The Best Regenerative Thermal Oxidizer Manufacturers and Suppliers in Europe

What Do Regenerative Thermal Oxidizer Manufacturers Prioritize When Building RTOs?

Regenerative Thermal Oxidizers (RTOs) are designed to be highly energy-efficient systems that achieve high levels of VOC destruction, allowing processes to stay well within DRE (Destruction and Removal Efficiency) emission levels.

Regenerative Thermal Oxidizer Manufacturers are keen on ensuring that RTO systems have been used to successfully address hundreds of industrial VOC air pollution applications. Substantial RTO design and installation experience with solvents, hydrocarbons, VOCs, and HAPs (Hazardous Air Pollutants), as well as particulate-laden processes that require pre-filtration before the RTO system is also looked into.

Some Of the Most Reliable European Regenerative Thermal Oxidizer Manufacturers & Suppliers

The Regenerative Thermal Oxidizer (RTO) stores the heat generated by the decomposition of VOCs in ceramic regenerators, then uses the thermal energy stored in the regenerator to pre-heat and decompose the untreated VOCs, resulting in high thermal efficiency.

The oxidation temperature is usually between 800 and 850 degrees Celsius but can reach 1100 degrees Celsius. Regenerative Thermal Oxidizers are typically employed in applications where there are low levels of VOCs and a high amount of exhaust flue gas. It’s also a good idea if the VOCs contain corrosive compounds that are poisonous to the catalyst and necessitate a high temperature to oxidize particular odors.

On that note, let’s have a look at a few of the best regenerative thermal oxidizer suppliers in Europe.

Tecam – Spain, Air Pollution Treatment Industry

These RTO Suppliers provide you with machines with waste and emissions treatment solutions that are tailored to your needs. This is an environmental technology business specializing in the creation of customized solutions for large industrial companies’ emissions and hazardous waste treatment. They create and implement unique solutions targeted at reducing the environmental impact of manufacturing processes.

Tecam also has a team of environmental technology professionals available to deliver the solutions your company may need.

Donau Carbon Technologies S.r.l (DCT) – Italy, Air Pollution Treatment Industry

This company provides you with thermal oxidation plants, solvent recovery plants, air treatment plants with wet scrubbers and bag filters, along with technologies for the treatment and removal of residuals on aluminium scraps, in addition to a full range of complementary services related to said technologies.

Donau Carbon has been ISO 9001 certified since 1998; Donau Carbon Technologies S.r.l is a global leader in the building of all sorts of the combustor in various production industries (flexible packaging, printing, rubber, tapes, chemicals, deodorization, biofuel generation, waste treatment, and construction material).

Reecon – Denmark, Air Pollution Treatment Industry

Reecon is a global provider of professional, high-quality Air Pollution Control systems. They have over 25 years of experience designing, planning, and supplying industrial air filtration systems. These regenerative thermal oxidizer suppliers are also qualified to conduct testing and analysis to discover new ways or improve existing ones.

Reecon also executes preventative maintenance and service operations to ensure that our systems are as reliable as possible.

regenerative thermal oxidizer suppliers

How Does the System Structure of An RTO Look Like?

The three main components RTO Suppliers will tell you about are the regenerator, switching valve, and burner.

  1. Regenerator

The regenerator is the RTO system’s heat carrier, and it has a direct impact on the RTO’s heat utilization rate. The following are its primary technical indicators:

  1. Heat storage capacity: the smaller the regenerator’s volume, the more heat it can store per unit volume of heat.
  2. Heat transfer speed: the material’s thermal conductivity can represent the rate of heat transfer; the higher the thermal conductivity, the faster the heat transfer.
  3. Thermal shock resistance: the regenerator alternates between high and low temperatures repeatedly. It is easy to bend and break, impede the airflow channel, and damage the heat storage effect when there is a large temperature difference and a short time shift.
  4. Corrosion resistance: The gas medium that the heat storage material comes into touch with is often very corrosive, and the corrosion resistance of the RTO will affect its service life.
  5. Switching Valve

The switch valve is an important component of the RTO incinerator’s circulation heat exchange system. It must switch precisely at the predetermined time. Regenerative thermal oxidizer manufacturers work hard to make sure that its dependability and stability are top-notch. Because there are a lot of dust particles in the waste gas, the switch valve will wear out quickly. The valve will not be tightly sealed to some level, and the action speed will be slow, affecting the usage performance significantly.

  1. Burner

The burner’s primary goal is to avoid mixing the gas and fuel too quickly, which would result in localized high temperatures; nevertheless, it cannot mix too slowly, as this would result in secondary combustion or even inadequate fuel combustion. The diffusion between fuel and gas, the mixing with exhaust gas in the furnace, and the angle and depth of the jet should all be considered to achieve fuel combustion in a low oxygen environment. These factors should be determined precisely according to the actual process requirements at the start of the design process; otherwise, they will have a direct impact on the RTO incineration effect.

Related Posts