CP Group Introduces the CP Anti-Wrap Screen™

Accurate newsprint and large fiber separation designed to reduced maintenance

October 2, 2018–CP Group announces the CP Anti-Wrap Screen™, the recycling manufacturer’s second new screen of 2018.

The CP Anti-Wrap Screen™ accurately separates newsprint and large fiber from material streams by using high-amplitude elliptical discs to agitate material.

Terry Schneider, President and CEO of CP Group, says, “With more flex-packaging and film showing up in the material stream, wrapping is a serious concern for many MRF operators. The CP Anti-Wrap Screen™ uses high-agitation discs and extra-large rotor shafts to mitigate wrapping. The rubberized discs run with a non-pinching motion that eliminates jamming. These features allow it to run at peak performance throughout a shift. No unscheduled maintenance breaks due to wrapping or jamming.”

The CP Anti-Wrap Screen™ is equipped with CP’s lock out tag out mechanism with large access door, providing optimal safety to the operating staff.

CP Group has installed the CP Anti-Wrap Screen™ in several plants, and plans to incorporate it into MRF designs in the future.

Learn More about the CP Anti-Wrap Screen™

CP Group Breaks Ground on Fiberight Facility

CP Providing Front-End Solution to State-of-the-art MSW Refinery


Earlier this summer, CP Group broke ground on the installation of the advanced material recovery facility that will be the front-end system for Fiberight’s waste processing and refining facility. This site will feature Fiberight’s first full-scale operation of its biofuels and biogas processing systems.

Serving 115 municipalities, the 144,000-square-foot Hampden, Maine facility will feature the latest technologies from CP Group to recover recyclable commodities and prepare residual waste for further processing on-site.

“I have known and have worked with CP since the 1990’s on various jobs. CP is an engineering-focused company, which brought great value and utility when working with Fiberight to create a flexible design that is optimized for our unique processing needs,” said Craig Stuart-Paul, Fiberight CEO.

The recovery system features a CP Trommel Screen with bag-opening knives, a steel-disc CP OCCScreen™, the new non-wrapping CP Auger Screen™ used to size material in place of a traditional scalping screen, two CPScreens™ for 2D/3D separation, the abrasion-resistant CP Glass Breaker to remove glass and fines, and 4 optical sorters. Two MSS CIRRUS® PlasticMax™ optical sorters will recover PET and HDPE, one MSS CIRRUS® FiberMax™ optical sorter will sort and clean fiber, and one MSS CIRRUS® will be used as a scavenger optical sorter to recover any remaining commodities.

“The system is a blend of traditional and new equipment to provide Fiberight with flexibility for changing markets with extremely low-maintenance and durable machines,” stated Terry Schneider, President and CEO of CP Group.

Fiberight’s proprietary anaerobic digestion and biogas technology is the first commercial process to convert organic wastes to biofuel and refined bioproducts. Residual waste at the facility will be processed by Fiberight’s technology, upgrading the MSW residue into industrial bio-energy products.

Fiberight anticipates landfill diversion of up to 80%. By designing the plant to be adaptable based on future market trends, this state-of-the-art facility will be well suited to handle changing market conditions, particularly because it is capable of upgrading mixed paper to pulp-based products.

“We are very honored to be a part of this groundbreaking technological advancement with the Fiberight team,” says Schneider. “Their forward-thinking approach could change the way the industry processes waste, particularly fiber.”

CP’s installation of the material recovery facility will take just over 3 months, with a forecasted system startup date in Q4 2018.

Fiberight, CP Group CEOs: Why new Maine project is built for this market moment

Article published in Waste Dive, June 25, 2018

After years of debate, fundraising, competition and a winter construction delay, a unique new project is quickly taking shape in northern Maine that its creators say may be coming at just the right time.

