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Circularity

Cracked Plastic

More plastic is to be recycled worldwide. Pyrolysis, which is the liquefaction of plastic waste, creates new possibilities here. Evonik offers additives and technologies that improve the quality of pyrolysis oil in a manner that makes it suitable for the production of polymers

A dark drop drips from a pipette onto a deep purple plate.
Microbiome

Probiotics: Spore solution

Evonik’s latest probiotic feed additive not only keeps poults healthy; its use in  poultry farming makes an important contribution to the fight against antibiotic resistance. How Ecobiol® Pro is produced and why it benefits people around the world

 About fist-sized yellow chicks.
Hydrogen

A Fine Advantage

Green hydrogen is seen as a great hope for the energy sector in the future. A team from Evonik has put a pilot plant into operation in which new high-performance membranes for water electrolysis are now being produced on a large scale. These hold the key to more cost-efficient production of green hydrogen, which industry needs as a building block for decarbonization, and for energy independence as well

The membrane emerges between two rollers.
Pharma

Perspective on RNA therapeutics, LNPs, and what comes next

Synthetic messenger RNA has revolutionized the development of medicines. While the focus has so far been infectious diseases, attention is now also turning to cancer and rare diseases. A key factor lies in the delivery systems

Portrait Robert S. Langer. at a lab
Lipid Nanoparticles

An Ecosystem for Lipid Nanoparticles

Why Evonik established a presence in Vancouver and Cambridge: to be close to cutting-edge science, innovative startups, and the next breakthroughs in RNA delivery

A man in full protective gear with a full-body suit, safety goggles, and rubber gloves holds two small glass vials.
Health & Wellbeing

Take a Closer Look

Take a moment to explore Evonik’s innovative solutions—for contact lens wearers and beyond.

Two different irises.
Biosolutions

Smooth As Silk

Silk has fascinated mankind for thousands of years. Now the precious fiber can be redefined biotechnologically. Together with the company AMSilk, Evonik uses fermentation to manufacture the precursor for a high-performance fiber modeled on nature

A white cloth forms from a clear liquid in an Erlenmeyer flask

HYDROGEN

The membrane emerges between two rollers.
Hydrogen

A Fine Advantage

Green hydrogen is seen as a great hope for the energy sector in the future. A team from Evonik has put a pilot plant into operation in which new high-performance membranes for water electrolysis are now being produced on a large scale. These hold the key to more cost-efficient production of green hydrogen, which industry needs as a building block for decarbonization, and for energy independence as well

An electrolyzer in Oberhausen, Germany.
Hydrogen

“We need more planning security”

The market for green hydrogen is developing more slowly than expected in Germany and Europe. Dr.-Ing. Ann-Kathrin Klaas from the Institute of Energy Economics at the University of Cologne explains how government regulation and innovative technology can help ensure things pick up speed again

A person wearing a gray work uniform with yellow reflective strips and a white safety helmet featuring the Evonik logo is working on an outdoor industrial facility. The person is holding a tablet in one hand and operating a valve or device on a pipeline with multiple fittings using the other hand. In the background, green trees, blur effects, and construction fencing are visible.
Hydrogen

Turn on the hydrogen

Hydrogen is considered the fuel of a green economy. Investments are rising rapidly.

A gold-glimmering roll on a white production axis.
Hydrogen

Important Role for Green Hydrogen

An anion exchange membrane enables the cost-effective and flexible production of green hydrogen. Evonik has developed such a membrane and will produce it in a pilot plant in Marl in the future.

symbol picture Wasserstoff
In my Element

Hydrogen from the biorefinery

At the Evonik site in Rheinfelden, on the border with Switzerland, hydrogen is produced in an unconventional way.

Dinosaurs stare at a burning aseroid falling from the sky.
In my Element

The element from outer space

Iridium probably came to Earth through asteroid impacts. Today, it is in great demand for the production of green hydrogen. Zahra Nasri explains why.

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Hydrogen

Hydrogen fuels hope

When it burns it only produces water, its supply is inexhaustible, and its applications are manifold: Hydrogen has what it takes to fundamentally transform our economic system. Evonik is working in many areas to help make this vision a reality

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Energy Transition

The membrane is the key

Huge amounts of green hydrogen will be needed to create a sustainable economic system. As a result, Evonik is working together with partners to develop a new membrane that will make environmentally friendly water electrolysis competitive

The end caps of two gas pipelines in light blue
Chart

The All-Rounder

Hydrogen is extremely versatile, which is why hydrogen from renewable energies is a raw material of the future.

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Interview

Hydrogen: the energy carrier of the future

The President of the Energy Watch Group, Hans-Josef Fell, is calling for the almost exclusive utilization of green hydrogen from renewable sources. Jorgo Chatzimarkakis, Secretary General of the industrial association Hydrogen Europe, believes this is not enough. A debate.

