e2tech is a highly innovative engineering company that designs, develops, manufactures and implements state-of-the-art systems for the treatment of gas emissions and waste, as well as air conditioning and air filtration for the industrial sector.
Industrial production processes generate Volatile Organic Compounds (VOCs) that must be treated to prevent their release into the atmosphere and thus reduce their polluting effect. Thermal oxidation systems are among the most efficient technologies for the treatment of (VOCs) gas emissions.
Our solutions are based on modular designs that allow us to meet the most demanding market needs in the area of ventilation, air conditioning and air treatment in industrial facilities.
We design air filtration systems based in activated carbon adsorption conceived for the retention of volatile organic compounds (VOCs) and the elimination of odours.
We offer solutions tailored to the needs of our clients and designed to reduce the environmental impact of industrial processes. We implement energetically efficient systems that are built using cutting-edge technologies.
We provide solutions within the industrial sector, mainly for the automotive, aeronautic, pharmaceutical, printing and packaging sectors.
AUTOMOTIVE
AUXILIAR AUTOMOTIVE
AIR & SPACE
PHARMA
PRINTING
PACKAGING
Project:
Regenerative Thermal Oxidizer (RTO) able to process the air coming from automatic painting facilities. During the design of the system, the current scenario of flow and load as well as future operating scenarios were taken into account.
Calculation basis:
Productive process of the client: Painting of plastic components for the automotive sector.
Regenerative Thermal Oxidation Equipment (RTO).
Design flow: 5000-12,000 Nm3/h
Inlet temperature: 20-30°C
Inlet load: 0-3gC/Nm3.
Limit of emissions at the outlet of the (RTO): <20mgC/m3
Thermal Efficiency (RTO) inlet/outlet differential temperature <60°C
Production stop time: <3h
Maintenance stop time: <24h
Supplies:
Fuel: Natural Gas 35-40MJ/m3 0-42Nm3/h 200mbar
Installed Thermal Power: 440kW
Installed Electric Power: 30kW 380-400V III+N+G @ 50Hz
Efficiency achieved:
Thermal Energy Recovery (TER) 96.9%
Destruction and Removal Efficiency (DRE) 99.6%
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