Antimicrobial textile technologies – French technology company Technip Energies has partnered with New York-based Anellotech to advance an innovative plastic recycling method 24-04-2024

Antimicrobial textile technologies

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French technology company Technip Energies has partnered with New York-based Anellotech to advance an innovative plastic recycling method

Together, they will focus on the Plas-TCat system, which transforms mixed-polymer waste into chemicals usable in the production of new materials. The collaboration will feature extensive performance trials at Anellotech’s demonstration facility in Texas to refine the technology. Technip Energies will utilize its downstream processing units and will also become the global licensor for the Plas-TCat technology. Antimicrobial textile technologies

This technology has the potential to cut carbon emissions by half when compared to the production of virgin monomers using traditional naphtha crackers. Bhaskar Patel, Technip Energies’ Senior Vice President for Sustainable Fuels, Chemicals, and Circularity, expressed enthusiasm about the project, highlighting its role in addressing the plastic waste dilemma by converting mixed plastic wastes into valuable end products.

David Sudolsky, founder and CEO of Anellotech, emphasized that the partnership aims to deliver a scalable and cost-effective solution crucial for tackling issues related to plastic sustainability. Antimicrobial textile technologies

Antimicrobial textile technologies

Neste has successfully completed its inaugural processing trial using pyrolysis oil derived from discarded tires, marking a significant advance in chemical recycling at its Porvoo refinery in Finland

This raw material, supplied by Scandinavian Enviro Systems, a Swedish firm specializing in material recovery from end-of-life products, has proven suitable for producing high-quality inputs for chemicals and plastics manufacturing.

This trial underscores the versatility of chemical recycling in handling waste materials beyond just plastics. Tires, composed of various materials, typically end up in landfills or are incinerated due to difficulties in mechanical recycling. The utilization of chemical recycling can thus help maintain valuable materials within the economic cycle by converting them into useful raw materials. Antimicrobial textile technologies

Andreas Teir, leading Neste’s raw materials supply for chemical recycling, highlighted the dual potential of this technology to process both hard-to-recycle plastics and tire waste, aiming to transform their linear life cycles into circular ones.

Antimicrobial textile technologies

iFabric Corp. has announced that its subsidiary, Intelligent Fabric Technologies (North America) Inc. (IFTNA), has achieved United States Environmental Protection Agency (EPA) registration for two innovative antimicrobial textile technologies

This achievement highlights iFabric’s dedication to leading-edge solutions that address the increasing demand for antimicrobial protection and adapt to the changing needs of the market.

The newly registered bioFRESH technology is a bio-based antimicrobial solution that supports environmental sustainability while delivering high performance. “With the evolving sustainability landscape, bioFRESH represents a significant step forward in combining ecological responsibility with robust antimicrobial properties,” explained Giancarlo Beevis, President and CEO of IFTNA.

“This technology is versatile, suitable for a wide array of applications from textiles to healthcare settings,” he added. Antimicrobial textile technologies

Furthermore, iFabric introduced PROTX2 S, a hydrothermal mineral-based antimicrobial technology. This addition broadens the company’s antimicrobial product line, allowing customers more options tailored to their specific requirements. “The registration of bioFRESH and PROTX2 S by the US EPA not only reinforces our commitment to innovation and excellence but also enhances our portfolio, providing our clients with additional resources to safeguard their environments,” Mr. Beevis remarked.

These advancements secure IFTNA’s position as a leader in antimicrobial technology, enabling the provision of products that effectively combat microbial threats across various industries. Antimicrobial textile technologies

iFabric Corp. has announced that its subsidiary, Intelligent Fabric Technologies (North America) Inc. (IFTNA), has achieved United States Environmental Protection Agency (EPA) registration for two innovative antimicrobial textile technologies

Global Plastics Treaty negotiations – focus on the value of plastic waste as a circular feedstock

In the pursuit of concluding the Global Plastics Treaty negotiations successfully and on time, a collaborative call to action, by Virginia Janssens, Managing Director of Plastics Europe, is made to industry stakeholders and governments alike, urging a concerted effort towards identifying common solutions in Ottawa:

“To ensure the Global Plastics Treaty negotiations can be concluded successfully, and on time, we urge everyone, including our industry and Governments, to work more closely together and stay focussed on identifying common solutions in Ottawa.

