Chemical Management
LyondellBasell | January 24, 2024
LyondellBasell (LYB), a global leader in the chemical industry, is proud to announce the release of a cross-linkable, all-in-one flame-retardant compound, Petrothene T3XL7420, which is expected to deliver considerable cost savings while streamlining manufacturing processes. This new product offering also improves the quality of end products for wire producers in the automotive and appliance industries. Based on customer demand and industry need, LyondellBasell designed this innovative compound to address the need to optimize production line speeds and enhance manufacturing efficiency.
Petrothene T3XL7420, is specifically formulated for use in Society of Automotive Engineers (SAE) primary wire applications, International Organization for Standardization (ISO) thin wall applications, and Underwriters Laboratories (UL) and Canadian Standards Association (CSA) appliance wire. Petrothene T3XL7420 offers several benefits that make it an attractive option for wire producers, including enhanced cure kinetics, increased stiffness for easier small gauge wire assembly and better barrier performance compared to other Petrothene XL.
"Developing innovative solutions to address the ever-evolving needs of our customers is an important aspect of how we operate and continue to grow our market share," said Palmer Giddings, vice president Polyolefins at LyondellBasell. "Providing cost effective and efficient solutions that are UL and CSA certified, gives us a market advantage for this one-of-a-kind solution."
Petrothene T3XL7420 has undergone rigorous testing and certification processes to ensure its quality and reliability. With this latest development, LyondellBasell reinforces its position as a leading provider of innovative solutions for the wire and cable industry and expects this compound to become the product of choice for a wide range of automotive and appliance wiring applications.
About LyondellBasell
We are LyondellBasell – a leader in the global chemical industry creating solutions for everyday sustainable living. Through advanced technology and focused investments, we are enabling a circular and low carbon economy. Across all we do, we aim to unlock value for our customers, investors and society. As one of the world's largest producers of polymers and a leader in polyolefin technologies, we develop, manufacture and market high-quality and innovative products for applications ranging from sustainable transportation and food safety to clean water and quality healthcare.
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Chemical Technology
Chemify | January 23, 2024
Chemify and Prepaire™ Labs announced to expand their partnership with an additional program to tackle the ongoing Opioid crisis and develop a novel class of digitally discovered non-addictive Opioids as pain modulators, as well as drugs tackling Opioid addiction directly by combining Chemify's breakthrough programmable chemistry platform with Prepaire’s integrated novel open collaboration drug discovery platform. The project, named Toxifree, comes in response to the FDA’s Center for Drug Evaluation and Research (CDER) requesting drugmakers and researchers to develop treatments for stimulant use disorder, hoping to address a major gap in the addiction crisis response.
After a successful initial partnership, Chemify and Prepaire are now aiming to leverage Chemify's Chemputation technology which enables the automated and integrated design, discovery, and synthesis of complex molecules on demand using a chemical programming language and Prepaire's advanced open-architecture drug development platform.
Under the terms of this partnership, Chemify will design and discover novel compounds to identify Opioid-derived hits and develop them further into candidates. Chemify will receive at least USD $30 million in payments and pre-negotiated, success-driven clinical and regulatory milestones for each developed molecule, as well as single digit royalties on any resulting products.
Lee Cronin, Chemify's Founder and CEO and Regius Professor of Chemistry at the University of Glasgow has extensive experience leading research efforts to develop solutions for the opioid crisis. Cronin lead a team that won several NIH-prize challenges including winning the grand runner up prize for the design, discovery and automated synthesis of next generation, safer and non-addictive drug-candidates to help address the opioid crisis.
"We are extremely excited to combine Chemify's technology for molecular design, discovery and synthesis with the integrated Prepaire platform to expand our collaboration and create a fully integrated, digitally driven drug discovery approach. With this partnership we are breaking ground on a new pain modulation discovery program that aims to tackle the global need for better and non-addictive pain medication. With our unique design approach guided by Chemputation, we are utilizing an evolutionary approach to discovering novel compounds to solve this devastating and critical healthcare need," said Professor Lee Cronin, Chemify's Founder and CEO.
