Quality Control: Finding The Right Solution In Changing Clothing And Footwear Markets

Quality remains the key factor for success in competitive clothing and footwear markets. With the industry facing multiple challenges, how can retailers maintain quality while implementing agile supply chains?

Global political instability; rising fuel and energy costs; regulators demanding greater sustainability and empowered, knowledgeable consumers seeking more reliable products from transparent supply chains that have a positive impact on the communities and environments in which they operate. The drivers impacting global garment and footwear markets are changing and intensifying.*

In the last few decades, textile and footwear brands and retailers have typically relied on global, linear supply chains. These have delivered cost reductions and consistency but, in an uncertain and physically disconnected world, they come with the inherent risk that supply could become disrupted and unreliable.

Response

Agile, dynamic supply chains are replacing traditional linear models. Brands and retailers are looking at diversification and near-sourcing to enable greater flexibility while reducing their environmental impact. A reduction in distance to market will result in a significant reduction in CO2 emissions.

There are multiple benefits to these new dynamic sourcing solutions. Alongside supply chain risk mitigation, they offer the chance to reduce transport costs, improve brand reputation and ensure compliance with market demands for sustainability.

However, there is a major downside. An increase in the number of suppliers in a chain can make it difficult to manage quality and, if quality is not maintained, this can result in products failing to sell, recalls, reputation damage and/or additional costs for rework.

Supply chain management

Brands and retailers need to be certain they are working with the right suppliers. They need to be certain that a factory can deliver on its promises, is choosing the right inputs and production methods, has the necessary accreditations for compliance, and that quality is maintained throughout production, storage and transportation. When every aspect of a supply chain is critical, the retailer cannot rely on output controls to maintain quality.

The impact of poor quality control isn’t always just financial. Real life examples of harmful and damaging failures include broken needles, scissors and wire in finished garments, retailers receiving moldy goods, and Chromium VI formation in leather materials. Output controls must be replaced with an effective upstream management system.

Moving quality control from the end to the start of the supply chain means brands and retailers can ensure a supplier’s factory can deliver the products they want by checking:

  • Capability to manufacture, store and transport a product to the required specification
    Capacity to manufacture the required amounts; and
  • Technical competencies and production processes to ensure they are right for maintaining and controlling quality.

However, managing dynamic supply chains can be challenging, especially when the ability to travel is disrupted by hybrid working models and the realities of the ’new-normal’.

Upstream solutions

Retailers should employ a range of solutions to ensure effective upstream management of the supply chain and the delivery of high-quality products:

  • Technical Factory Assessment (TFA) – evaluates a factory’s capability and process management, identifying potential process risks and areas for improvement;
  • Production Readiness Check (PRC) – assesses a factory’s readiness for mass production in relation to a specific order – reducing costs and mitigating risks; and
  • Onsite Production Control (OPC) – on-site assessment and preventive advice to secure bulk quality at an early stage.

SGS Solution

SGS Advanced Field Service is an analytical tool that clearly defines potential problems in the supply chain. It supports effective supplier identification, material sourcing, operational process evaluation and data analysis. The service incorporates TFA, PRC and OPC to create a single, highly effective solution to upstream supply chain management. It also offers efficient upstream quality control solutions for issues such as Chromium VI formation, metal contamination and mold prevention.

SGS has specially developed strategies for both clothing – Garments Operational Optimization Diligence Services (GOODS) – and footwear – Footwear Operational Optimization Technical Service (FOOTS) – to help brands ensure their end products conform to regulatory and customer-specific requirements.

For brands and retailers operating in these new dynamic trading environments, SGS Advanced Field Service provides the ideal solution for ensuring competitiveness through continued enhancements in quality.


Reference:

*https://www.raconteur.net/supply-chain/is-onshoring-really-the-answer-to-supply-chain-nightmares/


July 28, 2022

Bluesign®: Helping The Textile Industry Successfully Negotiate The EU Green Deal

The European Union (EU) has set out plans to create a climate-neutral continent. How will this impact the textile industry and what solutions are available?

