Partnership between Trinseo and RWDC Industries pushes for PHA dispersion technology to develop paper barrier coatings

Trinseo and RWDC Industries LLC have entered an exclusive agreement to bring PHA dispersion technology to target markets and advance the development of sustainability-minded paper and board barrier coatings, said Packagingeurope.

The partners intend to meet rising demand for more sustainable alternatives to extruded polyethylene laminates, fibre processing with fluorochemicals, and other non-recyclable packaging materials and chemistries. PHA dispersion technology is hoped to result in water-based barrier coatings that can be composted, recycled in traditional paper processes, or biodegraded in soil and marine environments.

“We are constantly striving to refine our product portfolio to deliver innovative, customer-centric products that solve material challenges with tailored, sustainable solutions,” said Andre Hugentobler, Global New Business Development and Technology & Innovation Director, Latex Binders, Trinseo. “Our partnership with RWDC is a perfect example of a combined approach that allows both partners to focus on what they do best and jointly deliver technical solutions that will benefit our customers and the markets they serve."

“Our new partnership with Trinseo is a critical step in our journey to bring Solon PHA forward as an innovative material solution for an application that has high-performance requirements while being environmentally safe,” added Blake Lindsey, chief commercial officer at RWDC Industries. “This is an exciting time for RWDC, and we are pleased to be working alongside global leaders like Trinseo to bring both best- and first-in-class materials to the marketplace.”

We remind, Trinseo has added a new grade to its Magnum ABS family. Complementing the bio formulations of the material made with 60 and 80 percent bio-attributed content made available in late 2022, the company has now launched a version with 95 percent mass-balanced renewably sourced content.

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MOL Group has agreed on a deal with BayWa AG on the purchase of Szarvas Biogas Plant, a waste processing plant using organic wastes to produce electricity and heat through cogeneration with a peak electric power capacity of around 4 megawatts (MW), said Chemengonline.

The plant processes more than 40,000 tonnes of waste a year from meat production in the region and another 53,000 tons of residual waste (such as slurry and manure) from neighboring livestock and meat processing farms. In addition, around 18,000 tons of agricultural substrate is used as feedstock for the plant, altogether which produces in excess of 12.5 million cubic meters of biogas.

MOL Group strives to expand its biofuel portfolio to meet the goals set by the European Union’s Renewable Energy Directive. This acquisition is also in line with the aims of the REPowerEU action plan, which has set a high target for biogas and methane production to reasonably increase the overall energy independence of the European Union. A sense of responsibility for the security of the energy supply in the Central and Eastern European region is a fundamental part of MOL Group’s identity and mindset for operation and development.

For MOL Group, the acquisition of Szarvas Biogas Plant is a great opportunity to expand the company’s sustainable energy production portfolio with the potential to realize valuable synergies inside the company. The plant not only possesses one of the largest biogas production capacity in Central Eastern Europe, it is also located in an area where MOL’s Exploration and Production activities are present and active. This creates a unique synergy by providing infrastructure to the biogas facilities for upgrading their gas products. MOL Group is also delighted about the in-house know-how, best practices, and knowledge generation opportunities that Szarvas Biogas Plant can bring to the Group, to further boost the development of MOL Group’s sustainable portfolio, while demonstrating the company’s credible intent to become a regional trendsetter in the energy transformation.

We remind, MOL expects to be able to choose between Russian or non-Russian crude for its refineries by 2026, its Chairman and Chief Executive Zsolt Hernadi told Reuters, by implementing substantial investments.

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Russia is leaning towards leaving oil production volumes unchanged ahead of an OPEC+ policy meeting on June 4 because Moscow is content with current prices and output, three sources with knowledge of current Russian thinking told Reuters.

OPEC+, which groups the Organization of the Petroleum Exporting Countries with Russia and other allies, surprised the market on April 2 with further output cuts that pushed up the price of oil.

Russian President Vladimir Putin said on Wednesday that energy prices were approaching "economically justified" levels. Putin's point man on oil, Deputy Prime Minister Alexander Novak, said on Thursday that he didn't expect new steps from OPEC+.

Novak said that Russia and its OPEC+ partners would make a decision on what is best for the oil market when they meet in Vienna.

By supporting current production levels, Moscow hopes it will be able to maintain stable oil prices without exceeding the West's imposed price cap of USD60 per barrel for its Urals blend. "Further production cuts are unlikely," a source familiar with Russia's position told Reuters on condition of anonymity due to the sensitivity of the matter.

A second source, who also spoke on condition of anonymity, said that it was not in Russia's interests to reduce oil output right now. Russia has already pledged to reduce its output by 500,000 barrels per day (bpd) to 9.5 million bpd from March until year-end.

"Russia is hardly coping with the promised production cuts, while it doesn't need additional cuts in the current market environment," a source in a Russian oil major told Reuters. The Russian government declined to comment on OPEC+ policy.