"Our partnership with Chemify allows our discovery platform to integrate directly with Chemify's chemical space exploration approach, enabling us to access novel chemical matter that would have otherwise been inaccessible. As we progress our collaboration, we are aiming to build an integrated approach that can be used for many more indications beyond novel pain modulators. There aren't any approved treatments to help address addiction to opioids, whose use has surged in recent years. The purpose of this FDA guidance is to assist in the clinical trial designs for the development of novel drugs to support indications for treatment of moderate to severe cocaine use disorder, treatment of moderate to severe methamphetamine use disorder, or treatment of moderate to severe prescription stimulant use disorder," said Dr Vicent Ribas, Prepaire’s Co-Founder.
About Chemputation
Digital chemistry applies principles of computation to chemistry for programable chemistry and Chemify has developed the underpinning infrastructure to make this possible for chemical discovery and synthesis. Like a computer program, digital chemistry programs can automatically run chemical experiments, make new molecules, and ensure that complex chemical recipes are always accessible and perfectly reproducible. Chemical programs are precise pieces of code that allow fully transparent and reliable operation allowing the implementation of AI and other techniques with full audit and safety.
About Chemify
Based in Glasgow, Chemify is a pioneering company digitizing chemistry to provide world-leading pharmaceutical, biotechnology, and industrial partners access to an exponentially growing space of novel molecules and materials. By leveraging decades of chemistry experience, hardware robotics, and artificial intelligence, Chemify's Chemputation technology enables companies to access an end-to-end workflow for drug discovery, molecule synthesis, and materials discovery. Chemify was founded by CEO Lee Cronin based on conceptual advancements from Cronin's Digital Chemistry Laboratory at the University of Glasgow in Scotland. By building the infrastructure to digitize chemistry, Chemify is reimagining chemical research, discovery and manufacturing to benefit all of humanity by accelerating advances across chemistry with a focus on medicine and functional materials.
About Prepaire Labs
Prepaire Labs is a pioneering healthcare technology company focused on revolutionizing drug discovery and precision medicine. Through the integration of deep learning and biology, Prepaire Labs builds predictive models grounded in genetic, phenotypic, and clinical data. These models form a view to the underlying architecture and biology of diseases. Prepaire Labs utilizes patient-derived induced pluripotent stem cells (iPSCs), genome editing, high-content cellular phenotyping, and machine learning to create in vitro disease models that optimize genetics, cell-type, environment, and multidimensional data collection for increased predictability of human clinical outcomes. A state-of-the-art BSL3 lab is opening in May 2024, located at Masdar City, Abu Dhabi, UAE.
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Chemical Management
Shrieve | January 11, 2024
Shrieve Chemical Company a portfolio company of Gemspring Capital and a leading, value-added chemicals distributor, announced that it has acquired TLC Ingredients ("TLC"), a distributor of food ingredients, industrial chemicals, and phenolic resins based in Crest Hill, Illinois. Terms of the transaction were not disclosed.
Founded in 2001, TLC has built a reputation as a premier distributor, distinguished by a dedication to operational excellence, food safety, and responsible distribution. With a class-leading facility in the Midwest, the company is well-equipped to meet the evolving needs of customers with high service levels.
The acquisition expands Shrieve's presence in the Midwest and enhances the company's ability to serve the attractive – and growing – food ingredients end-market. Additionally, it positions Shrieve strategically to leverage its existing product lines to serve TLC's high-growth specialty industrial customers, who have relied on TLC as a trusted supplier of Durez phenolic resins for more than two decades.