In the years since Fiberight began pitching its $70 million concept, local disposal prices have gone up, China has roiled commodity markets, and New England’s main glass buyer closed its doors. While Fiberight’s mechanical biological process was already promised to reach recovery rates of 80%, the concept’s adaptability has allowed it to keep making changes along the way as each of these factors arise.

“Essentially, we got all our players on the field long before this happened,” CEO Craig Stuart-Paul told Waste Dive. “I’m delighted.”

With work on the 144,000-square-foot facility now well underway, Stuart-Paul is planning a September opening for the facility’s recycling operation. The facility’s anaerobic digestion and biofuels component is projected to be up and running by the end of this year.

The fact that this was all supposed to be happening earlier has added a wrinkle to contract timing for many of the 115 municipalities that ended a disposal contract with the Penobscot Energy Recovery Center WTE facility in March. A small handful have even gotten permission to keep sending their waste there in the meantime, though the majority are now utilizing either the Crossroads Landfill operated by Waste Management or the Juniper Ridge Landfill operated by Casella Waste Systems. Recyclables are going to a separate Casella-owned MRF.

Stuart-Paul maintains his company’s approach will be worth the wait, because it provides a more affordable and sustainable alternative for municipalities throughout Maine’s more rural mid-coast and northern areas. It will also require a slight leap of faith for residents into a less common mixed waste approach. While Fiberight has a prototype in Virginia, this will be its first full-scale operation.

“People have been reluctant to go one bin because they’re unsure that the resulting commodities removed could find a home. So we need to prove that,” said Stuart-Paul. “I think we do open up an entirely new marketplace and new opportunities for recycling.”

Adaptable Design

Because proving the concept will rely in large part on the material it produces, Stuart-Paul chose to team up with a company he’d been working with since the ’90s: CP Group. Stuart-Paul was drawn to the company’s engineering capabilities after utilizing its technology at his former company Fairfax Recycling in Virginia.

CP’s contributions to the front-end of Fiberight’s plant include a combination of existing technology utilized at other facilities as well as specially designed pieces. Highlights include a trommel screen with bag-opening knives, an anti-wrapping CP auger screen that is said to eliminate just about any tangler it encounters, an abrasion-resistant glass breaker, and multiple types of screens and optical sorters.

CP CEO Terry Schneider said that Fiberight’s unique approach already made it an appealing project, and the potential has only increased since China’s import restrictions came out last year.

“This become an even better project to be a part of,” he said.

In light of China’s market effects, Schneider said he is particularly interested in exploring new markets and demonstrating the value of additional sorting technology to enable that. Like Stuart-Paul, he also recognizes the chance to showcase a concept that elicits skepticism from many in the industry.

According to Stuart-Paul, the fact that Fiberight’s tip fees are expected to be $55 less than the closest single-stream MRF will go a long way toward doing that. Though the real key will be showing that its end products have value.

“We have to prove that this can work and that we can make a marketable material out of something that’s coming out of one bin,” said Schneider, adding that this has been harder to prove in the U.S. marketplace.

By designing the plant to be adaptable based on future market trends, Fiberight has said it is better suited to keep up with market conditions than the average MRF. For example, the company’s ability to create marketable pulp from mixed paper will be especially key at a time when the material is seen as nearly worthless in the Northeast.

“Our entire ethos was that we had to assume that we needed to perfectly integrate all of our products to an end market,” said Stuart-Paul.

With that approach in mind, Fiberight has been emphasizing its role in filling market gaps recently for paper and other materials.

Earlier this month, the company also announced a new partnership with New Hampshire-based Impact Apparel to set up a system of textile collection boxes throughout the region and previewed plans to help with local glass issues. The recent closure of a Massachusetts bottling plant has severely disrupted New England’s glass market, with effects as far north as Maine. So Fiberight now plans to establish a glass processing component within its own yard to create construction aggregate from material that is otherwise likely being disposed.

