• What is your role at Airwatec?

Project Manager: Once a project is sold by our sales team, I take over and stay involved until the commissioning of each project.

And how would you describe your job in 3 words?
Measurement, Design and Implementation

• What do you like most about your job?

Starting from scratch, measuring and imagining a tailor-made solution each time in an industrial environment, and carrying out the engineering, design, material preparation, and on-site implementation at the customer’s premises.

Juggling these different aspects of project management to achieve a final goal is very satisfying for me.

• Can you explain a project you particularly enjoyed working on?

A client needed to evacuate plastic shavings resulting from their production process. We therefore designed a complete solution, from extraction at the client’s machines to the outside, to gather all the shavings in one place. The filtered warm air is then reintroduced into the building.

In my opinion, this project was very complete, both in terms of installation, design, and ingenuity.

The cherry on top: the client was so satisfied with the result that they ordered an identical installation right next to it.

• What motivates you in your daily work?

The variety of my job, as no two days are the same. And the freedom to take responsibility to successfully complete the projects I manage. It’s a double-edged sword, but all the more rewarding.

• Office or on-site?

A mix is ideal!

With strong experience in strategic development, key account management, and commercial performance management, this multilingual civil engineer joins our teams with the ambition to accelerate our growth and strengthen our positioning in our key markets. His expertise in demanding technical environments represents a real asset to support the development of our AIR & Engineering activities.

His mission will focus on several priorities: strengthening relationships with our long-standing partners, developing new business opportunities, further structuring our market approach, and fostering innovation at the heart of our value proposition.

His leadership, strategic vision, and results-oriented mindset will be essential drivers in supporting the momentum of our Business Unit and addressing upcoming challenges.

We warmly welcome him and are confident that his commitment will fully contribute to the collective success of our AIR & Engineering teams.

As part of its ongoing commitment to sustainability, Airwatec has equipped its headquarters with 632 photovoltaic modules of 380 Wp, providing a total installed capacity of 240.16 kWp.
Commissioned in March 2021, this installation produces clean, local, and renewable energy, significantly reducing the company’s environmental footprint.

Consistent and responsible energy generation

Since the start of production, the solar installation has generated impressive amounts of electricity:

• 2021: 204.433 MWh
• 2022: 252.954 MWh
• 2023: 229.047 MWh
• 2024: 200.453 MWh

This green energy covers a significant share of the site’s electricity needs and contributes actively to the energy transition.

A tangible environmental impact 🌍

Since August 17, 2021, the photovoltaic installation has saved approximately 257 tons of CO₂, which corresponds to:

• 🚗 88,745 liters of fuel,
• 🔥 128,681 m³ of natural gas,
• ⛏ 91 tons of coal.

A clear demonstration of how renewable energy helps build a cleaner and more sustainable future.

The benefits of solar power

• Renewable and clean – no CO₂ emissions or air pollutants
• Energy independence – local generation reduces reliance on the grid
• Durable – reliable technology ensuring long-term performance
• Environmental commitment – a concrete step toward a more sustainable world

Through this initiative, Airwatec reinforces its role as a responsible and forward-thinking company, contributing to a greener industrial future.

In addition, the company continues on this path through the electrification of its vehicle fleet (cars and bicycles) and the installation of charging stations and energy storage batteries for its own use.
Because the long-term sustainability of the company can no longer be envisioned without respecting the environment, Airwatec places environmental responsibility at the core of its management and development strategy.

We are proud to announce once again the successful validation of our VCA-Petrochemicals audit – proof of our continued commitment to industrial safety.

The VCA-P certification allows us to access our clients’ industrial sites and contributes to the safety of our team of expert installers.

The VCA-P certification (Safety, Health and Environment Checklist for Contractors – Petrochemicals) is an internationally recognized standard that sets high requirements for safety and risk management in complex work environments. Our VCA-P certification ensures that we not only comply with general safety standards, but also have in-depth knowledge and specific protocols tailored to demanding sectors such as petrochemicals.

Thanks to this certification, we continue to be a reliable partner who puts work quality and the safety of its staff first.

Airwatec and its team have just successfully completed an ambitious engineering project in the steel industry. The objective was to design and implement a fume capture system for a shot blasting process.

This project presented numerous technical challenges. The process in question is particularly demanding, and the environment presents extreme conditions: significant fouling, high temperatures and absolute reliability requirements. Faced with these challenges, Airwatec drew on its expertise in design, manufacturing and installation to develop a solution perfectly suited to the customer’s needs and constraints.

The installation includes a retractable hood and a network of ducting made of Corten steel, a material renowned for its robustness and resistance in harsh environments. This system will not only help to improve working conditions for staff, but also optimise the quality of the air discharged, in line with our commitment to protecting the environment.

With this project, Airwatec confirms its ability to take on the most complex challenges and offer innovative and reliable solutions.

AIRWATEC is at your disposal to support your projects and work with you to design installations that meet your industrial and environmental challenges.

After many years of dedicated service, Henri Mond and Marc Beyens are now entering their well-earned retirement. We extend our heartfelt thanks to both for their outstanding work, unwavering commitment, and significant contributions to the development of Airwatec over the years. Henri Mond will continue to support the company for a transitional period with his technical expertise.

