Transforming Waste into Resources with REGMAX® Technology
Was wir machen
We developed the REGMAX® Acid Regeneration Process, an innovative solution that fully recovers waste acid components, creating a closed-loop system for stainless steel pickling. By implementing REGMAX® technology, your company can achieve:
- Unmatched Resource Efficiency
- Over 90% Reduction in OPEX
- Flexible Pickling with Independent Acid Supply
- Future-Proof Production for License and Environmental Compliance
Discover more about our process and the three REGMAX® plants currently operating in Europe.
Wer wir sind
SUSTEC is focusing on green technologies to reduce the environmental impact of existing technologies. We are experts for acid regeneration plants and the pickling process and discovered a process for the recovery of mixed acids from pickling.
We lower company's operation costs, increase their profitability and help them to "get green".
SUSTEC's Vision for a Greener Future
At SUSTEC, we're driven by a commitment to develop solutions that simultaneously reduce environmental impact and lower your operational costs. We recognized that traditional stainless-steel pickling not only poses significant environmental challenges but also results in the waste of valuable acids and resources. Motivated by the potential for transformative improvement, we envisioned a technology that could eliminate all waste streams from the pickling process through effective acid regeneration. Today, our innovative REGMAX® technology turns that vision into reality by regenerating spent acids and converting your pickling waste into fresh, usable resources.
Highest Acid Regeneration Efficiency
Cost Savings
Clean Water
Metal Recovery
Conservation of Resources
Sustainability
Insights & Innovations
Stay informed with the latest updates from our team! Explore news on industry developments, steel pickling solutions, cutting-edge technologies, and sustainability initiatives in our Infos & Updates section.
Press Archive
#New battery consortium ESiLib launches initiative to meet Europe’s goals for a green and circular transition
eitrawmaterials.eu 06 April, 2022 - The European consortium ESiLib, co-funded by EIT RawMaterials, has launched an initiative to enhance the circularity and sustainability of lithium-ion (Li-ion) battery anodes to support Europe’s shift toward electric vehicles (EVs). With vehicle electrification projected to require 1 TWh of batteries annually by 2030, ESiLib aims to develop high-energy-density, next-generation batteries. The consortium includes industry leaders like E-magy, Ferroglobe, and SUSTEC, a global supplier of sustainable etching technology tasked with advancing etchant recycling processes. The EUR 3.3 million project emphasizes silicon’s role in battery anodes, aiming to establish closed material loops and strengthen Europe’s battery supply chain.
Nachhaltigkeit
#REGMAX.CHLORIDE: Innovative Solution for Regenerating Spent Hydrochloric Pickling Acid in Stainless Steel Processing
The regeneration of hydrochloric acid in stainless steel pickling poses a major challenge due to the high concentration of ferric chloride (FeCl3), complicating conventional recovery methods. SUSTEC’s REGMAX.CHLORIDE technology offers an efficient solution, fully recovering hydrochloric acid while reducing environmental impact.
Technology Background
*Hydrochloric acid and hydrogen peroxide in stainless steel pickling: Mechanisms
Stainless steel requires surface treatment to remove impurities formed during the manufacturing process. Pickling is a critical step that removes oxide scales, residues and contaminants, thereby restoring the corrosion-resistant properties of the material. Some stainless-steel manufacturers use hydrochloric acid (HCl) as a pre-pickling agent due to its effectiveness in dissolving oxide scale. When combined with hydrogen peroxide (H₂O₂), pickling efficiency and surface quality are further enhanced. This article examines the mechanisms and benefits of using HCl and H₂O₂ in stainless steel pickling.
REGMAX® Solution
*REGMAX nominated as net zero compatible innovation
REGMAX was nominated as one of thoused solutions by the Mission Innovation.
Press Archive
*Success Story: REGMAX >> Grüner Edelstahl!
ffg.at 21.01.2019 - In einem "Horizon 2020"-Projekt entwickelt ein Start-up aus Klosterneuburg einen umweltfreundlichen Beizprozess.
Technology Background
*The passivation of stainless steel with nitric acid is a highly effective process. An Overview
Passivation with nitric acid is crucial in stainless steel production. It enhances corrosion resistance by forming a protective chromium oxide layer. The traditional disposal of used nitric acid presents environmental challenges due to the generation of nitrates in wastewater and toxic sludge containing heavy metals. SUSTEC's innovative solution addresses these issues head on by recovering and recycling the used passivation acid. This advancement not only reduces environmental pollution but also promotes sustainable practices within the stainless-steel industry. By balancing industrial needs with ecological responsibility, we can ensure the reliability and durability of stainless-steel components while protecting environmental health.