We believe that transitioning from a linear to a circular plastic system, in which all plastic applications are reused, recycled, and responsibly managed, is key to tackling the problem of plastic waste. Antimicrobial textile technologies

And the most effective way to accelerate this transition while maintaining the utility that plastics offer society is for the Treaty to make plastic waste a commodity with real value.

The greater the economic value of plastic waste, the greater the incentive to not litter, landfill or incinerate, but to reuse and recycle instead. This will create a massive additional incentive to increase investment in waste management infrastructure and innovation, and drive growth and employment. Antimicrobial textile technologies

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Global Plastics Treaty negotiations – focus on the value of plastic waste as a circular feedstock

Topsoe Announces Plans For New State-of-the-art US Electrolyzer Factory For Clean Hydrogen

Topsoe Announces Plans For New State-of-the-art US Electrolyzer Factory For Clean Hydrogen.

Topsoe, a global leader in carbon emission reduction technologies, announced plans to build a cutting-edge factory in Chesterfield, Virginia. The factory will manufacture advanced, energy efficient Solid Oxide Electrolyzer Cells (SOEC) that are essential to the efficient production of clean hydrogen and derivatives like eAmmonia and eMethanol.

The decision by Topsoe to announce its plan for its largest investment in the US to date comes after the company received an allocation for nearly $136 million in federal Section 48C tax credits from the Inflation Reduction Act. Antimicrobial textile technologies

Subject to Final Investment Decision, this more than $400M investment is expected to create at least 150 direct jobs in Virginia and more than 1,000 indirect jobs through the value chain.

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Topsoe Announces Plans For New State-of-the-art US Electrolyzer Factory For Clean Hydrogen

EU committee votes against ‘mass balance’ for chemical recycling

European recyclers have backed an EU committee’s proposal to prevent the ‘mass balance’ method for chemical recycling, over concerns mechanical recyclers would face unfair competition.

The European Parliament’s Committee on the Environment, Public Health and Food Safety (ENVI) voted through German MEP Jutta Paulus’s proposal to prevent mass balance being used under the Single Use Plastics Directive.

The committee’s rationale was to promote mechanical recycling over technologies such as pyrolysis. Recycling trade bodies fear the mass balance approach would give plastics-to-oil firms an unfair advantage in accessing feedstock. Antimicrobial textile technologies

Mass balance allows the volume of certified material entering chemical recycling to be counted towards a product’s recycled content. After lobbying from Chemical Recycling Europe, the EU drafted legislation to allow the method.

The ENVI vote now threatens this legislation but a further round of voting will take place next week.

Paulus’s motion argued the “unstated rationale” for mass balance was to promote chemical recycling over energy recovery. It added that mechanical recycling “is indeed preferable to chemical recycling, in particular when compared to pyrolysis and gasification, as it requires less energy and therefore creates significantly less CO2”.  Antimicrobial textile technologies

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EU committee votes against ‘mass balance’ for chemical recycling

Ford patents airbags for autonomous vehicles

The US car giant appears to be developing safety systems to work with autonomous vehicles fitted with rotating seats.

Ford has filed a patent for overhead and knee airbags which appear to be specifically designed for autonomous vehicles with swivelling seats.

Spotted by Ford Authority, the patents published on 16 April 2024 show large airbags which appear to extend from overhead, and one side of a seat to protect the upper body and lower limbs of a passenger. Antimicrobial textile technologies

A new design for airbags in autonomous cars is needed because these vehicles are proposed to feature seats which can move freely within the car – including rotating 180 degrees to face backwards, or reclining to allow a passenger to sleep.

The effectiveness of current airbag designs relies on passengers being in a known position, and at the correct distance from the airbag.

In October 2023, Mercedes-Benz revealed it was working on airbags for reclining seats as another possibility of where an occupant is positioned in an autonomous car during a collision. Antimicrobial textile technologies

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Ford patents airbags for autonomous vehicles

Pyrolysis technology – The European textile recycling sector is nearing collapse, with urgent warnings emerging from industry leaders across the Netherlands, Germany, and the UK 23-04-2024

Antimicrobial textile technologies