Ermafa Environmental Technologies

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österreich
Vienna
Ermafa Environmental Technologies

Future-oriented environmental solutions, clean energy sources an the respectful use of natural resources. Welcome to the world of EET.

🌱

We at EET, Ermafa Environmental Technologies GmbH are committed to developing innovative and sustainable solutions for a cleaner future. With our wide range of technologies and services, we support businesses in conserving resources and efficiently managing waste. Our expertise spans waste management through cutting-edge solutions like our autoclave system MACS, as well as advanced battery recycli

ng and bauxite recycling processes. We are also pushing green energy solutions and harnessing the power of plasma technologies. Additionally, our modular housing solutions provide affordable and flexible construction options. Through close collaboration with leading research institutions and our in-house “EET Science Lab,” we continuously drive innovation to bring our vision of a more environmentally friendly and sustainable world to life. Protecting the nature, saving our blue planet and the future of upcoming generations together.

15/04/2026

Our Plasma Team at MCE – Mostra Convegno Expocomfort 2026 ⚡

MCE – Mostra Convegno Expocomfort is one of the leading international trade fairs for HVAC, energy efficiency, and sustainable solutions, showcasing the latest developments in an evolving energy landscape.

Our plasma team was on-site at Fiera Milano, experiencing first-hand the dynamism and innovative strength of the industry. Particularly impressive was the wide range of technologies and solutions shaping the future of energy use.

The exhibition once again highlighted the importance of progress, connectivity, and new ways of thinking for the energy transition. 🌱

08/04/2026

Our Plasma Team at Ceramitec Munich 2026 🤝

Ceramitec is one of the leading trade fairs for the ceramics industry, providing a key platform for innovations, technologies, and materials across the entire value chain.

Our plasma team attended the event as visitors and gained a wide range of valuable insights. In particular, the intensive and highly appreciated exchange with industry experts and innovators inspired us and opened up new perspectives.

We would like to thank all our discussion partners for the open and valuable exchange and look forward to integrating these insights into our ongoing work. 🌱

02/04/2026

IFAT Munich 2026 – We’re coming! 🌍

IFAT is the world’s leading trade fair for environmental technologies and a key platform for innovations in water, wastewater, waste, raw materials management, and the circular economy.

We are excited to be part of this global exchange and to actively showcase our solutions at IFAT Munich 2026!

📅 May 4–7, 2026
📍 Munich
📍 Hall B5 | Booth 530

Together with our sister companies ERMAFA, MACS, and Reckelberg Environmental Technologies, we are sharing a booth and presenting a strong, broad-based team. Our experienced engineers and experts will be on-site to provide in-depth insights into both our sister companies’ solutions and our own, and to engage in personal discussions.

We are particularly excited to present our plasma technology and innovative solutions in bauxite recycling.

In addition to one-on-one conversations, you can expect:
✔ Two meeting rooms for in-depth discussions
✔ Presentations and videos for detailed insights
✔ And perhaps a small giveaway or two

Join us to exchange ideas and explore the future of environmental technology together.

We look forward to seeing you! 🌱

25/03/2026

Methane is one of the most potent greenhouse gases, yet it often receives less attention than CO₂. Today, it is not only a critical energy resource for industry and society but also a key opportunity: with innovative technologies, we can transform methane from a climate challenge into a source of clean, low-emission hydrogen.

In our latest video, we explain the fundamentals of methane: its properties, how it is formed, and its impact on the climate.

We also present our approach using plasma methane pyrolysis to convert methane into hydrogen and solid carbon, enabling hydrogen production with the potential for zero CO₂ emissions.

🎥 Watch the full video: https://lnkd.in/dJKyuvFe

📖 Read the full article: Methane: The underestimated greenhouse gas and why we need to act now – https://lnkd.in/dREn49kj

31/12/2025

Dear customers, partners, and friends, 💚🎆
2026 is here, and we are more than ready for it! 💪
But before we move forward, we want to take a moment to say a big "Thank you" to 2025.

Over the past year, we have expanded our horizons through successful advancements in research and technology. Above all, thanks to your incredible support, we have been able to create solutions that promote environmental protection and optimize resource efficiency. 🎄 🙏

Now, we look ahead with excitement and enthusiasm for the challenges and opportunities 2026 will bring. We welcome this new year with open arms and can’t wait to share more inspiring success stories and collaborations with you. 🌍🎉

May 2026 be a year of growth, innovation, and progress for all of us! ✨😀
And we hope our office dog Lilu brings you as much joy as she does to us, she warms our hearts every single day! 🐶