TW Special Report

“Our goal is to reconcile the economy with our planet, to reconcile the way we produce, the way we consume with our planet…the old growth model that is based on fossil fuels and pollution is out of date.” Ursula von der Leyen, European Commission President, 2019.*

What is the Green Deal?

The European Green Deal (EGD) is a set of initiatives that commits all 27 Member States to transforming the EU into a modern, resource-efficient and competitive economy. It commits them to:

  • No net emissions of greenhouse gases by 2050;
  • Decoupling economic growth from resource use; and
  • Ensuring no person and no place is left behind.

Impact on the textile industry

Textile consumption has been identified by the EU as having the fourth highest impact on the environment, after food, housing and mobility. It is also one of the top three pressures on water and land use and top five for resource use and greenhouse gas emissions. Set against these negatives, the industry does employ more than 1.5 million citizens.

The EU has therefore set several goals for the textile industry. By 2030, all textile products must be:

  • Durable, repairable and recyclable;
  • Largely made from recycled fibers;
  • Free from hazardous substances; and
  • Produced in ways that respect social rights.

Impact on chemical use

The ‘Environment and oceans’ section of the EGD contains a specific strategy for chemicals – ‘Chemicals strategy for sustainability’ – which includes nearly one hundred actions. Its primary objectives are:

  • Better protection for citizens and the environment;
  • Boosting innovation in safe and sustainable chemicals; and
  • Enabling a transition to safe and sustainable chemical use – by design.

Current regulations and directives, such as Regulation (EC) No 1907/2006 on Registration, Evaluation, Authorization and Restriction of Chemicals (REACH) and Regulation (EC) 1272/2008 on Classification, Labeling and Packaging of Substances and Mixtures (CLP), will be directly impacted by the EGD. Therefore, its impact on the textile industry will be great.

Safety and sustainability by design 

The EU is looking to create multiple drivers for change. These include developing sustainable-by-design criteria to help companies remove substances of concern from the complete product lifecycle by substituting safer alternatives. In addition, they are looking to:

Measure industrial transition by introducing key performance indicators (KPI)
Amend IED (2010/75/EU) to include requirements for on-site assessments and restrictions on substances of very high concern (SVHC)

The EU’s strategy prioritizes a range of substances:

  • Carcinogenic, mutagenic and reprotoxic substances (CMRs);
  • Endocrine disruptors;
  • Persistent, bioaccumulative and toxic (PBT) and very persistent and very bioaccumulative (vPvB) substances;
  • Immunotoxicants;
  • Neurotoxicants; and
  • Substances toxic to specific organs and respiratory sensitizers.

In the future, a substance might automatically be restricted once there is evidence that it falls into one of these categories.

The EU operates a zero-tolerance approach to companies that fail to comply with REACH. Compliance audits will therefore be required in Member States and enforcement checks will be targeted at known areas of non-compliance, such as e-commerce sites, imports and CLP failures.

Moving forward

The market for greener textile products already exists. With the EGD, the EU is tapping into something that consumers are already demanding. Through legislation and positive exemplars, e.g., greener police uniforms, this market is set to grow as consumers become better informed and they are able to make more sustainable purchasing decisions.**

The EU may be leading the way, but this is a global trend. Forward-thinking manufacturers are already producing sustainable and responsibility sourced products to compete in these competitive, growing markets.

For some textile and garment manufacturers, this may be a new way of thinking and working. It is clear there is a commercial advantage in switching to more sustainable design and production methods but without expert support, it may be hard for them to meet the demands of the markets and the requirements of the EGD.

SGS Solution

Bluesign®, a member of the SGS Group, is a holistic system that provides solutions in sustainable processing and manufacturing for the textile and clothing industries. Based on strict criteria, it supports and enables a company’s sustainable development, including corporate responsibility.

It provides a tool by which manufacturers can design a more sustainable business model, including access to a positive list for chemical substitution — replacing non-assessed and non-rated chemistry with safer and more sustainable alternatives.

