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Molded Pulp Packaging Emerges as an Alternative to Single-Use Plastic in the Transition to Packaging Sustainability 

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Molded Pulp Packaging Emerges as an Alternative to Single-Use Plastic in the Transition to Packaging Sustainability 

Molded pulp packaging solutions continue to gain favor among eco-conscious consumers and businesses looking to minimize the impact of the packaging sector on environmental health.

Over the past decade, consumers have become more cognizant of the long-term implications of their purchase behavior. Modern shoppers put significant thought behind their purchases, in terms of where are how to spend their money. In the current era, with concerns mounting regarding environmental well-being, this awareness is mainly directed toward packaging sustainability. According to Trivium’s 2021 Global Buying Green Report, over 83% of younger consumers (aged 44 and under) have expressed a willingness to pay higher prices for products that use sustainable packaging.

With the packaging industry coming under increasing scrutiny in recent years, solutions like molded pulp packaging have become an appealing choice for industries looking to mitigate their environmental footprint. Repurposed from fibrous materials, such as recycled cardboard and paper, or natural fibers like bamboo, wheat, or sugarcane, pulp-based packaging is highly recyclable, with the ability to be reused up to 7 times after fulfilling its primary purpose. Additionally, molded pulp, unlike conventional plastic-based packaging is biodegradable, which allows for a reduction of virgin materials used in the production of packaging products.

Traditionally associated with packaging items like cup holders or egg boxes, molded pulp-based packaging solutions are gradually gaining traction across industrial sectors like automotive, horticulture, medical and more. With massive improvements to molding processes and technologies and the growing demand for sustainable and high-quality packaging, molded pulp is making significant headway as a solution for luxury packaging. According to a Global Market Insights Inc. report, molded pulp packaging market size is set to surpass USD 4.8 billion by 2028.

3 major molded pulp packaging industry collaborations driving sustainability in North America

Bolstered by its compostable and recyclable nature, pulp-based packaging is rapidly emerging as the catalyst for the shift of eco-conscious business entities from current non-renewable plastic packaging to more sustainable options.

This shift is especially apparent in North America, where the molded pulp packaging industry is poised to be valued at USD 1.17 billion by 2028, as per Global Market Insights Inc. estimates, on account of the burgeoning demand for sustainable materials and packaging solutions in the region.

As a result of this, several packaging manufacturers are becoming involved in strategic maneuvers, most prominently collaborative efforts with other entities, to create more scope for innovation and development in molded pulp-based packaging, and in turn, strengthen their own market presence.

University of Maine-Kiefel alliance advances molded pulp packaging development through new thermoforming technology

Natural fibers are emerging as ideal materials for sustainable packaging products of late. In recognition of this, various public-private partnerships are being forged by major entities to boost research activities in the field, especially with regard to pulp-based packaging. Kiefel, in particular, is working persistently to establish a strong network of research and material facilities for the molded pulp packaging industry worldwide.

In February 2022, the firm collaborated with the University of Maine to promote the development of molded pulp packaging solutions, with the installation of a new NATUREFORMER KFT Lab machine, which would allow students to experiment with fiber thermoforming technology and enhance R&D efforts pertaining to sustainable materials like cellulose nanofiber.

By leveraging fiber thermoforming technology, Kiefel machines were equipped to produce sustainable packaging products made from natural fibers such as annual plants, straw, or cellulose, which would represent an attractive alternative to traditional plastic-based packaging in major application sectors.

Ara Partners’ Genera Energy Inc. acquisition to address the need for locally-produced pulp-based packaging

With the population of eco-conscious consumers on the rise, North American businesses are ramping up their efforts to boost sustainability in their packaging options, with a keen focus on enhancing domestic production. To that end, in June 2022, Ara Partners, a PE firm with expertise in industrial decarbonization investments, announced its acquisition of Genera Energy Inc., to facilitate the expansion of its sustainable pulp-based packaging business. Ara also declared a USD 200 million capital commitment toward the non-wood agricultural pulp and molded fiber producer

By working collaboratively, the management teams of both Genera and Ara sought to broaden the company’s manufacturing horizons across the U.S. in an attempt to cater to the ever-growing demand for sustainable molded fiber packaging sourced locally. Also, as part of the deal, Genera identified important growth opportunities in rural communities, by conserving land use whilst delivering a biodegradable and compostable solution to counteract the influence of an escalating plastic pollution issue.

