ElectricalLY-HEATED RTO
Very High VOC Elimination
with High Thermal Efficiency
Tecam’s Electrically-heated RTO
Due to the current world situation, energy transition and taking into account the European Union objectives, recently there has been a shift in the demand of how companies want to heat up the oxidation chambers of their Regenerative Thermal Oxidizer (RTO) systems for Volatile Organic Compounds (VOC) emissions removal at their production plants.
The trend has gone from burner-powered to electric-powered or to other forms of power, therefore flameless, and therefore without any NOX emissions derived from the burner, for a greener output.
Tecam’s tailor-made design
You can always count on tailor-made solutions with Tecam and, where necessary, the development of specific components, software and/or materials. Our technicians engage with every project, using their expertise and knowledge to design customised equipment for each case and customer.
No matter how big or complex the problem, Tecam is the technology partner that will provide you with the solutions you need at all times.
The advantages of Tecam Electrically-heated RTO equipment
- Very High VOC elimination.
- High thermal efficiency.
- Once it reaches operating temperature, the system runs on auto thermal mode, with zero electricity consumption.
- No flame and therefore no NOx associated to combustion.
- Reduction of CO2 emissions, zero if renewable energy is used.
- Equal features and performance as Tecam conventional RTOs.
- Less noise around the equipment, due to the lack of a burner fan.
- Easier to do the installation and commissioning.
- Low operating costs.
- Simple and robust design.
- Almost no maintenance required.
Contact us
How Electrically-heated RTO technology works
RTO equipment usually works with burners that use gas or fuel to heat up the oxidation chamber during start-up so that oxidation of VOCs can take place.
In the case of flameless RTOs, there is no burner and therefore no flame and no NOX emissions generated. The oxidation chamber gets heated up via some electrical resistances placed inside.
- During start-up -> the electric resistances will work at 100 % to be able to heat the RTO oxidation chamber up to the required temperature (eg. 850 ºC, 1100 ºC).
- During operation -> the consumption of electricity will depend on the VOC concentration at the inlet and its calorific value. If the concentration is above the autothermal point, resistances will turn off. Otherwise, if the concentration is lower than this point, the thyristors will modulate the resistances power to maintain the oxidation chamber temperature at the required temperature (eg. 850 ºC, 1100 ºC) to guarantee the oxidation of VOCs.
The ideal solution for eliminating VOCs in gaseous emissions, suitable for almost every industrial sector
Electrical RTO technology is suitable for all kinds of solvent concentrations, from low to medium and high, as well as indicated for installation in sectors and applications such as chemical, coating, flexoprinting, odour control, etc.
Specialists in the sectors that are most sensitive to environmental impacts
We drive sustainable productivity and innovation for industries with more extensive and more complex needs.
Related news
Wet and corrosive gases: how to eliminate them
Wet and corrosive gases are those containing acidic chemical compounds, for example, hydrogen chloride (HCl), hydrogen fluoride (HF), SOx, that can generate sulphuric acids (e.g. H2SO4) and bases (e.g. ammonia NH3). These gases must be duly treated and cleaned in...
Volatile Organic Compounds – all about them and their elimination
What are VOCs VOCs (Volatile Organic Compounds) are volatile organic compounds made up mainly of carbon, hydrogen and usually oxygen. They can also contain nitrogen, sulfur, and halogenated compounds such as chlorine, bromine, or fluorine. These compounds can be...
Differences between Regenerative Thermal Oxidizers and Thermal Oxidizers
The main difference between Regenerative Thermal Oxidizer (RTO) and Thermal Oxidizer (TO) is the different methods they use for heat recovery in the system. Regenerative Oxidizers pass hot exhaust gas and cooler inlet gas through two or more heat exchanger beds...