Materials produced within a value chain assessed by bluesign can carry the bluesign®APPROVED label. Among other things, this means they are SVHC-free. A product can carry the bluesign®PRODUCT label if at least 90% of the textiles and 30% of accessories within it carry the bluesign®APPROVED logo.

Bluesign empowers manufacturers to ensure their supply chain is delivering products in accordance with strict sustainability criteria. With consumer demand for sustainable products increasing and the provisions of the EU EGD coming into effective, bluesign® offers manufacturers a better way to succeed in ever-changing competitive markets.

References:

*https://fashionunited.com/news/business/what-does-the-eu-s-green-deal-mean-for-the-textile-industry/2019121331305

**https://fashionunited.com/news/business/what-does-the-eu-s-green-deal-mean-for-the-textile-industry/2019121331305

July 28, 2022

Weaving A Network Of Circularity

The Swiss Textile Recycling Ecosystem is a network comprising fabric and textile manufacturers, waste collectors and sorters, as well as retailers, brand owners and technology providers. (Image Source: shutterstock_2019164822)

Worn Again Technologies initiates Swiss Textile Recycling Ecosystem

TW Special Report

Worn Again Technologies (WAT) has announced the launch of the Swiss Textile Recycling Ecosystem. Bringing together key industry players across the entire textile value chain, the initiative will support the creation of a circular economy based on Worn Again Technologies’ innovative polymer recycling technology.

To cause a paradigm shift in the fashion industry and realize true circularity requires all members of the value chain to be on the same page and working towards the same goals. The Swiss Textile Recycling Ecosystem is a network comprising fabric and textile manufacturers, waste collectors and sorters, as well as retailers, brand owners and technology providers. All these parties will cooperate to make their shared sustainability vision for the sector a reality.

The partners will provide different types of textile waste to Worn Again Technologies’ demonstration plant, which will process 1,000 metric tons of material per year and is being built near the WAT’s technology scale-up partner, Sulzer Chemtech in Winterthur, Switzerland. After advanced chemical processing, virgin-like recycled fibers, such as polyethylene terephthalate (PET) and cellulose, will be provided to the same industry players to produce new high-quality fabrics.

The creation of Swiss Textile Recycling Ecosystem marks a key milestone in the upscaling of Worn Again Technologies’ recycling process technology.

More precisely, the consortium will be composed of WAT’s main shareholders, Sulzer, Oerlikon and H&M Group. In addition, Rieter will support short-staple spinning, Monosuisse will take care of PET fiber production, Coop will act as retailer, TEXAID will manage collection, sorting and provide feedstock together with Sallmann (ISA) and Serge Ferrari – all coordinated by Swiss Textiles.

The creation of Swiss Textile Recycling Ecosystem marks a key milestone in the upscaling of Worn Again Technologies’ recycling process technology. It also supports its ambition to create a circular economy where non-reusable, hard-to-recycle textiles can be reintroduced into supply chains to become new fibers, textiles and other products.

The construction of Worn Again Technologies’ first demonstration plant will start this year in Winterthur, Switzerland. This represents a crucial step towards upscaling and commercializing the company’s recycling process technology.

Bringing together key industry players across the entire textile value chain, the initiative will support the creation of a circular economy based on Worn Again Technologies’ innovative polymer recycling technology.

Erik Koep, CEO at Worn Again Technologies, comments: “Launching the Swiss Textile Recycling Ecosystem is a vision coming true. This leading group of likeminded organizations will help to shift the fashion industry from traditional, linear product lifecycle models to eco-conscious, circular material management. We believe that zero waste strategies can only become a reality if the entire sector is committed to acting as a whole. We see the Ecosystem as a way to align sustainability efforts across the whole textile value chain and as the next step towards a green fashion industry.”

Torsten Wintergerste, Chairman of Worn Again Technologies and Division President at Sulzer Chemtech, adds: “We look forward to working together with all members of the Swiss Textile Recycling Ecosystem. Their support is extremely valuable and their trust in our project is much appreciated. The Ecosystem members will support our textile recycling demonstration facility by providing textile waste that can be used as feedstock. The collaboration will also play a key role in scaling up our capabilities and building a network to support the implementation of industrial-scale plants globally.”