ABB Robotics-Zume team up to explore use of molded fiber manufacturing cells (MFC) for production efficiency 

In recent years, packaging manufacturers have been under tremendous pressure, from both regulatory authorities and consumers alike, to develop or integrate more sustainable alternatives to single-use plastic in their portfolios. Plant-based pulp packaging, specifically, has become a key area of interest in this situation, demonstrating numerous benefits, from limited usage of energy and water to lesser CO2 emissions than plastic packaging manufacturing to biodegradability, among others.

The advent of next-gen technologies like automation robots equipped to accelerate production levels of such sustainable packaging products has become a key trend driving the molded pulp packaging industry toward efficiency through a reduction in energy use, production waste, and emissions.

A notable example of this is ABB Robotics, which inked a collaboration with Zume, a California-based supplier of compostable packaging solutions in November 2021, to deploy robotic cells that would elevate the latter’s sustainable packaging production to a global scale and limit the use of single-use plastics.

As part of the deal, ABB would install and incorporate over 1,000 MFCs (molded fiber manufacturing cells) and nearly 2,000 robots at Zume’s customer sites across the globe over the upcoming five years. Each site would be equipped to handle the processing of over 71,000 tons of agriculture material per year, and eventually produce more than 2 billion pieces of molded fiber packaging every year, empowered by the speed, scalability, and automation capabilities provided by the MFCs.

The packaging industry is evolving at a breakneck pace, which companies are working hard to keep up with, through a gradual transition from conventional plastics-dominated production processes to more ecologically responsible solutions. This trend is indicative of the stronghold that the molded pulp packaging industry has in the industrial landscape, as a strong proponent of the budding green movement that is poised to create a stir in the packaging ecosystem of the future.

eco-friendly damage ratings retail packaging ISTA

Global Shift toward Sustainable Packaging Materials to Shape the Future of Retail-Ready Packaging Market

Burgeoning consumption of packaged food products and expansion of the global retail sector is expected to drive the retail ready packaging (RRP) market growth. The industry may record an estimated 4.8% CAGR between 2022 to 2028, claims Global Market Insights Inc.

Rapid digitalization and easy accessibility to a wide range of food products have led to colossal growth in the global grocery e-commerce sector. Despite this, many consumers still prefer shopping from retail stores given its numerous benefits, like no shipping cost and instant product ownership – factors that are expected to offer considerable impetus to the retail ready packaging market.  

According to the U.S. Department of Commerce 2021 report, U.S. retail sales for 2021 were $6.6 trillion, representing 17.9% growth from 2020. The report further highlights that 2021 was one of the strongest years in the retail history of the U.S., representing a 2X times growth from the previous three decades.

To benefit from an expanding business space, companies in the retail sector are looking at innovative and creative ways to increase the sales of displayed products while improving store management. To that end, retail ready packaging (or shelf ready packaging) has proven to be a highly beneficial solution. Designed to make it easier for retailers to sell their products, this packaging reduces product handling requirements and makes it simpler and faster to stock retail shelves or store floors.

Two Key Driving Factors Transforming Retail Ready Packaging Industry Outlook:

A couple of major benefits of retail ready packaging that are contributing to its increasing demand have been enlisted below:

  • Minimized labor cost: 

Retail-ready packaging is used at scale by giants like Walmart and Costco as these players look to simplify product displays while accelerating sales without adding to the labor cost. Issues like inconsistencies in package sizes and price points are often said to be the main contributors toward increasing workload for store employees and higher labor costs to retailers.

With an aim to help customers lower their business expenses, retail ready packaging companies are coming up with new and innovative solutions. Recently, Tosca, a reusable packaging solutions provider, developed a retail-ready packaging solution for eggs that could drastically cut labor costs. Its Reusable Plastic Containers (RPCs) with a SmartWall™ feature allows sales associates to place entire containers directly on the shelf. 

