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Ashwaubenon is Home to over 35 Local Regional and Multi-International Companies in the 5P and Converting Industries!

Lambeau Field stadium facade

Is Lambeau Field in Green Bay? If you live in Green Bay 3 sides of Lambeau Field border Ashwaubenon and 1 side is Green Bay. While Green Bay got the Packers, Ashwaubenon became the Super Bowl Champions in the 5P and Converting Industries. Ashwaubenon is home to over 35 Local, Regional and Multi-International Corporations. GBIG will be highlighting the companies over the next four issues of the GBIG NEWS.

Ashwaubenon is a village in Brown County and suburb of Green Bay with a population of 16,913.

CUWP Seminar or Zoom Meeting May 25th: Identification and Qualifications of Unknown Plastics

Dr. Natalie Rudolph
Division Manager Polymer at NETZSCH

Dr. Natalie Rudolph. Division Manager Polymer at NETZSCH

Abstract. Increasing recycling rates presents a major challenge in identifying and quantifying unknown compositions in recycled materials. Common methods are expensive and/or limited, especially for materials with nearly identical chemical structures such as polyolefins. Differential Scanning Calorimetry (DSC) offers an opportunity by identifying materials based on their melting properties while allowing for the quantification of components relative to a reference. This presentation will explain the method and important supplementary tools using several mixing examples that enable identification and quantification. At the same time, we will discuss the current weaknesses, along with the possible applications.

Biosketch. Dr. Natalie Rudolph has over 15 years experience in plastic processing and analysis in university and non-university research, as well as start-up environments. Her focus is on structure-property relationships for material and process optimization in classical plastic processing, composite manufacturing, and additive manufacturing while considering material circularity. She is a co-author of the textbook “Understanding Plastic Recycling: Economic, Ecological, and Technical Aspects of Plastic Waste Handling” (Carl Hanser Verlag, Munich, 2019). Today, she is the Division Manager Polymer at NETZSCH Analyzing & Testing.

*Dr. Rudolph will be attending the CUWP Annual Meeting on Tuesday May 16th*

Dura-Fibre, LLC. Acquires Grief Chicago Converting

Dura-Fibre logo

(Menasha, Wis.) – May 4, 2023 – Dura-Fibre, LLC, strengthens its presence in custom laminated products and packaging with today’s acquisition of Greif® Chicago Converting. The acquisition further solidifies Dura-Fibre’s position as one of the largest independent industrial paperboard laminating businesses in the United States. Dura-Fibre will now add several industry-leading solutions to its portfolio, including:

  • Strap Protectors – The rigid solid fiber solution provides superior protection to cargo secured by straps or chains for dimensional lumber, plywood and other industries.
  • FiberWrap® – The protective packaging solution has 250% – 300% greater beam strength than traditional corrugated packaging and forms a true 90-degree angle for tighter fit and edge protection.
  • Coverboard products – The full line of diploma covers, register books, presentation folders and specialty applications.

Following the acquisition, manufacturing operations will move to Dura-Fibre’s Menasha manufacturing facility. Greif’s Protect-A-Board and Protect-A-FloorTM products are not included in the sale.

About Dura-Fibre, LLC

For more than 85 years, the skill and experience of the Dura-Fibre team have been combined with unique manufacturing capabilities, allowing the company to provide custom solutions for a range of industrial customers. From its 125,000 square-foot facility in Menasha, Wisconsin, Dura-Fibre creates laminated paperboard solutions used in a wide variety of functional performance and packaging applications including industrial crates, slip sheets, industrial totes, folding carton packaging, furniture components and custom paperboard products.

What are the Common Issues with a GE Magne-Blast Circuit Breaker? Find Out Now.

As a GE Magne-Blast circuit breaker ages, it experiences various problems that can be costly and potentially dangerous if not addressed. Several issues, from worn-out contacts to worn-out bearings and Tuf-Loc bushings, can cause these breakers to fail. This guide looks at some of the most common problems with aging GE circuit breakers and what you should do to avoid costly mistakes.

Overview of GE Magne-Blast Circuit Breakers

Circuit breakers that need maintenance

The function of the GE Magne-Blast breaker is to deliver power safely to the customer’s loads and to interrupt the flow of electrical current when there’s an overload or fault in the system. When a fault occurs, the switchgear relays send a signal for the breaker to open and interrupt the current. This protects the electrical system from damage and prevents potentially dangerous situations from occurring.