The role of Technical Director is now taken over by Cédric Mond, who succeeds his father Henri Mond and carries forward the company’s technical expertise into the next generation. Marc Beyens’ position will be assumed by Frederik Bouteca. These two appointments reflect both continuity and a fresh momentum in the company’s leadership.

Furthermore, Bruno MICHEL is gradually stepping back from operational activities, while continuing to support Airwatec for several more years thanks to his experience and his commitment to standing alongside the new management team.

The general management of Airwatec SA is still entrusted to Eric Simons. Also joining the leadership team is Frederik Dejaeghere, who assumes the role of Commercial Director for WATER, AIR and ENGINEERING.

Both Frederik Bouteca and Frederik Dejaeghere are from Kortrijk and part of the Austin Active Partners Holding. With strong entrepreneurial spirit and motivation, they bring new energy to the Airwatec SA administrators team and will guide the company towards continued innovation and forward-looking development. While Frederik Dejaeghere will be active in day-to-day operations, Frederik Bouteca will take on a more discreet, financial advisory role behind the scene.

During this negotiation process, special attention has been paid to maintaining the core values that define Airwatec.

Technical excellence, precision, and a deeply human approach remain at the heart of everything we do.

We look to the future with confidence. Together towards new goals!

Members of the AIRWATEC Board of Directors:

Eric SIMONS – General Manager

Frederik DEJAEGHERE – Sales Manager

Cédric MOND – Technical Manager

Bruno MICHEL – Engineering Advisor

Frederik BOUTECA

Nathalie VAN IMPE

• Why invest in an Airwatec dust removal system?

“Our interventions are not only technical but also fundamentally human. The primary objective of capturing and filtering fine dust from polluted air is to protect both operators in the field and their machinery. This dual protection positively impacts worker health and reduces both sick leave and maintenance costs. Our filtration elements are of high quality and therefore represent sustainable investments. Additionally, the system captures valuable dust that can be recovered and recycled as raw material.

• How does Airwatec filter quality differ from the competition?

“Our filter elements are not born from sudden inspiration. We’ve been living and breathing air filtration and dust removal for nearly 40 years. Our technical designs are precise, and components are selected for their reliability and efficiency. All manufacturing takes place in Europe. We are not interested in low-cost, low-quality solutions.
Our systems are based on a straightforward principle, but require precise component sizing, as dust is extracted via a custom-designed ductwork system built in Eupen (ducts, casings, etc.). Filtration is achieved through cartridges or sleeves in a dust chamber, with automatic pulse-jet cleaning using compressed air – ensuring uninterrupted performance of the client’s production system. The collected dust is then isolated in a separate reservoir.
Each component (fan, cartridges, solenoid valves, hoppers, rotary valves, etc.) is carefully selected and dimensioned according to the customer’s specific requirements.”

• What products are included in the portfolio?

“Our range includes numerous types of filter cartridges and sleeves, such as Twist&Fix, Snap&Fix, Sintexx Plus, DIN Standard, NEXX filter sleeves, and other panel filters in various sizes.
Each product is selected to optimize the balance between service life, filtration efficiency, and energy consumption.”

• What services do clients rely on?

“Airwatec doesn’t just sell equipment – we support our clients from A to Z, from needs assessment to ongoing maintenance. We start with a customized study and develop tailor-made solutions that we manufacture and install ourselves. This allows us to thoroughly understand our systems and provide optimal, full-scope servicing by our team of specialized technicians.”

Airwatec – Ensuring Cleaner Air for Safer Production
With Airwatec, you are guaranteed a healthier atmosphere, better-controlled production, and optimized operating costs. Contact us to learn how we can improve air quality in your industrial environment.

AIRWATEC comprises 6 engineers (French, Dutch, and German speaking), two technical draughtsmen, and 5 experienced technicians. Our unique know-how makes us a leader in Wallonia.

Airflow plays a crucial role in the transport, handling, and processing of bulk materials. It ensures the efficient operation of dust collection, ventilation, and cooling systems. Inefficient airflow can cause dust accumulation, increase resistance in ducts, and require more energy to sustain operations.

Analyzing airflow is the first step in identifying inefficiencies within the system. This includes:

• Mapping airflow to pinpoint areas of congestion or stagnation.
• Measuring air speed and volume in ducts to evaluate current performance.

The configuration of ducts significantly affects airflow management:

• Reducing bends and restrictions in ducts to minimize pressure loss.
• Using appropriately sized ducts to ensure smooth airflow and reduce resistance.

VFDs offer several advantages:

• Adjusting fan and compressor speeds based on real-time needs, avoiding energy overconsumption.
• Maintaining optimal pressure in systems, reducing fluctuations and energy peaks.

Advanced filtration systems contribute to better airflow management:

• Low-resistance filters allow smoother airflow, reducing the energy required to maintain flow.
• Heat recovery technologies, which harness residual thermal energy from airflow for other industrial processes, thereby reducing overall energy needs.