Pilot Project Germany
*World’s 1st REGMAX® Plant
A mid sized german stainless-steel mill is the first customer of our REGMAX® acid regeneration technology to turn their pickling waste acid into valuable resources.
H2020 SME Instrument
2nd REGMAX® started acid operation in Q12020
Our Upsacled REGMAX technology became operationl in Q1 2020
Press Archive
35 Start-ups die Sie kennen sollten
factorynet.at 06.06.2016 -Von einer hybriden Drohne über fühlende Roboter, einem speziellen Neuschneegenerator bis hin zu einem Beizprozess, der die Edelstahlbranche revolutioniert. 35 Start-ups, die die Technikwelt verändern.
Press Archive
A Prototypical Waste Recycling Process Could Clean Up the Stainless Steel Industry
E4C 02.02.2019 - The new process confers environmental benefits by eliminating waste, and economic benefits by reducing the need to buy new acids and other materials.
Projects
Mein erster Post
European stainless-steel mill becomes second customer of our REGMAX® technology, to turn their pickling waste acid into valuable resources.
Press Archive
Mein erster Post
diepresse.com 05.08.2016 - Metallindustrie. Die Entsorgung von Säuren, die in der Stahlproduktion anfallen, ist problematisch. Österreichische Erfinder können die giftige Flusssäure und Salpetersäure wiederverwendbar machen.
Press Archive
Promising Prototypes to Watch in 2019
E4C 29.01.2019 - The technologies that improve lives in the world’s underserved communities are born as prototypes that evolve through testing and tinkering in workshops, laboratories and garages. We polled our network of engineering experts in search of the next important products in global development. Each of their recommendations is designed to meet a basic need in the world’s underserved communities. And each has the potential to someday change people’s lives around the world. These are promising prototypes to watch in the year ahead.
Press Archive
REGMAX
La Tribune Hebdo 06.12.2018 - Pour un décapage industriel moins polluant
REGMAX® Solution
REGMAX Labled as Efficient Solution
Solar Impuls Foundation lables our REGMAX technology with the "Efficient Solution Label"
Nachhaltigkeit
REGMAX technology prestented at MI-4
SUSTEC's REGMAX technology has very positiv impact on green house gas emission and is therfore being presented at Mission Innovation's MI-4 in Vancover, Canada.
REGMAX® Solution
REGMAX: Improving the Energy Efficiency of Stainless Steel Pickling
01-2020 mission-innovation.net - Mission Innovation Breakthroughs - The REGMAX® technology has the potential to eliminate waste acids from the global stainless steel industry and to recover more than 350,000 liters of waste acid every hour, which will equate to more than 400 MW in energy savings. Its implementation could be accelerated by placing pressure on the stainless steel industry to use the technology or providing funding for smaller plants to make the return on investments more attractive.
Technology Background
Stainless Steel Pickling Process: Reaction Mechanisms and Environmental Impact
Reaction Mechanism and Environmental Impact of Stainless Steel Pickling
H2020 SME Instrument
SUSTEC among 57 top-class innovators selected for funding under EIC SME Instrument
A total of 57 small and medium-sized companies form 17 countries have been selected for funding under the latest round of the SME Instrument. This is the first round of small businesses selected under the recently launched European Innovation Council (EIC) pilot.
SUSTEC and the World Alliance for Efficient Solutions
SUSTEC is Founding Member of the World Alliance for Efficient Solutions.
Nachhaltigkeit
SUSTEC at G-STIC 2018
SUSTEC invited to Gobal Sustainable Technology & Innovation Confernce 2018
Nachhaltigkeit
SUSTEC at Green Chemistry Conference 2018
SUSTEC was invited to present its REGMAX(R) technology during the Green Chemistry Conference 2018 in Vienna
Press Archive
Sustec: Ein Start-up macht den Beizprozess umweltfreundlich
factorynet.at 27.09.2016 - Gut für die Umwelt und die Geldbörse: Dem Klosterneuburger Start-up Sustec ist es gelungen den Beizprozess von Edelstahl soweit zu optimieren, dass nicht nur Ressourcen gespart werden, sondern auch kein giftiger Metallschlamm mehr entsteht.
REGMAX® Solution
We’re part of #TheFirst500 labelled solutions of the @Solar Impulse Foundation.
Press Archive
Who are the 50 first labelled Solar Impulse Efficient Solutions?
bertrandpicard.com 08.10.2018
Our achievements