Typical GE Magne-Blast circuit breaker applications include power generation, transmission and distribution systems, and industrial facilities.

Worn-Out Contacts

As the power distribution system ages, the contacts within the breaker get worn out due to normal wear and tear. This can lead to reduced reliability, increased downtime, and potential safety hazards.

When the contacts get worn out, they may fail to make proper electrical contact leading to
increased resistance, arcing, and overheating, which can cause equipment damage or fires.

There’s a need for regular maintenance on aging circuit breakers to prevent these issues. This includes inspecting the contacts for signs of wear, such as pitting or burning, and replacing them if necessary. For example, Quad Plus investigated circuit breakers for a fossil fuel power generator, as shown in this case study, and recommended customized solutions.

Tuf-Loc Bushings

Verify that the breaker has old-style Tuf-Loc bushings (nylon type). The Tuf-Loc bushings should be replaced with new aluminum bronze-style bushings during refurbishment or reconditioning. The OEM strongly urges this recommendation. We had a customer that experienced a failure due to worn Tuf-Loc bushings. They caused the breaker to fail to open (the mechanism jammed), which resulted in a very costly shutdown for the customer.

Lubrication

Lubrication is critical to proper operation. Old, gummed-up lubrication can cause a breaker to operate slowly and causes wear and tear on the parts. Bearings are particularly subject to lubrication issues.

Prevent Aging of GE Magne-Blast Circuit Breakers

An aging GE Magne-Blast circuit breaker can experience various issues compromising its safety & reliability. However, plant maintenance engineers can prevent these problems with proper maintenance and inspection. Quad Plus offers cutting-edge and effective solutions if you need help with aging GE Magne-Blast circuit breakers. Contact Jim Woulf from Quad Plus at (920) 515-4155 or via email at jwoulf@quadplus.com for reliable repair and maintenance services.

We want to thank Congressman Tom Tiffany with Billerud and a update on the Wisconsin Paper Industry moving forward.

Marty Oaks

The Green Bay Innovation Group wants to thank Congressman Tom Tiffany for his efforts reaching out to Billerud regarding the Wisconsin Rapids Paper, Pulp and Converting facilities. We ALL recognize the importance and impact that shutting down that paper mill has had on the Wisconsin Paper, Pulp, Forestry and Supporting Industries. The facility was the premier manufacturer for the Graphic Arts and Converting Industries supporting a large number of Wisconsin and nationwide customers. We appreciate Billerud’s $1 Billion Dollar investment into their Michigan plants. Hopefully, they can move forward with the Wisconsin facilities!

Read Tom tiffany’s letter here

We hear time and time again that the paper industry is dying and that is not the case in Northeastern Wisconsin! As we look at Paper and Pulp Industries, Wisconsin is turning the corner with some sizable investments.

  1. The Green Bay Packaging $500 million plus investment into a State-of-the-art paper mill completed after the 2 ½ year breaking ground with a huge financial impact on Northeastern Wisconsin!
  2. Green Bay Packaging Coated Division is adding onto their coated products division!
  3. Georgia-Pacific Breaks Ground on a $500 Million Expansion in Green Bay building a new paper machine plus moving forward with the new 1 million square foot distribution center in De Pere.
  4. ST Paper, LLC. completed the installation of a new tissue paper machine in Duluth, MN. ST. Paper has a tissue manufacturing facility in Oconto Falls.
  5. Pixelle Specialty Paper Solutions has started up a paper mill in Chillicothe, Ohio producing printing papers with a facility in Stevens Point.
  6. BPM, Inc. in Peshtigo is investing in upgrades to their current facilities.
  7. Neenah Paper, with multiple facilities in Wisconsin, has merged with SWM forming a company with $3 Billion Dollars in Sales. The new company name is MATIV.
  8. McKinley Paper based in Combined Locks is producing uncoated offset paper converting a machine that previously produced packaging grade papers. McKinley purchased Midwest Paper Group.
  9. Nine Dragons has finished the conversion of their paper manufacturing from lightweight coated groundwood papers to producing packaging papers.
  10. Ox Industries, Inc. acquired Corex, LLC. in Stevens Point. Ox Industries is the largest independently owned vertically integrated manufacturer of 100% recycled paper board and specialty products.

