New MapLine™ Algorithm Improves Material Targeting
Nashville, TN (September 5, 2017) – MSS, Inc., the optical sorter division of CP Group, introduces MetalMiner™, the next generation of induction-based true all-metal detectors. MSS has designed and built induction metal sorters for over 40 years, and this latest iteration was designed specifically to handle auto shredder residue (ASR), electronic scrap, plastic flake and glass cullet applications. One of the most relevant new technical features of the MetalMiner™ is the patent pending MapLine™ algorithm.
“MapLine™ allows users to target specific metal types or objects by amplifying the sensitivity for non-ferrous metals, especially wire, while simultaneously reducing it for ferrous dust,” says Felix Hottenstein, MSS Sales Director. “MetalMiner™ is exceeding our customers’ expectations. We’ve found up to 15% higher recovery rates for Zurik when directly compared to other vendors.
Hottenstein continues, “Additionally, MetalMiner™ reduces cross contamination with ferrous-dust-covered wood, plastics, and foam. This creates a noticeably cleaner product.”
Greg Thibado, MSS Vice President, says, “In addition to the technological advances, we’ve implemented new manufacturing techniques that allow for MetalMiner™ to become even more competitive, especially for the wider units.”
The MetalMiner™ is manufactured up 112″/2800mm wide as either a stand-alone model in a conveyor configuration or it can be integrated as an upgrade to the MSS CIRRUS NIR and L-VIS Color optical sorters. Depending on the application, different induction coil configurations and spacings are available.
For certain small particle applications such as plastic flake or glass cullet, MSS also offers the MetalMiner™ in a slide configuration which provides an even higher sensitivity and sorts ferrous, non-ferrous, and stainless steel down to 1mm in size.
CP Manufacturing is expanding its global footprint with our development of our CP China Division, and we are working with Zhongshuo Energy – Saving Tech-Co. LTD as our potential strategic partner in this venture. We look forward to furthering our potential strategic alliance with Zhongshuo, and working closely with Mr. Shi Qiyun (Chairman) and Mr. Zhao Shizhou (General Manager & Chief Engineer).
Title: Business License
Uniform Social Credit Code：91310117MA1J2C3J4K
ID number: 27000000201708140025
Company Name: Zhongshou Energy-Saving Tech. Co., LTD
Company Type: LLC
Company address: 701 Taogan Street, Suit 5, Shanghai
Company Legal Person: Shi Qiyun.
Registered Capital: 66.99 Millions Yuan.
Registered Date: August 14, 2017
Valid Period: August 14, 2017- August 13, 2037
Scope of business：Energy-saving equipment，Environmental Protection Technology, Biotechnology, Medical Technology, Chemical Technology
From the article “Depending on the Variables,” published in Recycling Today, July 3, 2017
While optical sorters commonly are used to sort paper in material recovery facilities (MRFs) that handle single-stream commercial material, their use on residential fiber sort lines is increasing for a variety of reasons, according to industry source.
For MSS Inc. in Nashville, Tennessee, contamination is one of the greatest factors to consider when adding optics on the fiber lines of residential MRFs. This is because, Sales Director Felix Hottenstein says, “on the residential side, we’re using it to clean up news or mixed paper, not to sort higher grades.”
Residential MRFs that use MSS optical sorters have two things in common: high volumes and high contamination levels. However, he adds, “You need to have the right volume and material coming in that’s not too contaminated, or else you won’t get a higher grade.”
Optical sorters typically are installed in residential MRFs when they operate at 25 tons to 30 tons per hour with an average material stream composition. If the tonnage is lower, installing an optical sorter isn’t justifiable unless the material is extremely contaminated.
Hottenstein says MSS customers using optical sorters on their residential fiber lines offer three reasons for doing so: improved technology, reduction of manual labor and improved material quality.
Hottenstein says eight hand sorters on a line can make about 400 picks per hour, but optical sorters can make about 2,000 picks in that same time
“The savings on the manual labor is the last reason,” he says of MRF operators objectives when adding optical sorting on their residential fiber lines.
While optical sorters normally are used to sort plastic bottles, MSS can replace the sensor head and reroute the conveyor to sort fiber.
Hawn suggests moving from the VIS-NIR (visible near-infrared) spectroscopy typically found in MRFs to either a SWIR (short-wave infrared) or IR (infrared) spectroscopy to segregate fiber, but he says some suppliers are using IR thermography to sort by grammage (thickness).
