Aus der Branche

INDA, the Association of the Nonwoven Fabrics Industry, welcomes six new members to its 2023 Board of Directors. The Board of Directors are responsible for contributing to INDA’s strategic focus in support of the industry. They inform INDA’s policies and programs to ensure the association meets the needs of their more than 360 corporate members.

The Board is comprised of elected Board Officers. One-third of the entire Board is elected each year for a three-year term by a majority vote of INDA’s general membership. INDA’s Executive Committee, empowered to act on behalf of the Board between meetings, consists of the Board Officers plus four appointees.

The new board members are:

Ricardo Fasolo, Managing Vice President, Fitesa Inc.
Ricardo Fasolo is Managing Vice President for Fitesa in North America. He is responsible for all operations, sales, business development and P&L activities for the region. Mr. Fasolo has been with Fitesa since 2005. During this period, he has worked in various roles from leading the supply chain management in Latin America to Sales in the USA. Prior to joining Fitesa, Mr. Fasolo worked for a Tier 1 OEM supplier responsible for producing assisted steering gear systems.

Neil Johnson, President, AstenJohnson
Neil Johnson is President of AJ Nonwovens, a division of AstenJohnson Holdings, a multinational private technical textiles company. AJ Nonwovens is a newly branded entity that includes Foss Performance Materials, Eagle Nonwovens, and a new greenfield site in Waco, Texas. As President, Mr. Johnson has responsibility for all aspects of AstenJohnson’s Nonwovens business. Reporting to the Chief Executive Officer, Mr. Johnson regularly updates the Board of Directors on matters of strategic significance and has a proven track record of leadership and broad business experience.
Mr. Johnson has spent 33 years with AstenJohnson in a variety of roles. These include VP of business development, VPHR, and General Management. A dual US / Canadian citizen, he has lived and worked in both countries and had global leadership responsibility. Outside of work, Mr. Johnson has had experience on several boards.  He has served as treasurer of a $10 million charitable foundation, served as President of the Board for a large non-profit in Charleston, SC and served on the Board of the Charleston youth hockey league. Mr. Johnson graduated from McMaster University in Hamilton, Ontario, Canada with a Bachelor of Commerce and an International MBA from the University of South Carolina.

Chris Roeder, Director – Strategy, Marketing & Innovation, Global Cellulose Fibers, International Paper
Chris Roeder joined International Paper (IP) in 1996 in Kansas City, MO, as an engineer for IP’s Consumer Packaging business. Over the next 20 years, Mr. Roeder held a variety of leadership roles with increasing responsibility in Beverage Packaging, Foodservice and Coated Paperboard, where he focused on business and product development as well as sales management. In 2016, Mr. Roeder was named Marketing Director for IP’s Containerboard business and was responsible for a number of key strategic initiatives.
In 2020, he was named Regional General Manager for IP’s North American Container business, and later that same year, he was named Director – Strategy, Marketing & Innovation for IP’s Global Cellulose Fibers business. In his current role, Mr. Roeder is responsible for collaborating across the business and enterprise to develop IP’s go-to-market strategy. He and his team work closely with the Sales team to drive successful innovations for IP’s customers.

Paul E. Rollin, Jr., Ph.D., Senior Principal – Global Hygiene, ExxonMobil Product Solutions Company
Paul Rollin earned his B.S. in Chemistry from Morehouse College in Atlanta, Georgia and his Ph.D. in Polymer Science from The University of Akron in Akron, Ohio. Dr. Rollin began his career with E.I. DuPont de Nemours & Co. developing “Flashspun” nonwoven products in the Tyvek® Business. He later transferred from Richmond, VA to Old Hickory, TN where he provided technical support to manufacturing, as well as led product development efforts for bi-component spunmelt fibers and fabrics.
For the past 11 years, Dr. Rollin has worked for ExxonMobil in Baytown, TX. During this time, his roles and responsibilities have included developing new products based on polyolefin resins, customer and application development. In 2018, he became the Global Nonwovens Team Lead at ExxonMobil. Dr. Rollin has several patents and has contributed to the nonwovens industry for more than 24 years.

Jodi Russell, Vice President R&D, Cleaning Innovation, Packaging & Sustainability, The Clorox Company
Jodi Russell has spent 25 years leading global innovation across multiple categories in the consumer-packaged goods industry. She began her career at P&G after graduating from the University of California, Berkeley with a B.S. Chemical Engineering, and has continued for 20 years at Clorox creating consumer-winning products in Cleaning, Foods, Litter, Trash, Natural Personal Care and Water Filtration. Ms. Russell is an innovation leader, with a proven track record of driving profitable growth, with current R&D responsibility for >$2B product portfolio including the company’s flagship Clorox Bleach™ and Clorox Disinfecting Wipes™ businesses. Ms. Russell excels in setting vision for R&D that leads to breakthroughs and in collaborating with industry partners to create leading edge technology for the Clorox global portfolio.