Nonwovens – Specialty Alternatives

By Susan Stansbury, Industry Consultant (contact/bio on Linkedin)

White dress being spray painted on a woman by 2 people on each side of her

This is the last of three articles about those fantastically creative nonwovens fabrics. I continue with needle punch, carded, and other specialties nonwovens.

First, a reminder… what are nonwovens?

  • Nonwovens substrates are neither papers nor wovens (wovens are textiles such as cotton fabrics). In this segment, developers have been creating alternate textile-like fabrics using synthetic and natural fibers.
  • Nonwovens can include multiple streams of fibers, plus additives in the manufacturing process.

Thinking about something special…where else could you see a nonwoven dress created via spray onto a runway model live at the fashion show? Fabric producer Fabrican LTD says,  “It forms a non-woven material as soon as it comes into contact with a solid surface.” According to WWD (Women’s Wear Daily):

The texture of the fabric can be changed according to the fibers (synthetic and natural, such as cotton, linen, polyester or nylon as well as recycled) and binder used, and how the spray is applied. It added.…guests…were gathered, as Hadid patiently stood for more than eight minutes as the liquid was applied. Once it was dry, an attendant rolled down her sleeves, snipped off the hem and slashed the skirt of the white dress.

Founded in 2003, Fabrican is exploring the uses of its technology in the clothing, healthcare, automotive, packaging and building products fields. The Spray-on fabric can be applied using aerosol technology, industrial sprayers, robots and 3D printing.

On a less “flashy” level, specialty nonwovens find their way into niche and emerging markets. For example, the hardworking nature of needlepunch nonwovens have found a solid role in markets such as automotive and geotextiles.

Known for durability, these nonwovens were part of what was an “aging” category years ago, but with the advent of smaller specialty machines tailored to market and specific products, this material took off on a new trajectory.

Needlepunching, a definition:

A process for making a nonwoven textile in which a continuous mat of randomly laid fibres or filaments is entangled with barbed needles. This causes matting and the production of a “felt” textile.

Needlepunched nonwovens tend to be:

  • Very lofty, high basis weight, thick structures with superior strength.
  • Chosen for cushioning & padding and ability to trap particles within the fabric (for example in scrubbing). It is used as a filler pad in incontinence pads.
  • Flame resistance and antimicrobial additives can be value-added features.
  • Selected as an alternative to a washcloth, for example, as a bathing cloth.
  • Used as an alternative to laundered and woven cloths; can be molded and embossed, designed for various thicknesses and layered with other materials.
  • While the process is often slower and more expensive than other nonwovens, needlepunched nonwovens are selected for premium applications where unique properties are sought.

Carded nonwovens are tough.

These nonwovens are based on an older technology, but they keep finding niches similar to needlepunch, but may be made to thinner specifications. Known for scrubbing ability when made into cleaning pads, they can be apertured, dyed and made to stiff specifications. Fiber content can include rayon for some absorbency. Carded nonwovens can also be used as a layer to be hydroentangled as part of spunlaced nonwovens, as part of wet wipes and other applications.

Air Through Bonding offers options.

According to producer, Texol: The need for green technologies and high performing material equals a commitment to developing solutions as “air-through-bonded” nonwovens. It’s a process where the application of heated air to the surface of the nonwoven fabric achieves better web integrity. The result is a nonwovens material that is soft, with lower basis weights than many other fabrics can achieve.

These nonwovens are just a sampling of the myriad possibilities for fabrics. New developments continue to focus on improved attributes for products, to be more printable and converter-friendly, to become more environmentally friendly, to be truly flushable, and to lead as alternatives to other materials.

GBIG NEWS | 62 Stories and Links on the Internet 05/03/2023

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May 3rd, 2023 Newsletter

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Nonwovens – The Synthetic Fabric Group

By Susan Stansbury, Industry Consultant (contact/bio on LinkedIn)

Susan Stansbury

This begins Part 2 of three articles about those fantastically creative nonwovens fabrics. I continue with spunlace and similar nonwovens, somewhat associated with paper along with extensive use of synthetic fibers including polypropylene and polyethylene.

First, a reminder… what are nonwovens?

  • Nonwovens substrates are neither papers nor wovens (wovens are textiles such as cotton fabrics). In this case, developers were trying to create an alternate textile-like fabric using synthetic fibers.
  • Nonwovens can include multiple streams of fibers, plus additives in the manufacturing process.