“For that technique to work, you need to have control on your infeed material’s temperature and humidity,” he says.
While making the plunge to install an optical sorter on a residential MRF’s fiber line can be intimidating, Hottenstein says the advancing technology makes the justification undeniable.
“I think we made quite a big step in the last two years, especially in the last two to three months,” he says. “It’s a matter of whether you save enough labor to justify it. New specifications and the need for cleaner paper from the China situation may cause more need for optical sorters, especially on the residential side. Bigger machines are more expensive, but you have to do what you have to do. You either have to save money or make money.”
Technologically Advanced Single Stream and Commercial Recycling System
FRESNO, CA (May 31, 2016) – Mid Valley Disposal, a family owned recycling and hauling company, announces the grand re-opening of its Mid Valley Disposal Elm MRF in Fresno, California. Designed and manufactured by San Diego, California-based CP Group, the recycling system processes 35 tons an hour of residential and commercial material. The system start-up was April 26, 2017.
“We are pleased to have partnered with CP Group and reinvested in the San Joaquin Valley,” says Jonathan Kalpakoff, VP of Mid Valley Disposal. “Increased processing capacity and the recovery of more recyclables will help with our commitment to increase diversion for the communities we serve. We selected CP Group because of their commitment to quality and being a California family business like us.”
The original system was installed in 2001 and processed 20 tons an hour. Due to needs for increased capacity and better recovery, Mid Valley turned to CP Group, who supplied all the new processing equipment. The bunkers, silos, baling system and tip floor pit from the original system were reused in the existing building.
“This system includes some of our latest recovery technologies, including glass processing and optical sorting technology,” says Ashley Davis, Director of Sales and Marketing at CP Group. “We are honored to work with Mid Valley on this project and bring this modern facility to Fresno. It is an integral part of the recycling capabilities offered to the county.”
The advanced material recovery facility features three MSS optical sorters. The CIRRUS® FiberMax™ is used to remove film and other contaminants out of the fiber stream, while the two CIRRUS® PlasticMax™ units separate HDPE, PET, and Mixed Plastics. The system also features proprietary CP disc screening technology, including CP’s steel-disc OCCScreen™, Scalping Screens, and Glass Breaker Screens, along with 1 NewScreen™ and 2 CPScreens™. An air drum style glass cleaner is used to remove the lights from the glass. The system recovers cardboard, mixed paper, glass, PET, and both color and natural HDPE.
“Like myself, the Kalpakoff brothers are third generation in the waste industry. It is rewarding to work with another family-owned company and see recycling progress through the generations,” says Davis.
With its fleet of 165 trucks, Mid Valley serves 89,000 households in Fresno and the surrounding counties. The MRF processes recyclables for half of the City of Fresno, and also for 75,000 households from 3rd party haulers in the counties of Madera, Tulare, King, and San Luis Obisbo.
System is Most Modern Recycling Facility in the Country of Argentina
The City of Buenos Aires, in partnership with San Diego-based CP Group, opened the most advanced recycling system in the country of Argentina. The new 10 TPH residential single stream recycling system began running last October in Villa Soldati, a neighborhood of Buenos Aires. Since then it has helped the city achieve its sustainability goals.
“It’s the most modern recycling center in Argentina,” announced the Head of Government of Buenos Aires, Horacio Rodríguez Larreta, at the inauguration of the plant in October 2016. “The city has improved a lot in the separation and treatment of recyclable waste,” he continued. “4 or 5 years ago nothing was separated. Today, this system is recovering 400 tons of dry materials per week, and that amount is expected to double to 800 tons per week in 2019.”
The system features CP separation equipment, including the CPScreen™ for 2D/3D separation, MSS Aladdin™ optical sorter, CP Metering Drum, CP OCCScreen™, and CP Glass Breaker Screen with patented Cam-Discs™.
The recycling system is part of the city’s Green Center, a program involved with recovering recyclable materials and providing education about waste treatment processes and its importance in Buenos Aires.
“Throughout the entire process, the City of Buenos Aires has demonstrated environmental leadership as well as a long term commitment to developing a sustainable solution for capturing the valuable recyclables and diverting them from the landfill,” says Dirk Kantak, International Sales Director for CP Group.“Between the City of Buenos Aires, and our local Distributor (Coinsa Construcciones), we could not have asked for two better partners on this successful project.”
The materials recovery facility (MRF) began running October 2016. During the training and commissioning period, CP Group worked closely with the Spanish-speaking local staff to operate and maintain the MRF.