"I am thrilled to welcome TLC Ingredients to the Shrieve Chemical family. This acquisition underscores our commitment to excellence and focus on long-term growth as we look to thoughtfully increase our presence and the value-added services we can provide across the country," said George Fuller, CEO of Shrieve. "The TLC team has built an exceptional business with an industry-leading distribution facility, long-standing supplier relationships, and a broad product offering that serves several attractive global end-markets. TLC's expertise, innovative approach, and customer focus aligns very well with our broader strategic vision. Together, we look forward to delivering enhanced value to our customers and supplier partners."
"We are excited about the future as we partner with Shrieve and continue to expand, building on our reputation as one of the highest-quality food ingredient and chemical distributors in the United States," said Tommy Turiff, President of TLC Ingredients. "Our shared commitment to excellence and dedication to our customers make this an ideal partnership. We look forward to bringing our combined expertise and capabilities to the market and continuing to serve our customers with enhanced resources and innovation."
About Shrieve
Shrieve, based in The Woodlands, TX, is a leading, value-added chemicals distributor serving attractive markets and end-use applications globally. Since its founding in 1978, Shrieve has leveraged its knowledge network to find the best match between suppliers, customer needs, and product applications. Through its four operating segments, Chemical Distribution, Specialty Lubricants and Enhancers, Energy Products and Services, and Custom Packaging, Shrieve markets nearly 1,500 products across more than 40 countries.
About TLC Ingredients
Based in Crest Hill, IL, TLC Ingredients is a distributor of food ingredients, industrial chemicals, and phenolic resins. The company was founded in 2001 and provides its customers and suppliers with the highest levels of service. TLC's corporate culture is built on the twin pillars of Food Safety and Responsible Distribution.
About Gemspring Capital
Gemspring Capital, a Westport, Connecticut-based private equity firm with $3.5 billion of capital under management, provides flexible capital solutions to middle market companies. Gemspring partners with talented management teams and takes a partnership approach to helping drive revenue growth, value creation and sustainable competitive advantages. Target companies have up to $500 million in revenue and are in the aerospace & defense, business services, consumer services, financial and insurance services, healthcare services, industrial services, software and tech-enabled services, or specialty manufacturing sectors.
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Chemical Technology
Pall Corporation | January 15, 2024
Pall Corporation, a leading provider of filtration, separation and purification solutions, introduces SepraLYTE™ liquid/gas coalescers, an innovative solution designed to meet the increasing demand for efficient separation of electrolyte aerosols from gas in green hydrogen production processes.
Leveraging advanced separation technology, SepraLYTE coalescers excel in the separation of water or electrolyte aerosols (30% potassium hydroxide solution) from hydrogen, ensuring the purity of hydrogen produced from electrolysis processes. They are highly suitable for a wide range of separation applications where minimal pressure drop is crucial for downstream processes.
"Our new SepraLYTE coalescers represent Pall's commitment to serving our customers in energy transition markets. Pall continues to innovate to address new and challenging customer needs in fast growing markets like green hydrogen," said Greg Sears, Vice President and General Manager of Pall's Fluid Technologies and Asset Protection business unit.
"Pall's coalescers enable our customers to optimize their plant design, maximize the lifetime of their critical equipment and improve overall efficiency, reliability and output," said Sears.
These coalescers feature Pall's proprietary melt blown media technology, which achieves outstanding liquid mist separation with low differential pressure. The compact design incorporates coalescer media that ensures compatibility with various chemical applications. Other key advantages of SepraLYTE liquid/gas coalescers is the ease of maintenance, compact size and waste reduction.
Utilizing SepraLYTE liquid/gas coalescers, customers gain significant advantages over conventional separation products. These advantages include reliable, consistent and verifiable separation performance, high gas flow and liquid removal in a compact cartridge, which allow for smaller systems with low capital, operating, and maintenance costs.
About Pall Corporation
Pall Corporation is a filtration, separation and purification leader providing solutions to meet the critical fluid management needs of customers across the broad spectrum of industries. Pall collaborates with customers to advance health, safety, and environmentally responsible technologies. The Company's engineered products enable process and product innovation and minimize emissions and waste.
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