energy & environment

Through its engagement across the energy sector, ERAS is involved in the development and implementation of innovative energy solutions, aimed at sustainable development.

Energy audits and new energy

Energy-intensive industries, such as paper production, and the chemical and food industries are prime candidates for energy substitution.

ERAS uses predictive tools in order to quickly model the energy flow diagram of a site, to determine consumption levels and financial gains of alternative solutions.

With its experience in the energy industry, ERAS enables industrial players to assess quickly and economically the technical and financial impact of innovative energy options such as biomass, biogas and geothermal energy.

 

Environment

ERAS has created a group focused on environmental issues, to assist its customers in their efforts to integrate environmental constraints in the design of their project.

These services are aimed at facilities that combine an environmental impact with the need to consider the protection of local residents, such as the paper industry, mineral and organic chemistry, energy production.

During the initial stages of industrial projects, environmental constraints must be understood and taken into consideration, together with compensation measures acceptable to the community and local administrative bodies. With the ability to understand these regulatory, legal and administrative aspects, ERAS can launch projects on a sound technical and budgetary basis.

ERAS can steer its client’s projects towards acceptable economic solutions, which are easier to submit for public and administrative approval, and direct investments towards requests that are simpler and more likely to increase the project’s economic value.

ERAS has specialized expertise in the fields of pollution control and risk management which make it easier to design and gain administrative support for projects. These include:

  • Processes for treatment of water pollution.
  • Processes for treatment of air pollution.
  • Impact analysis methodologies for hazard studies.
  • Methods of protection against explosions (ATEX).
  • Methods of risks reduction consistent with safety concerns.

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Energy optimization