Environment

Floating waste covers rivers in Serbia, BiH, Montenegro

Floating waste rivers Serbia BiH Montenegro

Photo: Zlatan Turković

Published

January 4, 2021

Country

Comments

comments icon

0

Share

Published:

January 4, 2021

Country:

Comments:

comments icon

0

Share

There are tens of thousands of cubic meters of waste floating on the Drina and its tributaries in Serbia, Bosnia and Herzegovina and Montenegro. The three countries failed to improve the waste management system, so the environment is devastated and operators of dams and hydropower plants are struggling to cope.

An environmental disaster struck the Drina river basin and threatened to halt the operation of hydropower plants, but the issue is not new. Whenever rivers rise from rain or snow, they reach improvised landfills on the banks and tons of waste get washed into water streams.

The waste management system in the region shared by Montenegro, Serbia and Bosnia and Herzegovina is inefficient. Some locals dump their waste into rivers.

As a chain of barrels just upstream from the dam in Višegrad in BiH gave way, as much as four thousand cubic meters of material reached the structure. Teams from the 315 MW hydropower plant later managed to fix the barrier, preventing more waste from piling up.

Floating waste rivers in Serbia BiH Montenegro
Photo: Tons of waste on the Lim river at the Potpeć dam and hydropower plant (Zlatan Turković)

Hydropower plant operators cleaning up rivers

Nedjeljko Perišić, head of Hidroelektrane na Drini, the firm operating the hydroelectric unit, told the press that tens of thousands of cubic meters of floating waste are moving to Višegrad. He claimed the biggest volume was registered on the Lim river, which flows through all three countries.

More trash could end up in water streams with stronger rain

Waste is also floating down the Prača, Tara and Piva tributaries, Perišić stressed and warned precipitation would make matters even worse. His firm extracts up to 8,000 cubic meters of material every year.

Floating waste piling up at hydropower plant dam on Lim river

Waste is also accumulating at the Potpeć dam and 56 MW hydropower plant on the Lim river in Serbia. Some of it sinks and clogs up the intake, said Predrag Šaponjić, director of HE Limske, which runs the facility.

He added the firm, owned by state power utility Elektroprivreda Srbije – EPS, has been hiring divers for the past 15 years to remove the trash. The Višegrad hydropower unit is controlled by Elektroprivreda Republike Srpske or ERS. The two state-owned companies are planning to add a string of hydroelectric plants on the Drina. The Republic of Srpska, one of the two entities making up Bosnia and Herzegovina, has a three-unit cascade project for the river’s Bistrica tributary.

BiH, Montenegro and Serbia have discussed the floating waste issue but failed to solve it.

Comments (0)

Be the first one to comment on this article.

Enter Your Comment
Please wait... Please fill in the required fields. There seems to be an error, please refresh the page and try again. Your comment has been sent.

Related Articles

Croatia investments EU ETS proceeds EUR 650 million

Croatia proposes investments from EU ETS proceeds of EUR 650 million

28 April 2026 - Within the framework of EU ETS, Croatia is counting on EUR 650 million through 2030 from auctions of greenhouse gas emission allowances

europe electric vehicles cars iran war crisis

Iran war boosts sales of electric vehicles in Europe – 51% growth

23 April 2026 - Data published by New Automotive and E-Mobility Europe reveals that over 224,000 new electric passenger cars were registered in March alone

Bankwatch Western Balkans abandon waste to energy incineration

Bankwatch: Western Balkans must abandon waste-to-energy incineration

22 April 2026 - Plans for waste incinerators and co-incineration in the Western Balkans pose high financial and health risks, CEE Bankwatch Network warns

serbia post of electric vehicles

Post of Serbia expands EV fleet by 100 units

09 April 2026 - Electric vehicles significantly improve efficiency and accelerate the transition to a modern, environmentally sustainable logistics system