LabPlas

SCIENCE TO PREVENT PLASTIC POLLUTION

LABPLAS

PROJECT

Understanding the sources, transport, distribution and impacts of plastic pollution

Plastics Study

LABPLAS will study the smaller fractions which are commonly not monitored in the environment, since they are more easily taken up by organisms.

Scientific Evidence

LABPLAS will provide scientific evidence supporting decision making in regulatory efforts and inform consumers within the current legislative initiatives

Technological Advance

LABPLAS will apply technological advances, promote biodegradable novel materials and present results to national and international authorities and industry for decision making.

New Material!

Interactive infographic – Size definition of Microplastics

About the project

Plastic is pouring from land into our oceans at a rate of nearly 10 million tonnes a year.

Once in the sea, plastics fragment into particles moving with the currents and ocean gyres before washing up on the coastline. The smaller the size the higher the risk posed by these particles to organisms and human health. LABPLAS will develop new techniques and models for the quantification of small micro- and nano plastics (SMNP). Specifically, LABPLAS will determine reliable identification methods for more accurate assessment of the abundance, distribution, and toxicity determination of SMNP and associated chemicals in the environment. It will also develop practical computational tools that should facilitate the mapping of plastic-impacted hotspots and promote a scientifically-sound plastic governance.

Objectives

To understand the main land-based sources, transport routes, distribution and fate of plastics in different environmental compartments.
To test the hypothesis of increasing plastic levels in marine sediments / compartments with time
To evaluate the impact of microplastics and nanoplastics (MNP) from urban/road runoff on receiving waters by field and simulation studies in a pilot rainfall simulator in urban drainage
To develop, tailor, implement and pre-validate analytical technologies for the efficient detection, quantification and chemical characterisation of SMNP in environmental samples: biotic and abiotic.
To promote on solid scientific grounds public education on the environmental threat posed by plastics in the environment, avoiding false myths such as plastic islands, plastic-stuffed birds or association of human plastic exposure with marine food

To study under environmentally relevant conditions the weathering, behaviour, degradation, release of chemicals, and toxicology of bioplastics.
To demonstrate the effectiveness of remote sensing for macroplastic detection.
To assess the plastics impacts on key species and ecosystems.
To assess the terrestrial and aquatic environmental risk of ingestible plastic particles (from 100 to 0.1 µm) as a function of particle size and chemical composition.
To provide solid scientific grounds to current European policies intended to regulate the use and management of plastics, within the frame of the Plastic Strategy and Directive EU/2019/904, and ECHA’s initiatives on plastic additives and on restriction of SMNP.

Partners

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