Implementing automated systems offers precise management of airflow:

• Smart sensors for real-time monitoring of air pressure and speed, enabling automatic adjustments.
• Energy management systems to optimize resource usage based on production needs, preventing waste.

Regular maintenance of air handling systems is crucial for maintaining efficiency:

• Cleaning and replacing filters at regular intervals to prevent clogs.
• Inspecting ducts and fans to detect and repair leaks or malfunctions before they impact overall performance.

Environmental regulations are becoming increasingly stringent, particularly in sectors with high emissions of particles and pollutants. Failing to comply can result in costly fines, temporary shutdowns, or even loss of operating licenses. By adopting filtration and decarbonization solutions, companies ensure compliance with current regulations and minimize risks associated with non-compliance.

Benefits:

• Savings on fines and regulatory penalties.
• Enhanced reputation among customers, partners, and the public for environmentally friendly practices.
• Operational stability by anticipating future regulations and avoiding last-minute costly adjustments.

Modern filtration and decarbonization systems are designed to optimize energy consumption in industrial facilities. Some filtration devices even recover heat generated during processes, reducing energy use. Over time, this leads to lower operational costs and improved profitability.

Benefits:

• Reduced energy bills through better energy management.
• Increased profitability by minimizing energy consumption, enhancing profit margins.
• Greater resilience to energy price fluctuations due to more efficient consumption.

Poor indoor air quality, filled with particles and contaminants, can negatively impact employee health, leading to frequent absences and reduced productivity. Filtration systems purify the work environment, protecting workers’ health and boosting their productivity.

Growing businesses often face unforeseen challenges, especially regarding their environmental impact. Adopting filtration and decarbonization solutions prepares them for future demands and integrates sustainability from the outset. This facilitates expansion into new markets with stricter environmental standards and opens opportunities for sustainability certifications.

Benefits:

• Preparation for future requirements: early compliance with stricter standards eases growth.
• Better market positioning: companies investing in sustainable technologies stand out in competitive markets.
• Increased attractiveness to investors, who are increasingly focused on sustainable, responsible practices.

Companies that adopt sustainable practices benefit from a more positive brand image. Filtration and decarbonization solutions demonstrate the company’s commitment to reducing its environmental footprint, attracting like-minded customers, partners, and talent.

Benefits:

• Improved reputation among customers and partners.
• Differentiation from competitors who have not yet adopted sustainable solutions.
• Increased customer loyalty, as clients prefer to support companies committed to sustainability and environmental protection.

In some industries, filtration solutions enable the recovery of particles that can be reused as raw materials or recycled. For instance, in cement or construction materials sectors, dust captured by filtration systems can be reused, turning waste into a potential revenue source.

Benefits:

• Reduced waste management costs by valuing by-products.
• Additional revenue from selling recovered materials.
• Contribution to a circular economy by reintegrating resources into the production cycle.

An Indicative and Non-Definitive Figure

This figure, although estimated from various studies, remains indicative and is neither official nor definitive. Whether decarbonization involves the electrification of processes, the use of low-carbon gas, CO2 capture, or a combination of these methods, it is certain that modernizing factories will require massive public support. Currently, governments are reacting urgently to appease industrial actors whose negotiating power is at its peak.

Industry Back in the Spotlight

Since the Covid crisis and the Russian gas crisis, major industrial players have managed to capture the attention of authorities by brandishing the threat of European competitiveness loss and relocations. Governments, including Belgian Prime Minister Alexander De Croo and his regional colleagues, as well as public investment vehicles, have multiplied initiatives to show their goodwill: strategic participations, advantageous loans, subsidies, and capping electricity transport tariffs. In the case of ArcelorMittal Ghent, even privileged access to extended nuclear reactor production at reduced prices has been promised.

Necessary Investments: At Least One Billion Per Year

At least an additional billion euros must be invested annually on average, totaling around 25 billion by 2050, the target date set by Europe for carbon neutrality. This figure is an estimate and can vary based on numerous factors: energy prices, geopolitical context, technological progress, etc. Different studies have used various methods to estimate these costs, primarily based on the cost of reducing a ton of CO2.

A Peak of Investments to Anticipate

The Federal Planning Bureau, in its 2024 study on Belgian “Energy Outlooks,” highlights that the most significant investments will be needed at the beginning of the transition period. “By anticipating the continuous rise in prices in the emissions trading system from the start, companies avoid additional costs.” The chemical sector, particularly represented in Belgium, will make the largest share of these investments.

By cautiously estimating that at least 25 billion additional euros must be invested by industry by 2050, with a concentration of investments in the current decade, it appears risky to treat industrial transformation on a case-by-case basis.

How to Align Climate and Economic Imperatives?

Europe positions itself as the continent of clean techs, but it faces strong competition from Asian and American products and technologies. The economic imperative stems from the ecological imperative, with the development of solutions aimed at improving living conditions while drastically reducing the carbon footprint: electrolyzers, carbon capture and storage, building renovation solutions, digitization of construction and agriculture, etc. The challenge is to capture the added value by moving to implementation and local production of these technologies developed within the Union.

Text taken from a publication in L’Echo.