Nonwovens shipments, while lower during Covid-19 years, have returned to pre-pandemic levels in the U.S. and Europe, and industry growth is “accelerating in the Indian and Chinese economies, which are incorporating nonwoven textiles in a broad spectrum of applications, including geotextiles and the burgeoning automotive industry.” (Nonwovens Industry magazine)

This aspect of nonwovens is centered on spunlace (or also called hydroentangled) nonwovens. Three webs can be hydroentangled, for example, using synthetic materials on the outside for softness and strength and airlaid/pulp/tissue on the inside as an absorbent core. Keeping the pulp component on the inside prevents linting and preserves absorbency. For example, a bed pad might have an outer layer of synthetic fiber for strength with an inner layer that is absorbent. “Pad” products are promoted as having a drier layer close to the body, and inside, moisture is “locked in.”

Properties which are tested or targeted include:

  • Determination of tensile strength, tear resistance and stretch.
  • Ability to filter for products ranging from air filters to healthcare masks.
  • Hand is the way the fabric feels when it is touched–like softness, crispness, dryness, silkiness.
  • Flushability and sustainability are two issues that specialty products must address, where consumer confidence has to be earned and testing has to prove.
  • Meeting quality needs for hygiene, cosmetic, medical, construction, filtration, electronic materials, and wipes.

Summary of Properties

  • Can be embossed, printed, and incorporate a range of synthetic fibers and cellulosic fibers.
  • Strength varies, with mix of fibers & thickness; usually stronger than airlaid nonwovens.
  • Can be produced in thin or thick versions for: wipes, drapes, gowns. They can be soft to the hand. They can be “open” or closed webs.
  • These nonwovens can be apertured for eye appeal, to trap debris when cleaning and for better scrubbing ability.
  • Generally low linting (superior to airlaid in this respect).
  • Meltblown nonwovens can be very thin and layered or combined with other nonwovens.
  • Meltblown nonwovens are especially sought after for good filtering such as in masks and gowns.

Wisconsin manufacturers are major converters of these nonwovens. The state has more than a dozen companies that make dry wipers and wet wipes, in canisters, flat packs, cosmetic single-use cleansing packets, and tubs of baby wipes. In addition, converting nonwovens includes roll slitting, printing, packaging and more.

In the canister wipes segment, Rebel Converting’s X-Treme canisters feature digital high-resolution printing which allows print of any design or graphic. Labels can be sequentially numbered, have different sets of numbers on them, or include unique images. The labels are in-molded — melted into the canister for durability. Rebel Converting is one of the wipes market higher-volume producers with two facilities in the Milwaukee area.

Biax-Fiberfilm Corporation expanded its melt-blown/Spun-Blown® fabric production for the entire filtration/sorbent/insulation/wipes markets. “Our capacity in Neenah is rapidly growing to many times higher than our previous output,” says Douglas Brown. “The purchase of the former Kimberly Clark facility in Neenah, called ‘Neenah Nonwovens facility’ (now called 5K Fibres) has allowed us additional space, plus certain machine elements that assisted with fast scale up.​ The plant is a mix between conventional meltblown and new technology developed by Biax Fiberfilm and our specialty 5K Fibre ‘spun-blown®’ dies where we have developed thinner filtering materials on one hand, and very lofty nonwovens as well.”

Look for Part 3 where an overview of some specialty nonwovens, such as needlepunch, is presented.

Florence 18th Annual Sustainable Forestry Conference with outstanding speakers, presentations and topics.

FLORENCE, Wis. – The 18th Annual Sustainable Forestry Conference was held Wednesday, April 19th at the Keyes Peak Ski Lodge, 4960 Hwy 101, Florence, WI. This year’s conference had a variety of interesting topics with a diverse group in attendance including logging businesses, forestry, land management, economic development and other related resources and associations.

Morning speakers covered Markets Update, Logging Survey results, Carbon Credits and Forest Ecosystem Habitat Management. There was also a panel that covered Overcoming Obstacles to Forest Management which included Permitting: stream crossings, temporary bridges, culverts; Threatened & Endangered Species. The afternoon speakers covered Adaptive Management Studies, a number of topics from the Natural Resources Conservation Service (NRCS) team and MI/WI Legislative Updates from Great Lakes Timber Professionals Association (GLTPA).