Kind regards,
Your team at Ermafa Environmental Technologies 🌱

24/12/2025

Dear customers, partners, and friends, 💚🎅
As the year draws to a close, it is a perfect time to pause and reflect. 🎄
2025 has shown us how important collaboration, trust, and a strong spirit of innovation truly are. Together with our customers, partners, and employees, we have explored new paths and continued to advance sustainable technologies. 🌍🌱
Christmas reminds us that progress is driven not only by technology, but above all by people, through commitment, creativity, and a shared sense of responsibility. For this, we would like to express our sincere gratitude.
We wish you and your families a peaceful Christmas season and relaxing holidays. ✨
Kind regards,
Your team at Ermafa Environmental Technologies

26/11/2025

Revealing what the eye can’t see 🔬

As part of our process development, we regularly visit the Faculty of Physics at the Vienna University to use the scanning electron microscope (SEM) for our investigations.
We analyze carbon black, red mud samples from deposits as well as samples from our own processes down to the smallest detail: examining fragments and their composition to gain a precise understanding of the material structure. ⚙️

Magnifications of up to 100,000x reveal structures at the nanometer scale.
Unlike in an optical microscope, the image in an SEM is formed by secondary electrons that are released or scattered from the sample’s surface when the primary beam hits it, revealing even the tiniest structural details. 3D features remain sharp, allowing realistic surface visualization. SEM imaging provides detailed insights into structure, fracture surfaces, corrosion, porosity, and more. With integrated EDS/EDX spectroscopy, the elemental composition of selected areas can be precisely determined. 🧪

These insights are crucial for us, because they demonstrate not only: 📈
• how effectively our processes perform,
• which industrial applications could arise from them,
• and provide solid arguments for the further development and application of our technology.

It proves: Those who understand the smallest structures can unlock the greatest potential. 💡
Universität Wien

13/11/2025

🌍 Shahed Abbasi sooha, our Process Engineer for Waste Pyrolysis, shared important insights at the V2025 Conference organized by the European Society of Thin Films (EFDS) in Dresden.

♻️The presentation highlighted urgent global waste challenges and the transformative potential of decentralized, plasma-assisted treatment.

⚡By converting municipal waste from an environmental burden into an energy resource with significant CO₂ reduction, the PlasmaSun solution offers a scalable pathway toward decarbonized, circular waste management.

22/09/2025

From Les Baux-de-Provence to the Future of Aluminum Production

In 1821, geologist Pierre Berthier discovered a remarkable raw material in Les Baux-de-Provence: BAUXITE – the foundation of aluminum.
This discovery reminds us today: true progress begins with a careful look at nature, where challenges and solutions coexist. 🌱

At Ermafa Environmental Technologies, we build on that insight.
Within our RedRec Department, we are developing a process to safely neutralize the highly alkaline by-product of aluminum production, red mud, rich in sodium hydroxide, and return it to the industrial cycle as a valuable resource. 🔄

Our goal: respect natural cycles, close the loop of aluminum production, secure raw materials and dramatically reduce environmental impact. 🌍

Working side by side, our team develops technologies that prove:
Those who observe nature closely don’t just discover raw materials, they understand its cycles and unlock the key to innovations that preserve resources. 💡

15/09/2025

Did you know that the word “Plasma” comes from Ancient Greek?

The term Plasma literally means:
"the formed, the created, or the shapeable substance"
and is derived from the verb πλάσσειν (plássein), which means:
"to form, shape, mold, or create."

At Ermafa Environmental Technologies, we develop plasma torches that break carbon chains at temperatures over 5000°C. 🔥

In doing so, we embrace the original meaning of Plasma: we shape and mold the molecular structure of materials, true to the Ancient Greek idea of “plássein.” 💡

For us, plasma is not just a physical state, it is a symbol of innovation, adaptability, and engineering creativity. 🦾

08/09/2025

Bauxite – the raw material where aluminium begins ⚙️

Bauxite contains not only aluminium minerals but also iron and clay minerals.
Through the extraction of aluminium oxide, it becomes the foundation of global aluminium production. 🌍

The aluminium oxide content typically ranges between 30% and 60% – depending on deposit, geology, and processing.

But with aluminium production comes a massive challenge:
👉 Red mud – a highly toxic by-product.
It contains iron oxides, residual aluminium salts, and sodium hydroxide. The latter is highly caustic, making safe disposal a global environmental challenge. ☢️

This is where we at Ermafa Environmental Technologies step in:
We are developing solutions to treat red mud sustainably and efficiently, aiming to significantly reduce the ecological footprint of aluminium production. 💚

Because we believe: economic success and environmental protection must go hand in hand. 🌱

🎥 Find the full video on YouTube: https://www.youtube.com/watch?v=dCt6sCcHNIk

Adresse

2. Haidequerstrasse 1-3
Vienna
1110

Webseite

https://www.ermafa.at/

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