July 28, 2022

Lean Manufacturing Losing Pulling Power

New approach required to ensure a steady supply

By Claudia Jarrett

According to Opportimes.com, a strong rebound in global demand, supply disruptions and depletion of inventories have driven up raw material prices and transportation costs around the world — especially in North America. An increase in the price of raw materials, coupled with increasing uncertainty in manufacturing supply chains, has led many to rethink their stock management. Plant managers should consider the alternatives to lean manufacturing.

Lean manufacturing, which was previously coined just-in-time (JIT) manufacturing, was originally developed by Toyota in 1970. It is a production method designed to help reduce production time, while reducing response times to customers and suppliers. JIT also encourages manufacturers to order parts only when needed, as close as possible to the point of assembly, so there is minimal stock held in inventory.

Simply put, the strategy aims to increase efficiency by eliminating waste, optimizing processes and cutting costs. This is achieved by producing only what is in demand and not overstocking. By reducing the production time, the method improves the productivity rate and helps increase profits. In turn, lean manufacturing has been a popular method for manufacturers to ensure products are received only at the time needed, saving space in their inventories and reducing time in the production cycle.

The Current Landscape

COVID-19 exposed problems in lean manufacturing that have caused manufacturers to reconsider this methodology. JIT is built on forecast demand which, while reliable in the past, has now become more unpredictable. This is because forecast is based on historical data, but unpredictable social and political upheavals, such as the national lockdowns and conflict in Ukraine, mean that this data can no longer be relied on to the same extent. However, there are a few strategies to prevent stockouts even given the current levels of uncertainty over the future.

Manufacturers are now after alternatives to ensure components are in continuous supply. Conventional approaches, such as just-in-case (JIC), where manufacturers create a stockpile of components, also provide their own set of challenges. Businesses are instead wanting a middle ground, which offers reliability without reducing profits.

A solution is moving to nearshoring or reshoring. A supplier closer to production can significantly lower replenishment times and deliver parts faster at times of need. The issue of shipping parts has always hindered faster cycle times, while relying on suppliers overseas can add shipping time and coordination complexity.

Manufacturers can also implement a supply chain that operates on a global level, but also adapts to local demand. This is what we call a “glocal” supply chain. Companies like EU Automation rely on a reliable network of global suppliers and work with international sales experts, that speak more than 20 languages, to overcome linguistic and cultural barriers. Operating from four different locations — including the US — we offer manufacturers both the knowledge of global demand and local markets to ensure the right quantity of stock is delivered on time.

New methodology

By offering visibility over production, newer automation technologies can also help manufacturers decrease lead times and stay afloat during unexpected events. This provides manufacturers with the ability to target specific areas of production that need improving. Moreover, awareness of a component’s journey throughout a warehouse offers insight into waste and consumption rates.

Automated replenishment ensures businesses can manage warehouse assets. Automated devices identify components in short supply, before automatically reordering them from the distributor. This helps production managers to cope with demand, without worrying about component shortage.

Disruptions are likely to affect manufacturing for many months to come, and while manufacturers enjoyed the benefits of JIT production and lean manufacturing for many years, times have changed.

We are now living in an era where alternative approaches must be considered for a steady supply, with the reality being that supply chain difficulties and component shortages will likely persist for some time. Therefore, it is essential for manufacturers to adapt their stock management to avoid downtime and reduce delays — and consider the benefits of alternative approaches.

Editor’s Note: Claudia Jarrett is U.S. country manager at industrial parts supplier EU Automation.

July 28, 2022

 

Insempra Announces Strategic Investment In Solena Materials

MUNICH — July 26, 2022 — Insempra, a biology-powered company enabling businesses to make superior products in partnership with nature, today announces a strategic investment in Solena Materials Ltd., a synthetic biology company. Solena, a spin-out from Imperial College London, develops synthetic proteins for high-performance clothing fibers.

