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In-Situ Thermal Desorption

The thermal desorption technology is applicable for removing volatile or semi-volatile organic contaminants. Veolia introduces thermal conductivity heating (TCH) whose temperature is higher than electrical resistance heating (ERH) and steam enhanced extraction (SEE). The target temperature is above 500 ℃, which is able to efficiently heat up intermediate to low permeability soil, also is insensible to geological inhomogeneity.

Optimizing energy efficiency in buildings

With "Écogeste collèges 2017", Editions Belin and Veolia will be able to recycle several million obsolete textbooks

Veolia Asia H&S Seminar 2016: 5 Pillars of our OHS Culture

OH&S Meeting 2016_01

The 2016 Asia H&S Seminar was hosted by Veolia South Korea at the Industrial Technical & Training Center (ITTC) in Incheon from May 23rd to 25th, 2016. The event, under the theme of 5 Pillars of our OHS Culture, was attended by 60 participants from 8 countries and locations of different business lines of Veolia – Waste, Water and Energy. The 3-day seminar included OH&S update of the region, the Best Practices Achievement Award Ceremony; a speech by Dr. Kwon Hyuck-Myun, Director General of Korea Occupational Safety and Health Agency (KOSHA); a workshop for the discussion of Sustainable OH&S Improvement; and site visits to SK hynix Cheongju and DH Recycling plants.

#ResourcersActForNature : and the winning photos are...

2019 International Health and Safety week: Observing is Caring

2019 H&S Week Group Photo

Veolia China's Waterl’Ogic Innovative Water Network Solution Wins the France-China Committee Innovation Award

Veolia awarded Europe's largest water management 12-year contract by SEDIF

Waste-to-Energy

垃圾焚烧发电, waste to energy, 垃圾焚烧, 垃圾焚烧发电, 垃圾焚烧发电厂

Veolia manages more than 90 Waste-to-Energy facilities in the world to treat municipal solid waste while creating renewable energy. Considering the low heat value of municipal solid waste, Veolia has the expertise to adapt all the existing technologies to the different types of waste for an optimal heat and electricity generation.