Russia is the world's second largest oil exporter after Saudi Arabia, whose energy minister Prince Abdulaziz bin Salman this week warned short sellers to "watch out". The West's attempt to impose a price cap on Russian oil has complicated Moscow's output calculations - unlike the rest of OPEC+, it isn't seeking to maximize prices.

If Russia can keep the Urals price below the price cap, it makes it easier to keep its oil flowing to the global market. Urals has been trading at between USD53 and USD57 per barrel per barrel this month, a comfortable range for Russia.

We remind, Czech Republic can cover its oil needs through shipments via the Transalpine Pipeline (TAL) pipeline from 2025, Prime Minister Petr Fiala said on Tuesday after the country signed a deal to boost capacity along the link.
The Czech government is looking to eliminate all dependence on Russian oil in the coming years, and thus end its exemptions from a European Union ban on imports from Moscow last year. Czech refineries are owned by Polish state-controlled refiner PKN Orlen, which said in April it terminated a contract for Russian oil supplies for its Polish refineries.

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LanzaTech Global and Plastipak Packaging announced that they have "successfully" produced PPKNatura, the "world's first" polyethylene terephthalate (PET) resin made from captured carbon emissions, said the company.

PPKNatura leverages CarbonSmart monoethylene glycol (MEG) from LanzaTech's carbon capture and transformation (CCT) process. It retains the technical properties of virgin PET and has a lower carbon footprint.

Also, products made with this material can be fully recycled at the end of its life. PPKNatura can be used for traditional food and pharmaceutical grade packaging and other sensitive applications. It can also be used for non-packaging applications.

We remind, Plastipak, a global leader in the design, manufacture and recycling of plastic containers has announced the formal opening of a major recycling investment at its manufacturing site in Toledo, Spain by Don Emiliano Garcia-Page, President of the Castilla-La Mancha Region. The new recycling facility converts PET flake into food-grade recycled PET (rPET) pellets suitable for direct use in new preforms, bottles and containers.

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Huntsman will announce the development of innovative polyurethane, carbon nanotube and epoxy materials at The Battery Show in May 2023, which are all designed to help improve the integration of batteries into electric vehicles and enhance their protection and performance, said the company.

In a move that helps to deliver high-performance composite battery structures, alongside design and production flexibility, Huntsman has assembled a portfolio of customizable, quick-cure, high-strength polyurethane and epoxy resins that can be used to create underbody and top cover battery protection components up to 30% quicker than some existing technologies. Crucially, the products can also lower overall part weight and increase strength and structural performance. A range of products is currently available covering various battery performance and protection needs: Targeting underbody battery protection, Huntsman offers RIMLINE WCM system - a low viscosity liquid resin that enables the moulding of high fibre volume fraction composites under low pressure.

Balancing a long working life and short cure time with easy mould release, this system can help reduce overall cycle times and is formulated for use on high pressure-mix machines. For battery enclosures, ARALDITE FST resins allow the design of flame retardant composite. These OEM- qualified systems have proven performance and reliability, meeting battery safety requirements.

Targeting battery underfloor protection, Huntsman has developed three products: RIMLINE FC (foam core) system can offer a cost-effective solution for manufacturing sandwich composites. This lightweight system has great flow properties, which can help with the creation of complex 3D shapes. This system can typically also adhere well to different overmoulding materials and cure quickly for fast cycle times. RIMLINE LFI (long fibre injection) resin system can be moulded into strong stiff parts with a density of - for example - 1100 kg/cu m including 30% glass fibre reinforcement.

The resulting parts can help to provide lower total sandwich thickness and improved damage tolerance. ARALDITE 3031 / 3032 WCM system has proven in operation to combine fastest processing cure time and outstanding mechanical properties and stiffness. Targeting top cover applications, VITROX WCM system enables the development of composite lid structures that can help achieve thermal resistance while reducing weight compared to metallic cover ARALDITE SMC solutions enable part design freedom for semi-structural applications and requirements. In the electric vehicle battery cell, Huntsman has also developed a range of materials that help with lightweighting and improved conductivity, as well as thermal, vibration, and structural protection.

SHOKLESS encapsulation foam and elastomer systems help to create potting foams and encapsulants that are mechanically strong and have the thermal insulation and vibration dampening properties needed to protect batteries at a cell, module, and pack level. ARATHANE thermally conductive adhesives and encapsulants provide excellent mechanical fixation and thermal connection, enabling effective heat management from the cells and enabling new battery pack designs and higher performance batteries. For battery cell producers looking to increase the capacity of their cells or interested in reduction of the weight of their cells, Huntsman has introduced MIRALON NMP Dispersions and MIRALON Current Collectors.

We remind, Huntsman completed the USD593m sale of its Textile Effects division to Archroma, a company owned by the private-equity firm SK Capital Partners. Archroma was set up by SK Capital Partners in 2013 after acquiring the textile chemicals, paper specialties and emulsions businesses from Swiss producer Clariant in 2013. It has about 3,000 employees in 25 facilities globally.

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