The investment will allow Insempra, formerly Origin.Bio, to accelerate its strategy of harnessing new technologies to advance biological production processes, creating naturally superior products to drive the regenerative revolution. Solena will be a major part of Insempra’s platform to deliver high-performance, intrinsically sustainable ingredients for a broad array of industries.

Solena is using computational design to develop new classes of synthetic proteins to produce high-performance clothing fibers, which can absorb large amounts of kinetic energy. Insempra will accelerate the development and production of these synthetic proteins on an industrial scale, offering better, biobased solutions to the petrochemically sourced, non-biodegradable materials or fibers extracted from nature or animals, such as silk, currently used in the textile and clothing industries. This technology also reduces other environmental impacts such as the rise of microplastics in water bodies coming from washing petrochemically-sourced textiles.

Jens Klein, founder and CEO of Insempra and CEO of Solena Materials, commented: “We are hugely excited by this investment in Solena, which will help to accelerate our market-first approach to develop superior, intrinsically sustainable ingredients. We look forward to fast-tracking Solena’s development and production of their unique synthetic proteins to develop customized, high-performance fibers for a variety of applications.”

Dr. James MacDonald, inventor, co-founder and CTO of Solena Materials, added: “The team and I are very excited to make this technology a huge success.”

Professor Paul Freemont of Imperial College London, added: “This investment from Insempra recognizes the potential of our technology to revolutionize high-performance fabrics, and their supply chains. Together, we can harness our synthetic biology capabilities to develop, produce and manufacture a new class of superior, more sustainable fiber technology.”

Insempra, a co-founder of Solena, will be the sole contributing shareholder in Solena, which is based at Imperial College’s Translation & Innovation Hub (I-HUB) in White City, London. Solena’s Board will be comprised of Dr James MacDonald of Solena, Professor Paul Freemont and Professor Milo Shaffer of Imperial College London, and Jens Klein and Andreas Heyl of Insempra.

Posted: July 27, 2022

Source: Insempra

Columbia Sportswear Company Releases 2021 Environmental, Social, And Governance Report

PORTLAND, Ore. — July 27, 2022 — Columbia Sportswear Co. today released its 2021 Environmental, Social, and Governance (ESG) Report, which includes performance highlights and progress made throughout 2021 in the three pillars of its corporate responsibility strategy — Empowering People, Sustaining Places, and Responsible Practices.

The year 2021 proved to be another challenging year with operations across the globe affected by the pandemic, but ESG remained a priority for Columbia Sportswear.

“Despite facing challenges, the company had its best year in history, and we did so while maintaining our commitment to environmental, social, and governance issues. We proved, once again, that by living our core value of Doing the Right Thing, we can thrive and do well by our people, places and practices,” said Tim Boyle, chairman, president and CEO.

The report highlights work accomplished by its four primary brands — Columbia, SOREL, Mountain Hardwear and prAna. In 2021, Columbia Sportswear:

  • Finalized one Carbon Leadership Project program and one Clean by Design program with two cohorts of manufacturing partners at the Tier 1 and Tier 2 levels to help the partners reduce their environmental impact. Reduction in emissions by the Company’s manufacturing partners will help it to meet its previously established manufacturing climate target of a 30-percent reduction in manufacturing emissions by 2030, as compared to a 2019 baseline.
  • Introduced the Coalition of Asian & Pacific Islander Employee Resource Group, bringing the total number of Employee Resource Groups to seven.
  • Built two new water towers in supply chain locations to bring clean water to the children of our manufacturing partners and their employees with the Planet Water Foundation, bringing the total number of water towers built to 24.
  • Coordinated COVID-19 community vaccine clinics in Portland, OR and launched an educational campaign encouraging all employees to get vaccinated.

Posted: July 27, 2022

Source: Columbia Sportswear Co.