Julie Schertell, President and Chief Executive Officer, Mativ
Julie Schertell is Mativ’s President and Chief Executive Officer and serves on its Board of Directors. As the former Neenah Inc. Chief Executive Officer, she held numerous leadership positions within the company over the last 14 years, including Chief Operations Officer, Segment President of Technical Products and Fine Paper & Packaging and Vice President and General Manager of Fine Paper & Packaging.
Ms. Schertell began her career at Georgia-Pacific in 1992 as a Cost Analyst in a plant supporting Consumer Products. She served in several roles over her 16-year career there, all within the Consumer Products Division, including Vice President of Sales and Marketing Strategy, Vice President of Supply Chain, Director of Sales Operations and Director of Financial Planning & Analysis. Ms. Schertell graduated from Florida State University’s College of Business in 1991 with a BA in Accounting and received her MAcc degree from the University of Georgia’s Terry College of Business in 1992.

Fibre Extrusion Technology Ltd of Leeds, UK has now commenced construction of a new purpose-built Research & Development Centre to enable continued growth through innovation. This modern two-storey development will be situated on the adjacent site, providing state-of-the-art facilities, including a Visitor Centre and enhanced Process Development Laboratory (PDL) for client testing and product development. Central to FET’s success has been its ability to provide customers with advanced facilities and equipment, together with unrivalled knowledge and expertise in research and production techniques. The new expanded premises will further improve this service.

Clients frequently spend several days on site participating in development trials and technical sales meetings, so the Visitor Centre is designed to make their stay more efficient and comfortable. Sales, administration and design departments will also be housed in the new building.

The addition of the Visitor Centre will free up a considerable amount of space for production and other facilities in the existing premises. This major refurbishment phase for the existing premises is scheduled for completion at the end of 2021. As a result, FET’s manufacturing capacity will increase by more than 50% to cope with customer demand.  

Substantial year-on-year growth has driven this initiative and FET’s current order book in excess of £10million has provided the opportunity for equipping the company infrastructure for the future. Sustainability has been at the forefront of FET’s growth, supporting customers in their development of sustainable textiles and this principle is reflected in the choice of building materials and products for the Visitor Centre wherever possible.

It is expected that the new Visitor Centre will be opened in the first quarter of 2022.

• Passion for Cotton!
• So funktioniert fortschrittlicher Baumwollanbau: Gentechnik heute - Roboter- und Satellitentechnik in der Anwendung - Landwirtschaft pur: Saatenzucht, Anbau, Entkörnung

Bremen: Am 17. und 18. März öffnen sich die Tore für die Internationale Baumwolltagung Bremen – The Hybrid Edition. Der Treffpunkt der globalen Baumwoll- und Textilwelt ist dieses Mal vornehmlich virtuell.
Transparenz für die gesamte Lieferkette wird gefordert, wohin man blickt. Heute sind Kenntnisse über Baumwolle und den Baumwollanbau nicht nur für Rohstoffproduzenten und den Textilsektor, sondern vermehrt auch für den Einzelhandel als Schlüssel zum Endverbraucher von Bedeutung. Hier hat die Tagung im Rahmen von zwei Sessions am Nachmittag des 17. März einiges zu bieten.

Roboter- und Satellitentechnik im Baumwollanbau
Gaylon Morgan, Direktor für Agrar- und Umweltforschung bei Cotton Incorporated, Cary, North Carolina, USA, leitet als Spezialist für die Weiterentwicklung von Baumwollanbaumethoden die Konferenzsitzungen `Cotton Breeding and Production`. Sie bieten einen Überblick über Entwicklungen im Bereich Saatzucht, den Einsatz von Roboter- und Satellitentechnik im Baumwollanbau sowie die Verbesserung von Entkörnungsprozessen. Dabei stehen Aspekte ökologischer sowie wirtschaftlicher Nachhaltigkeit im Mittelpunkt.

Langzeitstudie GMO
David Albers, Product Development Manager für Bayer Crop Science in St. Louis, Missouri, USA, informiert über Ergebnisse einer Langzeitstudie zum Einsatz von transgenem Saatgut. Dabei werden Ertrags- und Qualitätsresultate aus den achtziger Jahren, also diejenigen direkt vor Einführung von transgenem Saatgut, mit denen der letzten vier Jahrzehnte bis heute gegenübergestellt.

Status Quo afrikanischer Saatzuchtsysteme
Marc Giband, wissenschaftlicher Mitarbeiter beim landwirtschaftlichen Forschungszentrum für internationale Entwicklung (CIRAD), in Montpellier, Frankreich, nahm an Saatzucht-Projekten in West- und Zentralafrika teil. Zusammen mit weiteren afrikanischen und europäischen Wissenschaftlern führte er umfangreiche Analysen zum Stand der Saatzuchtentwicklung in Afrika durch. Noch immer liegen die Erträge im Baumwollanbau auf dem Kontinent weit unter dem Weltdurchschnitt - hier liegen noch große Potentiale brach.