  • Improved customer experience:

Shelf ready packaging can help customers enjoy a more cohesive shopping experience by offering information that helps them make informed decisions with their purchase. Studies show that by offering a better customer experience, businesses can acquire repeat customers that could generate around 40% of a brand’s revenue. Attractive designs and aesthetic graphics on retail ready packaging play a key role to entice consumers to make a product purchase. 

Ecofriendly packaging to drive the future of RRP industry

Retailers and packaging firms worldwide are trying to reduce the use of plastic packaging materials to lower their environmental impact and are shifting towards sustainable products and materials like paper and paperboard.

Awareness regarding the ill effects of plastic use on the environment, with consumers willing to pay extra for eco-friendly products, has reinforced the need for RRP manufacturers to shift to recyclable packaging solutions. A survey by Accenture states that consumers are ready to pay more for sustainable products that are designed using reused or recycled material.

Paperboard packaging market, as per estimates, is projected to foresee sizable revenue growth on the back of the ongoing trends associated with the sustainable packaging sector, rising consumption of packaged food and robust demand from the packaged food business.

Made from wood pulp, paperboard is a paper-based thick material used in packaging applications and is recycled in large amounts to reduce waste and deforestation. The material is mainly used in medical packaging, food & beverages, durable and non-durable goods, industrial packaging, and cosmetics.

Preference for case ready meat products

Case ready or retail ready meat products are resonating well with consumers as well as retailers worldwide. Meat products that come pre-packaged help retailers to cut down on labor and waste as well as increase assortment and sales. With retail ready packaging of meat products, store employees can also save time on stocking shelves and can reallocate their time to customer service. 

Another key advantage of case ready meats is their increased shelf life due to vacuum-sealed packaging which translates to improved freshness and quality of meat products. In fact, according to a report by The Food Industry Association, case ready meats offer better quality than meat packaged in the store.

As consumers are preferring home-cooked meals and storing larger quantities of grocery products, the demand for retail ready meat could escalate in the coming years. In consequence, meat and poultry companies are making large-scale investments in the production of case ready meat products. 

In 2021, Tyson Foods announced the expansion of its case-ready meat production by reopening its plant in Columbia. The company would also be investing $55 million over the next five years to convert the plant to produce retail ready packages of sliced fresh pork and beef for grocery stores in the eastern U.S.

What Does the Future Hold for RRP Market?

Changing consumer preference toward packaged food products and rising sales across the retail sector are expected to play a key role in advancing the growth graph of retail ready packaging market in the forthcoming years. Rising consumption of case ready meat and awareness regarding eco-friendly packaging materials will also trigger the production of sustainable and advanced RRP materials and solutions in the future.

 

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Technological Advancements in Wearables to Boost Smart and Interactive Textiles Adoption

Textiles have been a vital part of human life for a long time; however, they have undergone various transformations over the past couple of decades. Initially, the functions of textiles were limited to their aesthetic aspects in clothing and protecting the body from the external environment. Backed by continuous technological advancements and R&D efforts, a new avenue of the textile industry has emerged recently, i.e., smart and interactive textiles. 

Wearable technologies are making a significant impact on people’s way of living thanks to the advancements in mobile communication, the Internet of things (IoT), big data, and artificial intelligence. Smart Fabrics and Interactive Textiles (SFITs) can be referred to as the amalgamation of artificial muscles with textiles that offer active actuation for desired force and motion, along with high conformity and adaptive ease. These fabrics seem to have enormous potential and are used across a plethora of applications ranging from military protection, cloth consumption, medical healthcare, and entertainment and sports. 

The proliferation of wearable technologies has further boosted the smart and interactive textiles market size in recent years. People in developed economies have become more educated and health-conscious and have started taking both, mental as well as physical well-being seriously. This, in consequence, has increased their expenditure on clinically viable wearable devices. Several countries have been working on the prospects of integrating these technologies across communities, hospitals, individuals, and families. This would help mitigate the concerns of limited medical resources and demand for adequate health monitoring, propelling product sales.

According to Global Market Insights Inc., the Smart and Interactive Textiles Market is anticipated to cross USD 16 billion by 2030.