Delta Galil Acquires Sustainable Clothing Brand Organic Basics

TEL AVIV, Israel — July 26, 2022 — Delta Galil Industries Ltd. — the global manufacturer and marketer of branded and private label apparel products for men, women and children, as well as leisurewear, activewear and denim — today announced that it has acquired the Organic Basics brand and certain assets. Terms of the deal were not disclosed. Founded in Denmark by three young entrepreneurs in 2015, the digitally native brand is known for its sustainably, ethically made women’s and men’s underwear, activewear and base layers. Delta Galil plans to bring this strong brand to consumers worldwide and to extend the Organic Basics product line to include items for babies and kids as well as additional items for women and men. The collection will launch globally in 2023.

“Organic Basics is a digital brand with sustainability and ethical production at its core and these values align perfectly with Delta Galil’s focus on creating a more sustainable fashion industry through innovation,” said Isaac Dabah, CEO of Delta Galil Industries. “We see a significant opportunity to grow the Organic Basics brand globally, particularly in the US and Europe, and to expand the product line to include items for the whole family. Our goal is to sell affordable, sustainable, organic products direct to the consumer.”

A certified B Corp, Organic Basics is also Global Organic Textile Standard (GOTS) certified and a member of 1% for the Planet. The brand has built a strong reputation and following for its use of responsibly, ethically sourced and certified materials, including organic cotton and natural dyes, and its commitment to minimizing its carbon footprint and impact on the planet.

More than 75 percent of the materials used to manufacture Organic Basics items are plant-based, while more than 15 percent are recycled. The brand assortment includes ultrasoft, comfortable women’s underwear, bralettes, sports bras, tees and socks and men’s underwear and tees.

In recent years, Delta Galil has focused on strategically building its e-commerce presence, investing in its owned brands’ digital offerings and in strategic M&A transactions.

Posted: July 26, 2022

Source: Delta Galil Industries, Ltd.

Atlas Introduces Sealed Lamp Technology For The Ci4000 And Ci4400 Weather-Ometer® Instruments

MOUNT PROSPECT, Ill. — July 26, 2022 — Atlas has just introduced Sealed Lamps for its Ci4000 and Ci4400 Weather-Ometers®. The unique preassembled design makes the world’s most-advanced weathering instruments even easier to operate and maintain.

The Ci4000 and Ci4400 Weather-Ometers currently use interchangeable glass filters attenuating the xenon light spectrum to closely match light conditions of a product’s end-use environment.

The process of changing filters requires taking apart the lamp assembly, which includes the xenon-arc lamp, inner glass filter, outer glass filter, and associated hardware. It can be quite tedious and offers the potential for human error resulting in lamp or filter breakage or incorrect filter installation.

The new Atlas Sealed Lamp incorporates all assembly elements into a single, factory-sealed unit. The advantages are significant:

  • Simplified installation – just plug and play;
  • No assembly/disassembly errors;
  • Less downtime;
  • Reduced accidental breakage or premature failure due to mishandling;
  • Repeatable test conditions due to minimal handling; and
  • Easy identification of filter combinations and part numbers.

The initial roll-out of the Atlas Sealed Lamp will include the Type S Boro (Inner)/Type S Boro (Outer) and Right Light (Inner)/Quartz (Outer) filter combinations. Each Atlas Sealed Lamp is a direct replacement for its corresponding lamp/filter assembly and includes the same 1,200 light-hour warranty.

Posted: July 26, 2022

Source: Atlas Material Testing Technology

Hyosung Creora® Bio-Based Spandex Receives First Global SGS Certification

SEOUL — July 26, 2022 — Hyosung has received eco-product certification from Standard Global Services (SGS) guaranteeing that creora® biobased spandex is made with plant-based materials and is produced in a harmless and eco-friendly environment. SGS, a leading inspection and verification company, is recognized world-wide for providing an international standard for quality and reliability.

Hyosung’s creora biobased spandex is made by replacing 30 percent of petroleum-based resources with biobased raw materials derived from industrial field corn, which is also called dent corn. According to a recent third-party life cycle assessment (LCA), the manufacture of creora biobased spandex reduces its carbon footprint by 23 percent as compared to the production of regular spandex.

Additionally, the sustainably grown feed-stock used to make the fiber is responsibly grown by farmers who target and measure their efforts to protect the land, air and water.

