![]() Uptake and transport as well as biochemical endpoints were measured, complemented by particle characterization. A complex set of nine different polystyrene micro- and nanoparticles was used to elucidate the effect of particle size, surface modification and dispersant. Therefore, it is crucial to determine what causes the effect – size, surface or dispersant? In this study this question was investigated by applying established in vitro models for the intestinal barrier (differentiated Caco-2 monoculture and mucus- and M-cell co-culture) and hepatocytes (differentiated HepaRG cells), mimicking the oral route of particle uptake. This might be misinterpreted as particle effect. Moreover, nano- and microplastics as materials with probably a relatively low toxicity are often applied at high concentrations in in vitro tests, and therefore the solvating agent, namely the dispersant in which the particles are supplied may have a major impact on the outcome. Particles can also have different surface modalities and functionalizations. It is known from nanotoxicology that particles may acquire altered toxicological properties with decreasing particle sizes. Although suitable analytical methods are still lacking, it is likely that these contaminations also contain a nanoplastics fraction. “We are also thankful to Matthew and his team at Taylors for delivering this project.There is increasing evidence that humans are exposed to microplastic particles through contaminated food. We are very excited to see what Mark and his team can deliver in this project and beyond. Rene Buwalda, chief executive of Primco, said, “We are delighted to have completed our investment into Trinity Organics, which fits perfectly with our strategy and creates the opportunity to step into the UK market. Its subsidiary Primco invests in, builds and operates waste-to-energy conversion plants in northern Europe and is focusing on the development of further anaerobic digestion projects in the UK. Perpetual Next is an investment firm with €500 million under management. “I am excited to work with Primco to deliver not just this project but also other renewable energy schemes.” Schofield commented, “Having spent a number of years working to deliver this project, I am delighted to have completed this transaction with Primco that will allow my vision to become reality. ![]() “We hope this is the start of a productive partnership, and that Mark and Primco can deliver additional operations throughout the UK to support the country’s growing green energy market.” ![]() ![]() The Taylors team included senior property associate Peter Marks and corporate solicitor Arun Dhaliwal.Ĭatterall said, “We are delighted to have advised Trinity Organics and Mark Schofield on the successful investment by Primco, which will bring Mark’s vision to fruition. This will contribute to the UK’s drive to reduce greenhouse gas emissions under the Paris Climate Agreement.Ī team at Taylors Solicitors led by corporate partner Matthew Catterall advised Trinity Organics on the deal. Using a novel implementation of technologies, the production technique that will be deployed at the plant will prevent the harmful release into the atmosphere of methane, one of the most potent greenhouse gases. The plant will produce enough biomethane to provide 41.5 million kilowatt hours of gas a year, which is sufficient to power 3,500 average-sized four-bedroom detached houses. ![]() The facility, which is expected to be up and running by the summer, will operate around the clock to digest 36,000 tonnes of organic waste each year and convert it into green gas to supply the National Grid. Mark Schofield (left) and Martijin van Rheenen, Chief Executive of Perpetual Next ![]()
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