MICROBIOME

 About fist-sized yellow chicks.
Microbiome

Probiotics: Spore solution

Evonik’s latest probiotic feed additive not only keeps poults healthy; its use in  poultry farming makes an important contribution to the fight against antibiotic resistance. How Ecobiol® Pro is produced and why it benefits people around the world

World map
Data Mining

Life and Death

Antibiotics help save millions of lives. However, they pose a problem when added to animal feed in particular, as their mass use promotes resistance. An overview of the situation in figures

Alexander Fleming in his lab
Pharma

Dangerous Resistances

The discovery of antibiotics revolutionized medicine—and at the same time sowed the seeds of a global crisis. That’s because it is increasingly the case that bacteria can no longer be combated with the available means

Graphic Skin Micobiome
Microbiome

Microbe Billionaire

Billions and billions of microbes live on our skin and keep it healthy. Our diagram shows them on a large scale.

Various bacteria and pathogens on a human hand, the microbiota of the skin - 3d illustration
Microbiome

Ready to Wear

The surface of our body is home to a large number of microorganisms that are beneficial to our health. Cosmetics should not disturb the natural microbiome of the skin. For this reason, a team at Evonik led by microbiologist Stefan Pelzer has developed a model that can be used to test important ingredients

CIRCULARITY

A dark drop drips from a pipette onto a deep purple plate.
Circularity

Cracked Plastic

More plastic is to be recycled worldwide. Pyrolysis, which is the liquefaction of plastic waste, creates new possibilities here. Evonik offers additives and technologies that improve the quality of pyrolysis oil in a manner that makes it suitable for the production of polymers

USA - EU - China: Flags
Politics

Pyrolysis and Politics

The role that pyrolysis oils from plastic waste can play in the production of new plastics in the future is not just dependent on purity and technical feasibility. The political environment is also a factor here and can provide incentives to promote chemical recycling—or not. It therefore makes sense to take a look at the EU, the United States, and China, which together account for around three quarters of global steam cracker capacity

An oil refinery with many pipes.
Circularity

One more round

In chemical recycling of plastics, the quality of the resulting pyrolysis oil is crucial. The purer the product, the more opportunities it offers for further processing. This is how the cycle works.

Aerial view of Evonik’s Herne site, North Rhine-Westphalia, Germany
Energy Transition

Chemical plant heats 1,000 households

It’s an untapped resource: the waste heat from industrial production that has largely been escaping unused into the environment. At the same time, demand is growing for climate-friendly heat in cities and regions. Tightly linking industry, energy suppliers, and municipalities is a key lever for aligning climate protection, economic efficiency, and security of supply. A project at Evonik’s site in Herne shows how it can work.

3D rendering of a rocket ascending through the clouds.
Hydrogen Peroxide

Sustainable Propulsion Systems Boost Spaceflight

The space industry is going places: The need to achieve technological progress and deliver sustainable propulsion systems is producing a host of new players that are driving these innovations inexorably forward. Evonik Active Oxygens’ environmentally compatible propellant, PROPULSE, has an important role to play here.

Evonik Countries

Here, we present countries and their cultures where Evonik is active.

In my Element

A spiny dye-murex (Hexaplex trunculus) underwater.

“This Blue Is Divine!”

A blue with a history spanning more than a thousand years, made unique by brominated compounds: For the Ptil Tekhelet Association in Jerusalem, it is indispensable for producing the Jewish prayer shawl in the traditional way—the only organization in the world that does so. Physicist and electrical engineer Baruch Sterman explains the background.

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Thorsten Schumm holds a large analog stopwatch in his right hand and laughs. Thorsten Schumm holds a test tube containing a tiny amount of green liquid in his hand.

"We want to build the most accurate clock in the world"

Time is no longer measured solely in human dimensions. Atomic clocks control and regulate time more accurately than humans ever could. The Vienna University of Technology now wants to go one step further and base clocks on the atomic nucleus.

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symbol picture Wasserstoff

Hydrogen from the biorefinery

At the Evonik site in Rheinfelden, on the border with Switzerland, hydrogen is produced in an unconventional way.

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Dr. Andrea „Annie“ Kritcher ist Kerntechnikerin und Physikerin an der National Ignition Faculty des Lawrence Livermore National Laboratory in Kalifornien. Für das Experiment im Dezember 2022 hat sie die Kapsel mit dem Brennstoff aus Deuterium und Tritium entworfen.

“I’m reaching for the stars”

Dr. Andrea “Annie” Kritcher is a nuclear engineer and physicist on the National Ignition Faculty at Lawrence Livermore National Laboratory in California. For the December 2022 experiment, she designed the capsule that contained the deuterium and tritium fuel

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Elements Newsletter

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