“Brands are looking to develop deeper connections and trust with consumers concerned with how products they love impact the environment,” said Mike Simko, Hyosung Global Marketing director, Textiles. “As a sustainable textile solution provider, it was very important for us to certify and document creora® bio-based spandex so that our brand partners are able to pass along this verification and sustain consumer loyalty.”

While ideally used with other bioderived natural fibers and bio-derived synthetics, creora bio-based spandex is suitable for all textile applications used for sportswear, ready to wear, and loungewear. It provides the same ultra-stretch quality and recovery as Hyosung’s creora Powerfit spandex.

According to Simko, Hyosung is planning on introducing creora biobased spandex made with 100-percent bio-derived content in the future.

Posted: July 26, 2022

Source: Hyosung

BASF Commits $780 Million To Complete Geismar, Louisiana Chemical Plant Expansion

GEISMAR, La. — July 19, 2022 — BASF announced a final investment decision on a $780 million project to double production capacity at its chemical manufacturing complex in Ascension Parish, marking the beginning of the third and final phase of an expansion plan announced in 2018. Counting all three expansion phases and other site investments, BASF will retain more than 1,000 existing jobs and add 37 new direct jobs with average annual salaries from $86,600 to $105,600 per year, plus benefits. LED estimates that the total project plan will result in 147 new indirect jobs, for a total of 184 new jobs in the Capital Region.

Upon completion, BASF’s Geismar Verbund site – signifying the physical integration of production, market platforms and technologies that tie the business together – will be able to produce 600,000 metric tons per year of methylene diphenyl diisocyanate (MDI). MDI is an important component for polyurethanes, a versatile, lightweight plastics material used for insulation and a variety of other industrial and consumer products.

“BASF is one of the largest chemical companies in the world, and this substantial reinvestment in its Geismar complex speaks volumes about the strength of Louisiana’s advanced manufacturing sector,” Gov. John Bel Edwards said. “By increasing production of a material vital to the creation of energy-efficient products, BASF has positioned our state as an important contributor to the global sustainability supply chain. That is a win for workers and their families in the Capital Region, and for the state’s economy as a whole.”

The company said in its announcement that the seven-year expansion project – representing more than $1 billion in combined capital investment – will allow it to meet growing North American demand for its products in construction, appliance, transportation, automotive and other sectors.

“Thanks to our strategic location and infrastructure, access to competitive raw materials, highly-skilled workforce and strong government support, BASF has now invested more than $2 billion in new projects and improvements at the Geismar site since 2009,” said Jerry Lebold, BASF’s Senior Vice President and General Manager at the Geismar site. “This continued investment demonstrates our commitment to our employees, our community and our presence in Louisiana which is more than 60 years strong.”

Construction will begin this year and is expected to be complete by mid-2025. The expanded facility will utilize leading-edge technology that combines the highest safety standards with advanced digitalization in its operations, the company said.

To secure the final phase of the BASF expansion project, the State of Louisiana offered a competitive incentive package that includes a $1 million Retention and Modernization Tax Credit, to be claimed in equal installments over five years. BASF also is expected to utilize Louisiana’s Industrial Tax Exemption and Quality Jobs programs.

“As both a top employer and taxpayer, BASF is an economic engine for Ascension Parish,” Parish President Clint Cointment said. “Working together to facilitate growth opportunities like this series of MDI investments is key to our continued success in sustainable manufacturing and quality local employment opportunities.”

“BASF continues to demonstrate its commitment to community by operating responsibly, hiring locally and donating time and resources to local programs and organizations,” said Kate MacArthur, president and CEO of the Ascension Economic Development Corp. “The company’s commitment to sustainability and reliability in product line investments mirrors its efforts in community advancement.”

“We are fortunate to have BASF in the Capital Region and it’s very positive to see them continue to invest in Louisiana for production of more sustainable products,” said Adam Knapp, president and CEO of the Baton Rouge Area Chamber. “The company’s expansion capitalizes on the region’s skilled workforce and strong supply chain.”

Posted: July 25, 2022

Source: Louisiana Office of the Governor

 

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