Robotertechnik verändert moderne Landwirtschaft
J. Alex Thomasson ist Professor und Leiter der Abteilung Agrar- und Biotechnologie an der Mississippi State University, Starkville, Mississippi, USA. In seinem Vortrag „Robotertechnik für die Baumwollernte“ stellt er Möglichkeiten des Einsatzes von Robotern vor, die den Ernteprozess produktiver machen und den CO2-Ausstoß durch geringeren Einsatz großer Maschinen reduzieren. Zudem können Ernteroboter mehrfach Erntevorgänge innerhalb der Anbausaison durchführen, bei denen sie ausschließlich auf die reifen, geöffneten Baumwollknospen zugreifen. Dies verringert Ernteverluste und sorgt für bessere Faserqualität.

Parallel zu diesem Vortrag lenkt eine Posterpräsentation von Cotton Incorporated den Blick auf Roboter, die beim gezielten Jäten von Unkräutern im Baumwollfeld Einsatz finden, was Einfluss auf den Einsatz von Herbiziden haben kann.

Satellitenaufnahmen machen Probleme beim Pflanzenwachstum deutlich
Die Physikerin Sabrina Melchionna ist Inhaberin des Unternehmens Remote Sensing, Bremen, Deutschland. Sie berät Firmen bei der Erdbeobachtung durch Satelliten und der Datenerfassung. Auf Basis von Satellitendaten entstehen digitale Landkarten, die ökologische Zustandsbilder liefern. In ihrem Vortrag wird sie beispielhaft Erdbeobachtungsbilder von Baumwollfeldern vorstellen, die Aufschlüsse über Pflanzengesundheit und -wachstum liefern. Die Informationen aus den Satellitendaten können Landwirten helfen, ressourcenoptimiert zu arbeiten und qualitativ hochwertigere Feldfrüchte anzubieten.

Entkörnungsprozesse optimieren
Im Entkörnungsprozess werden nach der Ernte Baumwollfasern von Saatkörnern maschinell getrennt. Greg Holt leitet die Forschungsabteilung Baumwollproduktion und -produktionsprozesse beim US-Landwirtschaftsministerium, Lubbock, Texas, USA. Er zeigt in seinem Vortrag, dass Verunreinigungen durch in Plastik verpackte Baumwolle von auf dem Feld nach der Maschinenernte abgelagerten Rundmodulen zurückzuführen sind. Verbleiben kleinste Plastikpartikel in der Baumwolle, führt dies zu Mängeln beim Färben von Garnen und Geweben und so zu Beanstandungen im Warenausfall.
Carlos B. Amijo, Wissenschaftler beim landwirtschaftlichen Forschungsservice des US-Landwirtschaftsministeriums in Mesilla Park, New Mexiko, USA, informiert über die Entwicklung von Entkörnungstechniken. Diese tragen dazu bei, dass der erzielte Faserlängen-Gleichmäßigkeitsindex den Erfordernissen neuerer und effizienterer Spinnereitechnologie gerecht wird. Dadurch würde die Textilindustrie mit längeren und gleichmäßigeren Fasern versorgt, was die Herstellung von Garnen effizienter macht.

Über die weiteren Inhalte der Baumwolltagung und des Rahmenprogramms in ihrem Umfeld berichten wir fortlaufend in weiteren Pressemeldungen. Auch auf der Internetseite der Tagung sind die aktuellen Tagungsnews und Programmdetails einzusehen. https://cotton-conference-bremen.de/program/.

Swiss textile innovator HeiQ adds bio-based thermofunctional polymer products to their HeiQ Smart Temp family for a full range of intelligent thermoregulation triggered by body heat. The newly introduced products add dual-action cooling at contact to the already successful dynamic evaporative cooling technology.

Launched in 2011, HeiQ Smart Temp was a pioneer in intelligent thermoregulation technology for textiles. Continuous refinements of this product range have allowed HeiQ to be the go-to solution provider as its technologies offer not only industry-leading dynamic evaporative cooling performance, but also ease of application and a friendly price point for brand partners. The latest breakthrough with cool touch technology allows consumers to touch, feel and understand the technology at point-of-sale, and ensures thermal comfort at all times by providing the benefits of cool at contact and continuous evaporative cooling. It is currently optimized for use on home textile products such as mattress ticking and bed linens. All HeiQ Smart Temp products are Oeko-Tex® Class 1-4 conform, bluesign® and USDA BioPreferred pending.

As the demand for thermo-functional polymer applications continues to grow, HeiQ created HeiQ Iberia to focus on this product development. There are three new products (two more in the pipeline) in the range that all provide instant cooling from a bio-based thermo-functional polymer, and each product is optimized to perform on specific items such as mattress ticking or bedding accessories. By adding a new category of products to the range, HeiQ now has a broad range of intelligent thermoregulation solutions for home textile market. HeiQ is launching these products for home textiles with their partner Standard Fiber at Heimtextil Frankfurt (7-10 January 2020).

“We have more and more business developing around temperature-regulating technologies”, says Sandy Gray, CEO at Standard Fiber LLC. “To support our mission of continuously introducing new technologies and innovations to our customers, we are excited to work with HeiQ and present HeiQ Cool Touch technologies to our customers to elevate and differentiate their products in the market”.