Next steps

In addition to designing the Hampden plant to be adaptable to robotics or other upcoming market-driven technology changes, Fiberight and CP are also looking to partner on more facilities. While Stuart-Paul is keeping information close to the vest, he told Waste Dive more news can be expected in the not-so-distant future about other sites in New England.

“We have significant interest and we are actively engaged with several counterparts for larger plants that we’re building in Maine,” he said.

CP Group is expected to be a partner on whatever comes next, so the company is optimistic its work at the Hampden facility can be a showcase for more to follow.

“This is a unique project and I think there’s a lot of opportunities for both of our companies to prove that this technology can work,” said Schneider. “So we’re all excited about it.”


Future-Proofing the MRF with FiberMax

MSS FiberMax™ optical sorter cuts costs while handling challenging materials and optimizing output quality

(article published in Recycling Product News, April 2018)

MSS, Inc., part of the CP Group and based in Nashville, Tennessee, is in the process of supplying a total of 29 CIRRUS FiberMax optical sorter units for 13 customers across North America, and says more units are on order. According to Greg Thibado, MSS vice president, “Since it was unveiled a little over a year ago, the FiberMax optical sorter has been a very popular choice for MRF operators who want to optimize fiber quality and reduce manual sorter head count at the same time, providing the cleanest fiber at high volumes.”

Thibado says a single FiberMax unit can replace up to 25 manual sorters as it performs up to between 800 and 1,000 picks per minute, versus only about 40 picks per minute for a manual sorter. This is made possible by a high conveyor speed of 1,000 feet-perminute, which is twice the speed of conventional optical sorters. According to MSS, in one recent installation, FiberMax decreased the level of prohibitives in a residential mixed paper stream from over 10 percent to less than 3 percent, consistently. Additionally, it reduced the sorter head count by 12.

“We are very pleased with the success of the FiberMax and so are our customers,” says Thibado. “FiberMax’s ability to handle challenging materials like thin flexible plastics packaging and lightweight single-serve PET bottles ‘future-proofs’ MRFs and paper sorting facilities against foreseeable changes in the ever evolving material stream.”

Thibado adds that it is advanced scanning technology and software algorithms that truly give FiberMax the edge.

“With its ClearLight technology, FiberMax doesn’t use gratings or light beam splitters, so detectors receive the maximum amount of reflected light possible,” he says, adding that besides prohibitives, it is able to positively sort a variety of other materials such as ONP, mixed paper, OCC and SOP.

“FiberMax has changed the game,” adds Thibado. “And we look forward to many more customer success stories.”

CP Group to Provide Advanced Recovery Facility for Fiberight

Fiberight to construct state-of-the-art MSW refinery

April 18, 2018, HAMPDEN, MAINE — CP Group, based in San Diego, CA, will install an advanced material recovery facility and front-end system for Fiberight’s state-of-the-art waste processing facility.


The Hampden, Maine facility is a fully functioning commercial application of Fiberight’s proprietary technology that upgrades MSW into refined energy and industrial products. A 144,000 square foot building is currently under construction and will begin receiving equipment this summer. The


material recovery facility will start up by fall 2018; upgrading processes will be commissioned shortly thereafter.

Fiberight has been working with the Municipal Review Committee (MRC) of Maine since 2013. In February 2015, the MRC approved a development agreement with Fiberight to process 180,000 tons per year of MSW from 83 municipalities and public entities pursuant to a 15-year contract. In January 2018, Fiberight announced the completion of $70 million in project financing for the plant.

The Fiberight facility will feature the latest generation of machinery and technology from the CP Group to recover recyclable commodities and prepare residual waste for further processing on-site. Fiberight anticipates landfill diversion of up to 80%, including recovery of metal, plastic, OCC and other commodities for beneficial re-use or recycling. Other commodities to be recovered include contaminated cellulose, food waste and other organic materials that may be converted into biomass, sugars, market pulp, and biogas.

