Although the Mediterranean Sea represents less than 1% of the global ocean area, it contains 7% of the total quantity of microplastics. More than half a million tonnes of plastic are discarded into the sea every year, equivalent to 33,800 half-litre PET bottles thrown away every minute – a report published by the WWF on June 8, World Oceans Day, revealed.
The WWF report entitled “Stop the Flood of Plastic – How Mediterranean countries can save their sea” features some alarming figures: each kilometre of the Mediterranean coastline receives more than 5 kg of marine waste every single day.
More than half the plastic manufactured becomes waste within less than one year of production. Marine waste generates 641 million euros of costs for the tourism, shipping and fishing industries.
Companies around the Mediterranean produce 38 million tonnes of plastic objects each year for sale, but they do not pay the costs of this excessive production of waste. What’s more, making plastic is cheap, so these companies do not endeavour to use recycled plastic or alternative materials instead for their products. Governments and local municipalities still don’t manage 28% of their waste appropriately.
Along with manufacturers, governments and authorities, tourists also have plenty of scope for improvement: they produce more than 24 million tonnes of plastic waste each year in the Mediterranean region, and the amount of waste increases by 30% in seaside cities during the summer.
said Alexa Antal, Head of Communication at WWF Hungary.
The system created by a Dutch inventor called System 101, whose first trial run, conducted a year ago, had failed, has started collecting plastic waste on the Pacific again.
Many studies worldwide have shown that the active compounds of medications are released into the environment with wastewater and can easily be reintroduced into the human food chain from there. Filtering these residues out is an increasingly acute concern, but, thankfully, the world of science has already responded to the problem.
Researchers from Canada and Africa have found a massive amount of plastic bottles, originating form Asia, mainly from China, on Inaccessible Island, located in the South Atlantic Ocean. The bottles were probably discarded into the water and then washed up on the island from cargo ships passing the region.
In Hungary, too, the active ingredients of various medications are discharged continuously into the environment with wastewater, so they can now be detected in surface and underground waters as well as in soils.
After being introduced into human and animal organisms, some pharmaceutical compounds are secreted via urine unchanged, and then, through wastewater, those compounds may reach surface waters that serve as drinking water supplies, representing a risk for both aquatic ecosystems and for the purity of drinking water.
We’ve known for a long time that plastic food packaging, wearing car tyres and clothing made of synthetic fibres are all sources of microplastic pollution. However, a new study has identified a new source of pollution in our kitchens, or more precisely in our teacups.
Despite the continuous development of wastewater treatment technologies, the complete removal of synthetic pharmaceuticals using the three-step method currently in use is yet to be achieved. A number of researchers are working to improve the efficiency of the removal of these molecules from the present value of 10 to 30 percent.
As part of a campaign launched by the European Union, which culminated on 21 September, International Coastal CleanUp Day, marine waste washed up on beaches is collected in more than 80 countries on all inhabited continents, the European Commission has announced.
This astonishing video is about the creation of the Great Pacific Garbage Patch, which is twice the size of the state of Texas.
On 11 March 2011, Japan suffered a magnitude 9 earthquake, which also impacted the Fukushima Nuclear Power Plant. Since then, more than a million tonnes of radioactive water has been collected from the damaged cooling system of the plant, but the tanks will be filled to capacity by 2022.