ENGLISH
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
Ongoing activity - Portugal
In an important step toward a sustainable future, Evertis supports the PlasticFinder project, a groundbreaking initiative focused on detecting, quantifying, and characterising micro and nanoplastics (MNP) in water, soils, and other environmental matrices, including drinking water and wastewater, providing them with the necessary resources to enhance the impact of this initiative.
PlasticFinder focuses on detecting and advancing analytical techniques like micro-FTIR and Py-GC-MS, generating critical environmental risk data, and guiding prevention and mitigation strategies aligned with the principles of circular economy and plastic circularity.
The initiative will gather a lot of information that will not only contribute to the environmental risk assessments associated with these plastics and their chemical additives but also lay the groundwork for science-based strategies aimed at pollution prevention and sustainable plastic management.
Our support is a direct reflection of our commitment to conduct and support research and innovation to advance sustainable solutions in the transition towards Plastic Circularity and strengthening global efforts for environmental preservation.