Thanks to our sponsors Nicolet Bank, Lumberjack, Sagola Hardwoods, Billerud, Lyme Great Lakes Timberlands, Florence Hardwoods, Florence Utilities, Michigan Registered Forester, Green Bay Innovation Group, Grow North, Minerick Logging, Florence County Forestry & Parks, Langlade County, Oneida County and GLTPA.

Featured Speakers

Marty Oaks

Marty Oaks

Business Executive and Owner driven to succeed in the paper and printing industries, with a performance record of leadership in business, innovation, technology, team building, and community involvement. Demonstrated ability to analyze critical business issues and requirements, implement sales and marketing strategies, identify new opportunities, and develop innovative technical solutions that enhance competitiveness, increase revenue, and provide a return on investment.

Robert Smail

Robert Smail in a boat holding a fish

Bob Smail is a socio-economic research scientist for the Division of Forestry in the Wisconsin Department of Natural Resources. His work often combines social, ecological, geological, and meteorological data to address resource management questions. His past research includes a range of topics such as agricultural water budgets, municipal water demand, and groundwater level variation. His current research topics include urban forest evapotranspiration, historical forest cover change, and measures of natural forest regeneration. He holds a B.A. in history from Carroll University, a M.S. in environmental management from the University of Wisconsin – Stevens Point, and a Ph.D. in environment and resources from the University of Wisconsin – Madison. He lives in Watertown with his dog, cat, daughters, spouse, bikes, and fly rods.

Alex Haas

Alex Haas

Alex Haas is the Environmental Credits Manager at U.S. Venture, Inc., a Wisconsin-based distributor of transportation products and provider of sustainability solutions. Alex manages U.S. Venture’s renewable energy carbon credit portfolio and is a forest carbon project developer. He has a passion for making markets, and prior to being one of the most active carbon futures traders globally he traded Gulf Coast gasoline and equities. Alex’s educational background includes a finance degree from the University of Wisconsin-Madison and completion of the Chartered Financial Analyst program. Alex resides in Appleton, WI with his wife and two children. In his free time, he is a Packer fan, Iditarod “Mush Madness” commissioner, fantasy football commissioner, and spends time with family at Legend Lake.

Tom Carlson

Tom Carlson

Tom is the Wisconsin Department of Natural Resources Wildlife Biologist for Forest and Florence counties. Tom received his B.S. degree in Wildlife Management from the University of Minnesota Crookston. He has worked in the wildlife field since 2006 and spent time with the Missouri Department of Conservation, The Nature Conservancy, and the Wisconsin DNR since 2008. Throughout his career, he has managed a wide range of habitats including forests, barrens, prairies, and wetlands. He specializes in managing young forest habitat on public and private lands and working with those managers and landowners to implement practices to reach their goals and improve habitat for a variety of species.

Nolan Kriegel

Nolan Kriegel sitting on a log

I grew up in Burnett County, located in rural northern Wisconsin and attended Macalester Col- lege in St. Paul, Minnesota. Despite enjoying my time playing college football, taking classes and my brief city experience, I decided my BA in Biology would best serve me back in northern Wisconsin. I joined the DNR in 2014 as a part-time Forester assisting the Forest Hydrologist. In March 2022, I became a permanent employee of the DNR as the only Forest Hydrologist within the Division of Forestry. I enjoy the statewide responsibility of the position and working in many different landscapes, with a variety of people on the intersection of water and forestry concerns. I have an array of pastimes, most of them revolve around the outdoors. I find bow hunting and hiking with my wife Sarah particularly enjoyable. Our vacations often revolve around planning hiking trips in National Parks – specifically Glacier National Park and tend to morph into adventures of mountaineering, rock climbing, and backpacking.

Carly Lapin

Carly Lapin

Carly Lapin is the North-central Wisconsin District Ecologist for Wis- consin DNR’s Bureau of Natural Heritage Conservation based in Rhine- lander. She and her Crew manage a number of State Natural Areas across north-central Wisconsin and conduct research and conservation projects for rare species. In addition, Carly consults with WDNR staff on the management of other state properties and is provides guidance on avoiding impacts to rare and listed species across north-central Wiscon- sin.