There has been an increased cognizance of safety and comfort in personal vehicles. Premium and luxury automobile owners in every part of the world have been investing heavily in car aesthetics to add more functionality and visual appeal to their vehicles. Also, they are more inclined toward elevating the overall driving experience, which, in turn, will augment the demand for smart and interactive textiles.

Geriatric population growth to amplify smart and interactive textiles market size

There has been a noticeable increase in the life expectancy of people and the world is witnessing a consistent expansion of the geriatric population base. Estimates by the World Health Organization (WHO) suggest that the share of people aged 60 years or above will record a two-fold growth between 2015 and 2050, reaching 22% in 2050 from 12% in 2015. The high susceptibility and accelerated health concerns of elderly individuals are slated to encourage equipment manufacturers and tech giants to introduce solutions and health devices with cutting-edge functionalities, thereby positively impacting the smart and interactive textiles industry outlook.

To that end, in July 2022, engineers at the Massachusetts Institute of Technology developed smart textiles capable of detecting and recognizing body movements. The apparels fit tightly and have a network of pressure sensors, which in association with machine learning techniques, can recognize and learn to detect the wearer’s movements. The textile is made using thermoforming fibers and has the potential to deliver positive outcomes in physical rehabilitation by integration in smart shoes or socks. The smart wearable can help track pressure on the feet and reduce the possibility of ulcers in diabetic patients. R&D efforts have played a critical role in increasing the penetration of interactive textiles through the healthcare sector and will continue to augment the wearables market size over the coming years.

Textiles ecosystem to see a boom in revenues from smart & wearable instruments

The integration of advanced technologies across the garment and textile industry has paved way for designing and developing linen-based unconventional and out-of-the-box products. Besides, scientists have been actively studying the possibilities of utilizing e-textile technology in everything ranging from music to sports to healthcare to fashion to automobiles. In addition, favorable regulatory frameworks across several economies, coupled with increasing R&D investments, will foster the adoption of smart and interactive textiles in the ensuing years. 

Recently, MIT Media Labs has designed pioneering musical knitwear known as KnittedKeyboard II. The keyboard is a textile-based musical device knitted using smart fibers and sensors featuring a common piano key layout. This fabric-based piano is soft, expressive, lightweight, and stretchable at the same time. These attributes make it aesthetically unique and transportable and hence, are stimulating its adoption. There are other companies as well which have invested in wearable musicals and are set to disrupt the interactive textiles market with sustainable and cost-effective solutions. 

Wearable health monitoring solutions to gain traction in the coming years

The onset of several health calamities, especially the COVID-19 pandemic, created turbulence across the healthcare sector. The burden of chronic diseases and other health complications requiring active health monitoring reached its apex in 2020. As a result, huge research and commercialization endeavors started across the globe to create wearable biosensors which can gather bio signals in the human body for assessing fitness and diagnosing diseases.  

The accelerated business growth is attributed to the development of personalized, fashionable, low-cost wearable devices with integrated communication features. In addition, with rapid industrialization and the increasing emphasis on green safety and performance optimization, the smart and integrated textiles market is set to witness unprecedented growth in the forthcoming years.

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Key Applications of Smart Glass Technology in Construction and Transportation Sectors

The installation of smart glass products is increasing worldwide, as property owners and developers look to integrate new technologies to enhance the overall efficacy of the infrastructure. One of the latest product trends to complement the energy climate initiatives across commercial and residential spaces, smart glass offers features such as automatically adjusting the window tint in response to the outside lighting conditions. 

Low-emission glass is not a new concept, but companies involved in glass production are improving upon existing smart technologies to deliver functional control to building occupiers. Also, these companies are being recognized to supply superior quality smart glass solutions for upcoming development projects in emerging economies. 

In 2021, SageGlass was chosen by Bagmane Group for the largest smart glass installation in India, providing about 200,000 square feet of SageGlass Harmony electrochromic glass. The Indian team of the company would work with Glass Wall Systems to deploy and commission more than 12,000 panels at Rio Business Park in the city of Bengaluru. It was noted that Google could be the first tenant for the space. Commercial sector applications represent a significant portion of end-users across the global smart glass industry.

