ETME

ETME

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ETME

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Kritis 2, 154 51 Neo Psychiko
Athens Greece
T: +30 210 7751608
F: +30 210 7473488
E: [email protected]

Environmental

Engineering a Sustainable Future

Environmental engineering combines science and engineering to address environmental challenges with sustainable, innovative solutions that protect ecosystems and reduce pollution.

Environmental engineering has a profound impact on the world’s environmental problems. Environmental engineers identify environmental problems and develop effective ethical and socially responsible solutions to combat them. This field combines aspects of civil engineering such as project management, systems design, geotechnical and transport engineering, with aspects of chemical engineering and biological sciences.

Environmental engineers study the effect of technological advances on the environment, addressing local and worldwide environmental issues such as acid rain, global warming, ozone depletion, water pollution and air pollution from automobile exhausts and industrial sources. They evaluate hazardous-waste management systems to evaluate the severity of such hazards, advise on treatment and containment, and develop regulations to prevent mishaps.

AGIOS GEORGIOS - THIRASIO

Sustainable Flood Management & Environmental Restoration

Combination of hydraulic design and 2D flow analysis to ensure safe flood management and support the environmental restoration.

The object of the project was the design and study of settlement projects and the definition of demarcation lines of the Agios Georgios watercourse in the Eastern Thriasian Field.

The watercourse has been classified as of Special Environmental Interest (Government Gazette 281D/23-05-1993).

Objective of the project:

  • Safe channeling of flood flows to the estuary
  • Upgrading the natural environment of the watercourse from anthropogenic pressures

In the context of the Contract, a calculation was made in two-dimensional analysis (2D) conditions to determine the velocity profile in the proposed mixed settlement cross-section, in order to predict its erosion conditions, but also to better deal with elevations in bends (water level).

FACTS

9.4

KM

7.5

KM
Directed length

11

Million EUR Budget of projects under study