Kayla Knoll

Kayla Knoll

Kayla is an Environmental Quality Analyst with the State of Michigan’s Department of Environment, Great Lakes, and Energy (EGLE). She provides technical and permitting assistance to the public for projects impacting wetlands, streams, inland lakes, and the Great Lakes. Kayla covers permitting and compliance for Dickinson, Iron, Gogebic, and Ontonagon Counties. Before coming to EGLE, Kayla worked with private forest landowners to help them manage their forests in a way that benefits birds and other wildlife. Kayla holds a master’s and bachelor’s degree in Biology from Northern Michigan University. When she’s not slinging permits, Kayla can be found outside mountain biking, cross- country skiing, or looking at birds.

Keith Kintigh

Keith Kintigh

Keith Kintigh is a Conservation and Certification Specialist for Michigan DNR’s Forest Resources Division. His responsibilities include coordinating the State’s Sustainable Forest Certification Program and rare species and special area management on Michigan’s 4-million-acre state forest system. Keith is currently acting as supervisor of Michigan DNR Wildlife Division, Planning and Adaptation Section, overseeing the Division’s T/E, Invasive Species, Data Management, and Climate Adaptation Programs. Keith is a Wildlife Biologist by training, a graduate of Michigan State and New Mexico State Universities, and has spent most of his 23- year career working in Michigan state forests. He lives near Traverse City, in NW Lower Michigan.

Dr. Christel Kern

Dr. Christel Kern

Christel Kern is a Research Forester at the U.S. Forest Service, Northern Research Station in Rhinelander. She received both her bachelor’s and master’s degrees from the University of Wisconsin – Stevens Point and her Ph.D. from the University of Minnesota. Her work includes leading and developing research- management partnerships to address critical knowledge gaps in sustainable forest management. Outside of work, Christel enjoys family time and coaching the Lakeland Nordic Middle School Team.

Anne Collins

Anne Collins

I grew up in the UP and I am a graduate of Michigan Technological University with a BS in Forestry and an MS in Forest Ecology and Management. I worked 7 years in research at MTU working with Forest Health issues. After working at MTU I became a Forestry Assistance Program Forester for 6 years, working in the Thumb of MI and the Southern UP. I have been working for the NRCS as a District Conservationist for almost 2 years now out of the Baraga Field Office.

Thomas Berndt

Thomas Berndt with a bear behind him

Natural Resources Conservation Service District Conservationist covering Dickinson, Iron and Gogebic Counties.

  • 27 years of conservation work in Agriculture and Forestry
  • 4 years of soil survey mapping
  • 2 years western wildland firefighting
  • B.S. in Soil Science with emphasis in Forestry

Michael Stinebrink

Michael Stinebrink

Michael Stinebrink is the District Conservationist, for USDA—Natural Resources Conservation Service (NRCS), in Rhinelander. Michael provides conservation assistance to private landowners in Florence, Forest, Oneida, and Vilas Counties. Michael manages the Environmental Quality Incentives Program (EQIP), which provides technical and financial assistance to forestland owners to address natural resource concerns. Common EQIP projects include erosion control on forest trails, tree and shrub planting for forest health and wildlife habitat, herbaceous plantings for wildlife habitat, pre-commercial and commercial forest stand improvement activities, and invasive species control. Financial assistance is also available, through EQIP, for the development of forest management plans. Michael also manages the Conservation Stewardship Program (CSP), which provides technical and financial assistance to forestland owners to maintain their existing level of conservation and implement additional conservation activities. Michael has been the District Conservationist in Rhinelander for 12 years, and has been with NRCS for 21 years.

Henry Schienebeck

Henry Schienebeck

Henry Schienebeck was a self-employed logger/trucker for 32 years before being named Executive Director of Great Lakes Timber Professionals Association (GLTPA) in 2008. Henry’s faith and strong belief in GLTPA’s mission of “Enhancing Multiple-Use Forests for Future Generations”, guide his dedication in representing the forest products industry. He serves on a large variety of forest industry committees and boards including the Wisconsin Council on Forestry, Wisconsin County Forests Association, Trees for Tomorrow, Wisconsin Transportation Task Force, Wisconsin Over-Size Over-Weight Committee, Wisconsin Freight Advisory Committee, Sustainable Resource Institute Board of Directors and is Chair of the American Loggers Council Legislative Committee and Federal Sustainable Forestry Committee to name a few.

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