and capable of handling the volume of dust generated is key to preventing this issue.

Inconsistent Media Size

Recycling systems may struggle to maintain consistent media size, especially if the media degrades over time. Abrasive particles that are too fine can lose their cutting power, while overly large particles may not flow properly through the blasting equipment. Proper calibration and regular monitoring of the recycling system can help maintain the optimal media size for consistent blasting performance.

Rent the Equipment | own the Success

Important considerations when choosing a vacuum system

Investing in the right abrasive recycling system can transform your blasting operations, leading to significant cost savings and environmental benefits. By understanding your project needs, abrasive types, and operational requirements, you can choose a system that not only meets your current demands but also scales with your business. Explore the various options and consider the key features and considerations outlined above to make the best purchasing decision.

Project Scale and Frequency of Use

  • Small Projects vs. Large Operations: Consider the scale of your blasting operations. For small projects or occasional use, a portable recycler like the MK3 Portable Recycler may suffice. Larger operations may benefit from a high-capacity system such as the Shipyard Steel Grit Recycler, capable of processing up to 10 tons per hour.

Type of Abrasive Used

  • Material Compatibility: Ensure the recycling system is compatible with the type of abrasive you use, whether it’s garnet, steel grit, or another material. Each system is designed to handle specific abrasives, so choose one that aligns with your needs.

Environmental and Safety Considerations

  • Dust Control: Effective dust collection is crucial for maintaining a safe working environment. Systems like the DFDC500 Dust Collector are essential components of any recycling setup, providing the necessary airflow for efficient operation while minimizing airborne dust.

Operational Requirements

  • Power and Air Requirements: Different systems have varying power and compressed air needs. For example, some units require three-phase power and specific air pressure levels to function optimally. Ensure your facility can support these requirements before purchasing.

Portability and Setup

  • Ease of Installation and Relocation: If your operations require frequent relocation or are spread across multiple sites, consider systems that are easy to transport and set up, such as the Steel Grit Trailer.

Budget Constraints

  • Initial Investment vs. Long-Term Savings: While high-end systems might come with a significant initial cost, the long-term savings from reduced abrasive purchases and waste disposal can justify the investment. Evaluate your budget against the potential savings to make an informed decision.

For more information or to discuss the best abrasive recycling system for your project, contact our team today. We’re here to help you choose the most efficient and cost-effective solution.

Why You Should Recycle Garnet: Cost-Effective and Sustainable Abrasive Solutions

Abrasive recycling systems empower businesses to reuse abrasive materials repeatedly, leading to significant cost savings. With abrasive consumption rates as low as 0.3 lbs per ft² (1.5kg per m²) reported by satisfied users, these systems drastically reduce the need for new abrasive purchases, as well as lowering transport, handling, and disposal costs. By precisely adjusting the system, you can achieve the optimal particle size balance for any blasting requirement. The recycling process is dry, so it’s important to ensure that abrasives are fully dried before reprocessing.

Garnet stands out as one of the most efficient blasting abrasives globally, offering high-speed blasting with minimal consumption, low dust generation, and no adverse environmental or health impacts. Its grains, among the hardest and toughest minerals on Earth, maintain their integrity during blasting, with only about ten percent fracturing on impact. This durability ensures that garnet retains its sharp cutting edges, delivering consistent performance even after multiple uses.

In environments like blasting sheds and field blasting yards, where garnet can be recovered, garnet recycling systems prove exceptionally effective. These systems are specifically designed to reprocess used garnet for immediate reuse, whether in blast sheds or field applications. Featuring a modular design, BlastOne Combi Garnet Recycling System is easy to setup, relocate, and produce high-quality reusable garnet through advanced screening and vacuum extraction processes, utilizing the unique properties of garnet’s grain size and specific gravity.

MAXIMIZE ROI WITH THE GARNET RETURN PROGRAM FOR SMALL JOB SITES

If you’re operating a smaller job site, you might find greater return on investment (ROI) by participating in our Garnet Return Program rather than purchasing a full recycling system. The Garnet Return Program is designed to provide you with the same cost-saving and environmental benefits of recycling without the need for upfront investment in equipment.

By returning your used garnet to GMA, you can enjoy reduced material costs, less hassle with maintenance, and more streamlined operations. This option allows you to focus on your project while we handle the recycling, making it an ideal solution for smaller-scale operations. Learn more about how the Garnet Return Program can maximize your ROI.

