Regenerative thermal oxidizer efficiency can lead to energy savings

Regenerative thermal oxidizer efficiency is among the most important factors that determine the results and effectiveness of such a device. Many companies have chosen or been obliged to invest in these, because the regenerative thermal oxidizer efficiency greatly improves the environmental score of a business or industry, something which is public and determines the business strategy in the long run.

The regenerative thermal oxidizer efficiency is the effect of mitigating and destroying the VOCs – volatile organic compounds, as well as HAPs – hazardous air pollutants. These two substances are part of the emissions in industry, as they are created during the production processes. As by-products in industry, therefore, in order not to further pollute the environment, they should be eliminated before the emissions are let go into the atmosphere. This is the step where the process of the regenerative thermal oxidizer efficiency takes place and the result is an environmentally acceptable emissions level. The best products are around 99-percent efficient in eliminating them.

What is more, during the process of destroying the organic compounds, great amounts of heat are generated. Through careful planning, this heat can be recuperated, leading to high energy savings.

How does a Regenerative Thermal Oxidizer work?

Operating at intensely high temperatures, these devices are typically employed at above 815 degrees Celsius. Often the structure is divided into chambers or towers, where the actual process that leads to decomposition takes place. The heat from the clean air that is leaving the chamber to the atmosphere is captured by ceramic media beds. In turn, this heat is released for the purpose of cleaning the incoming air before entering the combustion chamber, thus making a full circle.

A separate tower absorbs waste heat from the purified air, which is leaving the device.

Highly-efficient energy systems are the future of industry

It is becoming increasingly clear that highly-efficient energy systems are the ones that will determine the major industry players of the future. In the major industry actors want to continue playing major parts in the markets, they should consider investing into highly-efficient energy systems as soon as possible. Many have already started, and developing their highly-efficient energy systems has become a business priority in itself. What are the reasons behind this and what does it being?

• Reducing energy costs
  The above example of how access heat can be reused is only a small case demonstrating how big savings can be achieved through careful planning and investing into efficiency of energy systems. Connecting different parts of systems digitally can even improve the oversight, thus leading to better streamlining of processes and costs. Today, industries are faced with unprecedentedly high energy costs, therefore any strategy in reducing them can lead to market advantages.

• Optimising production processes
  Through planning for energy efficiency, any redundant phases in the production can be removed and the products optimized. Optimizing energy use can lead to higher productivity and raise the quality of the end product. It should be noted that any higher safety risks or maintenance cuts are unacceptable. Notably, a more planned and efficient use of the production equipment can lead to increased durability and functioning of the equipment. The end results are a heightened level of security, lower number of accidents and less damage to the equipment parts.

• Environmental standards
  Pertaining to the environmental standards is crucial for any business, selling products to the European Union or its partners. The high level of environmental protection employed in Europe is a consequence of the dedicated action and purpose to safeguard our environment. At the global level, concerted efforts of most world countries cooperating in the COP agreements have led to emissions levels being kept to agreed minimums. Any industry wishing to compete at the same range should carefully observe and fulfil all of the required standards in terms of environment.

Thermal oxidizer destruction efficiency greatly mitigates emissions

The thermal oxidizer destruction efficiency is one of the key environmental factors of a company’s production, as already outlined above. It is important to again recall why the emissions are causing environmental damage. They increase the level of greenhouse gases in the atmosphere, leading to the raise of the global temperature. This process has been called the global warming. With the help of the regenerative thermal oxidizer efficiency the emissions can be neutralized and the harmful ozone effect mitigated. Therein lies the importance of making such an investment.

Understanding that this represents a considerable and costly step for any business, the innovative Slovenian company Procesni inženiring has developed products that strike an ideal ratio between price and quality. Uncompromising on the performance, the offer matches that of the most recognizable market actors. Working with their strengths, innovative technology and long-standing experience, this company offers breakthrough products that meet all the requirements.