Increased energy efficiency opens new ‘windows’ for the use of electrochromic active glass

As per a report by the US Department of Energy, inefficient windows can be responsible for 25% to 30% of energy in buildings being wasted. Besides, the California Energy Commission anticipates that nearly 40% of the cooling demand for a typical building is due to the solar heat gain through windows. In this regard, the demand for dynamic windows with smart glass – electrochromic ones in particular- is gradually surging. EC glass is deemed to be highly effective than the conventional glazing and automatic shading systems in reducing energy consumption and offering enhanced comfort to users. 

A lab test by Singapore’s Nanyang Technological University revealed that windows implemented with EC glass showed brilliant stability, restricting over 65% of the IR radiation. In yet another research, it was demonstrated that electrochromic glass was able to accomplish the best results in reducing the cooling energy consumption for window area by around 32%. The study represents key information developers could utilize for future renovations or new projects, particularly in countries like Singapore which consists of a strong service sector base which has led to the construction of tall, modern buildings.

Manufacturer efforts to expand smart glass applications among general consumers will also influence the industry trends. For instance, in 2020, Click Materials – a leader in electrochromic glass technology- collaborated with Cardinal Glass Industries to bring the former’s smart window solution to a million North American homes. As per the company claims, Click has developed a proprietary technology that reduces the production costs of EC glass by 60%, making smart windows highly accessible for homeowners while limiting the energy costs and consumption. 

Smart glass deployment in the transportation sector

The material is becoming an ideal choice for temperature control and dynamic shading in the transportation sector. Smart glass with suspended particle device (SPD) enables clear views through sunroofs and windows, while reducing solar rays that cause skin damage, glare, and deterioration of interiors. 

Owing to the ability to regulate heat, smart glass could allow carmakers to shrink the air conditioning compressors by up to 40%, thereby reducing the weight and overall production cost. This would in turn result in less fuel combustion, prompting companies to incorporate advanced smart glass solutions in vehicles. Gauzy, for instance, established partnership with LG Display to implement smart, transparent, and dynamic displays suitable for different vehicles. 

The adoption of smart glass products can also be observed in the railway industry. In June 2022, it was announced that the luxury G-train project will boast of an all-adjustable smart glass exterior. The G-train’s advanced glass, as reported, can change from being completely transparent to opaque, just at the push of a button. When opaque, the train’s interior could be filled with different types of scenery uplifting the mood of the travelers and a sense of comfort. 

Meanwhile Memphis International Airport, in 2021, installed windows produced with smart glass as part of the airport’s modernization program that aims to improve passenger experience and accentuate energy-efficiency. The smart windows make use of AI to optimize the amount of natural light and regulates heat and glare. The abovementioned examples do affirm the existing use of the material, but more importantly, they indicate the tremendous potential for the use of smart glass technology across public spaces.

Smart glass technology takes a leap in solar energy applications

Over the years, smart glass deployment has increased in the construction and transportation sectors. However, of late, the demand for glass that generates electricity has unlocked new frontiers for the industry. In a recent breakthrough, NEXT Energy Technologies, along with Walters and Wolf and Bouygues Construction, presented an energy-producing solar coating that converts windowpanes into solar panels. The model features 10 windows supplying an electric battery that drives an interactive display and charging ports for electronics. 

Likewise, a research group headed by the Netherlands Organization for Applied Scientific Research introduced a new solar control window technology based on thermochromic smart glass. The glass possesses the ability to change its IR transmittance when hit by incident solar radiation. The proposed solar window concept functions by barring the heat from the sun when outdoor temperatures are extremely high, while absorbing the heat in colder weather. 

Glass continues to be a focus of innovation as one of the most used products across infrastructure projects. Advanced technologies like AI can make glass materials suitable for key technological and safety applications. From restricting the entry of UV radiation, offering optimum energy efficiency to passenger comfort in cars, smart glass solutions are now being widely used worldwide. North America is expected to be recognized as one of the leading adopters of smart glass in residential and commercial buildings, propelled by energy initiatives by central governments.