Changes in E Waste Management Highlighted at IERC 2018

Future of Electronics Recycling Discussed at 17th International Electronics Recycling Congress

IERC 2018 closed on Friday 19th January 2018 with a stark warning that changes are needed in the global management of E-waste.  Attending the congress were 480 international experts from 42 countries.

WEEE E WasteBunting Magnetics Europe’s Managing Director, Simon Ayling, was at the congress for the first time.

“All the leading companies and organisations involved in E-waste were present at the congress,” said Simon.  “There was a very honest and open assessment of the present state of the industry, with a focus on what needs to change.”

Many visitors to the Bunting Magnetics stand had issues with separating Stainless Steel.

“Stainless steel is clearly a major issue when processing WEEE.  Up until now, it has been difficult to effectively [physically and economically] extract the stainless steel.  This then causes problems with shredder wear and the contamination of the end product.  With the HISC and SSSC, we have Magnetic Separation solutions for both small and large sized Stainless Steel.”

At IERC 2018, there was a focus on change.  As developing countries introduce tighter restrictions on the shipment of waste in general [EPPM – China raises drawbridge on incoming overseas plastic waste], a more holistic approach is needed.

New technology, like the Bunting Stainless Steel Magnetic Separator, and increased automation were identified as being vital to improve WEEE recycling rates.

Bunting Master Magnets at RWM17

The amount of E-waste is ever-increasing and the shrinking product size is making recycling increasingly difficult.  Rising collection costs and falling value of the end recycled product may lead to more localised e-recycling.  There also needs to be a clear political strategy with a standardisation of regulations.

WEEE E Waste“It was clear that the industry faces a challenging future,” observed Simon.  “Being able to successfully recycle WEEE can be prohibitively expensive and is further complicated with local and global environmental regulations.  Companies involved in processing E-waste are having to continually modify their businesses to survive in an ever-changing industry.  Hopefully, our Magnetic Separation technology will help.”

For further information on Metal Separation including Stainless Steel Recovery and Removal, or to assess the right Magnetic Separator or Metal Detector for a specific application, please contact us on:

Phone: +44 (0) 1442 875081
Email: sales@buntingeurope.com
Via the website

Metal Separation at IERC 2018

Bunting Exhibiting at 17th International Electronics Recycling Congress (17-19 January 2018)

IERC, the first major recycling event of 2018, is being held in Salzburg, Austria between the 17th and 19th of January.  For the first time, Bunting Magnetics will have a stand at the event.

During the 3 day congress, experts from around the world will discuss the latest issues facing the recycling world such as the Chinese ban on plastic waste imports and the continued drive towards electric vehicles.

Bunting Master Magnets at RWM17

Technology is always high on the agenda as new innovations make it possible to recover and separate an increasing number of valuable metals whilst reducing the amount of unusable waste.

Bunting has developed a wide range of Magnetic Separator technology.  Following the acquisition of Master Magnets in January 2017, Bunting is able to provide solutions to separate any metals.

Stainless Steel Separation

Stainless Steel becomes very weakly magnetic when bent or cut (as when passed through a shredder).  Bunting developed two new Magnetic Separators, the High Intensity Separation Conveyor (HISC), and the Stainless Steel Separation Conveyor (SSSC).  Both systems have ultra high magnetic fields that enable the attraction and deflection of Stainless Steel, enabling separation.  Production sized equipment was recently on display the RWM 17 exhibition in the UK.

Non-Ferrous Metal Separation

The Eddy Current Separator remains a vital part of any recycling process, separating and recovering non-ferrous metals.  Master Magnets have a number of Eddy Current Separator configurations enabling the separation of large and very small non-ferrous metals.  In 2017, Master Magnets manufactured and shipped a record number of Eddy Current Separators.  This is as a direct result of companies seeing their equipment’s superior separation capabilities.

General Ferrous Metal Separation

Separating metal at stages is the key to enabling the best recovery and purity of metal.  General Magnetic Separators are commonly used earlier in the process to recovery or remove ferrous metals and include:

Bunting Europe’s Managing Director, Simon Ayling, will be at the congress.  If you have a specific application, please see us on our stand.

In the meantime, for further information on Metal Separation or to assess the right Magnetic Separator or Metal Detector for a specific application, please contact us on:

Phone: +44 (0) 1442 875081
Email: sales@buntingeurope.com
Via the website

 

 

Top 10 Read Bunting Blogs of 2017

Which Magnetic Separator Articles Proved Popular in 2017?

In 2017, we have posted 48 articles and news stories on a wide range of subjects from metal contaminated food, environmental issues of plastic waste, and review of major trade shows such as Waste 17 and Interplas.

But which ones proved to be the most popular?

Here’s the top 10.

10 – Magnetic Separation Myths – You Can Block a Magnetic Field

The 8th of 10 myths on Magnetic Separation was published in February and highlighting how difficult it is to block out a magnetic field.

9 – Where are Metal Separators Positioned in a Plastics Plant?

This is one of the ‘Perfect Plant’ series of blogs, first published in March 2016, assessing a typical plastic plant and highlighting the best locations to remove metal contamination.

Perfect Plastics Plant

8 – ‘Ingesting Metal Fragments Can Cause Injury’ states FDA

On their website, the US FDA review the issue of metal contamination and highlight the dangers of consuming food products contaminated with metal.

7 – Cases of Metal Found in Food

For the UK’s Food Safety Week in June, we looked at recent high profile cases of metal being found in food and investigate how these problems could have been prevented.

6 – Magnetic Separation Myths – It Is Easy to Clean a Magnetic Separator

The 10th of the 10 Magnetic Separator myths was published in March, looking at the difficulties of cleaning high strength magnets and providing some simple solutions.

5 – Getting Metal Out of Recycled Tyres and Rubber

This article, assessing the best ways to remove metal from shredded rubber, was first published in April 2016, but still remains popular.

4 – How do you Separate Stainless Steel?

This article was published in April 2015 and highlights the challenges and solutions of separating stainless steel.

3 – 3 UK Waste and Recycling Facts

In the week prior to the UK’s recycling and waste show RWM17, we investigated three facts on how the UK handles and recycles our waste.

2 – Bunting Acquires Master Magnets

In January, we announced the acquisition of one of the UK’s leading manufacturers of Magnetic Separators and Metal Detectors, Master Magnets.

1 – What is an Axial and Radial Magnetic Field?

Radial Magnetic Field Bunting Magnetics

Despite the huge news coverage and interest in the acquisition of Master Magnets, the most read blog in 2017 was an article first published in August 2016.  The technical article explains the difference between an Axial and Radial Magnetic Field when used in a Magnetic Separator such as a Drum Magnet or Magnetic Pulley.

We hope that you’ve enjoyed reading our news and blogs in 2017 and please keep reading in 2018!

For further information on Metal Separation or to assess the right Magnetic Separator or Metal Detector for a specific application, please contact us on:

Phone: +44 (0) 1442 875081
Email: sales@buntingeurope.com
Via the website

Top 10 Blogs Bunting 2017