Knowledge & Learning

How to Get The Best Results When Recycling Abrasive

Tips for Efficient Garnet Recycling: Maximizing Usability and Performance

Recycling garnet can be a highly effective way to reduce costs and minimize waste in your blasting operations. However, achieving optimal results requires careful handling and attention to detail. Here are some essential tips to ensure that your garnet recycling process is both efficient and effective. Keep Garnet Dry Damp or wet garnet cannot be [...]

How to Efficiently Recycle GMA Garnet: A Step-by-Step Guide

Recycling GMA Garnet is a cost-effective and environmentally friendly process that allows you to maximize the usage of your abrasive material. Here's a detailed guide on how to properly recycle GMA Garnet and maintain its effectiveness for your blasting operations. Step 1: Preparing Used GMA Garnet for Recycling Before beginning the recycling process, it's essential [...]

Blast Booth Reclamation Systems: Screw Vs Oscillating Conveyor

Blastroom Recovery Systems - Don't get Screwed out of productivity Recently, BlastOne participated in Chicago’s FabTech convention where we displayed our unique underfloor reclamation system. The response was phenomenal. We literally had hundreds of industrial fabricators look at our system and suddenly see a solution to their reoccurring problem. Most under-floor recovery systems use a [...]

Why Angular Profiles Are Key to Stronger Adhesion: A Blaster’s Guide

Achieving Proper Profile Angularity: Boosting Adhesion in Blasting Projects Introduction In the world of industrial blasting and coatings, achieving the correct surface profile is crucial for the longevity and durability of your coatings. Lately, we've seen a growing demand for specifications requiring an angular profile, and for good reason—profile angularity plays a significant role in [...]

Frequently Asked Questions

  • What is an abrasive recycling system?

    An abrasive recycling system is a piece of equipment designed to clean and reprocess used abrasive materials, allowing them to be reused multiple times. This process helps reduce material costs, minimize waste, and improve the efficiency of blasting operations.

  • What types of abrasives can be recycled?

    Abrasive recycling systems are typically designed to handle a variety of materials, including garnet, steel grit, aluminum oxide, crushed glass, and glass beads. It’s important to choose a system compatible with the specific abrasive you use.

  • How does an abrasive recycling system work?

    The system works by collecting used abrasive material, cleaning it through processes like air washing and screening, and then reprocessing it for reuse. Contaminants like dust, debris, and larger particles are removed, ensuring that the recycled abrasive maintains its effectiveness.
  • What are the benefits of using a recycling system?

    Using an abrasive recycling system offers several benefits, including significant cost savings on abrasive materials, reduced environmental impact due to less waste, and improved operational efficiency. It also helps in maintaining a cleaner and safer work environment.

  • Can wet or damp abrasive be recycled?

    No, most abrasive recycling systems require the abrasive to be completely dry before it can be recycled. Moisture can cause the abrasive to clump, leading to blockages and inefficiencies in the system.
  • How often should the recycling system be maintained?

    Regular maintenance is crucial for the optimal performance of your recycling system. This includes checking and replacing worn parts, cleaning dust collectors, and ensuring that the system is properly calibrated. The frequency of maintenance will depend on the system’s usage and the type of abrasive being processed.
  • What should I do if my recycling system isn’t performing efficiently?

    If your recycling system is not performing efficiently, first check for common issues such as blockages, wear and tear on components, or improper media size. Ensuring the system is properly maintained and that abrasives are dry and free from contaminants can also help. If the problem persists, BlastOne Certified Technicians are happy to troubleshoot over the phone. Call us at 1-800-999-1881 or complete the contact us form.
  • How much can I save by using an abrasive recycling system?

    The amount you can save depends on the scale of your operations and the type of abrasive you use. Many businesses report significant reductions in abrasive purchases, sometimes by as much as 80%, thanks to the efficiency of recycling systems.
  • Are abrasive recycling systems portable?

    Some abrasive recycling systems are portable, making them suitable for use at different job sites. For example, systems like the Steel Grit Trailer are designed to be easily transported and set up in various locations.
  • Can a recycling system handle multiple types of abrasives at once?

    Most systems are designed to handle one type of abrasive at a time. However, some versatile systems can be adjusted to process different abrasives, but it’s important to clean the system thoroughly between changes to avoid cross-contamination.

Related Equipment

Contact BlastOne

We love to talk to customers and help them make the best decisions when purchasing equipment.
You can reach us via our Live Chat, Email, Phone, and Online Form.

Add to quote:

Registration is required to create a Quote.

Click Here to Login or Register.

Add to existing quote:

Add to Quote

Add to a new quote:

Send the request

BlastOne says
Thank you for submitting your quote. A sales representative will follow up with you asap.
Share Quote via Email

Share