Terry Schneider, CEO and President of CP Group, says, “We are very honored to be a part of this groundbreaking technological advancement with the Fiberight team. Their forward-thinking approach could change the way the industry processes waste, particularly fiber. We look forward to beginning installation and getting this facility into operation.”

The Hampden facility features a CP Trommel Screen with bag-opening knives, a steel-disc CP OCCScreen™, an anti-wrapping CP Auger Screen used to size material, two reduced-wrapping CPScreens™ for 2D/3D separation, the abrasion-resistant CP Glass Breaker to remove glass and fines, and 4 MSS CIRRUS® optical sorters. Two MSS CIRRUS® PlasticMax™ optical sorters will recover PET and HDPE, one MSS CIRRUS® FiberMax™ optical sorter will sort and clean fiber, and one MSS CIRRUS® will be used as a scavenger optical sorter to recover any remaining commodities.

Craig Stuart Paul, CEO of Fiberight stated, “We are delighted to have teamed with the CP group to create a new paradigm for waste disposal. Our end-to-end solution was made possible by CP’s thoughtful design process and application of the latest generation in front-end waste processing, geared specifically to our needs for downstream material upgrading.”

Fiberight’s technology is the first commercial process to convert organic wastes to biofuel and refined bioproducts. Its technology platform has been demonstrated since 2010 at its Virginia prototype production plant, using MSW feedstock. In addition to the Hampden project, Fiberight is currently involved in the development of similar projects in New England.

Craig Stuart Paul will be speaking about Fiberight’s conversion technology at Waste Expo on Wednesday, April 25, from 1:45-3:00pm in the session A Case Study for Waste Conversion in room N102-N103.



Fiberight is a privately held company founded in 2007 with current operations in Maine, Virginia, Maryland and the United Kingdom. Fiberight’s proven, proprietary waste processing technology converts Municipal Solid Waste into high-value commodities to enable next generation recycling and maximum resource recovery from municipal waste.


CP Group introduces Auger Screen

The first true anti-wrapping, non-blinding screen sizes waste for many applications 


CP Group announces its newest screening technology, the CP Auger Screen™. This marks the industry’s first true anti-wrapping, non-blinding screen for material recovery facilities.

The CP Auger Screen™ sizes material by using a series of cantilevered augers that do not wrap or jam due to their corkscrewing motion, making it extremely low-maintenance. Any material that could wrap, such as hoses or plastic film, are released off the end of the auger.

Its low-wear augers are made from abrasion-resistant steel, making them durable while requiring little to no maintenance.

When placed in front of the presort, the CP Auger Screen™ dramatically decreases the volume on the presort. This decreases the amount of manual sorters needed and increases sorter safety by removing the small hazardous fraction. With decreased volume on the presort, manual sorters work more efficiently.

When used as a scalping machine, the CP Auger Screen™ fractionates the stream into an over 5” stream and an under 5” stream while keeping rigid materials together. Keeping the rigids together plays an important role in the recovery of OCC and chip. OCC has been increasing in volume due to the “Amazon effect.”

Terry Schneider, President and CEO of CP Group says, “This machine is unique compared to traditional disc screens. The cantilevered augers convey large flat materials over, while fines and flexible fiber go through to the unders, and the remainder goes to the side. What really sets it apart is that it does not wrap. The auger rotors act like a corkscrew, conveying any stringy materials over the side. There is a lot of interest in this machine for those reasons.”

CP has been developing the machine and running the prototype for over a year at their facility in San Diego, CA. The first three units are being installed in MSW facilities this summer, and several more are sold and in production.

The CP Auger Screen™ can be used in various applications including MSW, Single Stream, Construction & Demolition, and Commercial & Industrial. The largest model can handle 35 tons per hour of inbound single stream material, 60 tons per hour of commercial, and 80 tons per hour for construction and demolition.

The CP Auger Screen™ will be on display at Waste Expo in Las Vegas this April at CP Group’s booth 2336.