Industrial Exhaust Air Treatment
and Decarbonisation
Industrial exhaust air purification and decarbonisation
Industrial Exhaust Air Treatment
and Decarbonisation
Climate protection that pays:
We make the energy transition possible in your production.
Climate protection that pays:
We make the energy transition possible in your production.
Climate protection that pays:
We make the energy transition possible in your production.
We support companies in transitioning to climate-friendly, future-proof production processes
– with noticeably lower energy and operating costs.
Industry needs scalable solutions to reduce emissions, replace fossil-fuel processes and reliably meet regulatory requirements. PlasmaAir develops and implements industrial solutions in two areas: bespoke plant engineering for exhaust air purification and plasma-based technologies for decarbonisation. From feasibility studies to pilot or industrial plants.
We step in where conventional exhaust air purification reaches its limits. For over 25 years, we have developed processes tailored to the needs of customers in the automotive, chemical and manufacturing industries: from analysis and design through to a fully operational plant.
Custom systems engineering for exhaust air purification
Custom systems engineering for exhaust air purification
PlasmaAir designs and builds bespoke systems for cleaning industrial exhaust air. Our systems are designed to handle demanding process conditions, deliver high operational reliability and ensure dependable emissions reduction in industrial applications. They are optimised to meet legally applicable emission limits.
Decarbonisation technologies
Decarbonisation technologies
PlasmaAir develops plasma-based solutions for the electrification of high-temperature processes, the disposal of refrigerants and the upgrading of synthesis gases from gasification plants.
Prototypes for CO₂ capture have been developed, for example through Direct Air Capture or capture from point sources.
with plasma assistance
Pure O₂/CH₄ flame (plasma off, oxy-fuel)
Our innovation:
The hybrid burner
Glass, ceramics and metal require a great deal of heat around the clock. Today, this heat almost always comes from fossil natural gas. Rising CO₂ prices and stricter climate targets are putting operators under pressure, but fully electrifying many furnaces is not yet feasible.
The PlasmaAir hybrid burner offers a middle ground: it combines electrical plasma energy with the heat of chemical combustion in a single system. The balance between electricity and gas can be adjusted as required. When renewable electricity is available at a low cost, the electrical share increases. The burner adapts to your energy situation, rather than the other way round.
with plasma assistance
Pure O₂/CH₄ flame (plasma off, oxy-fuel)
Our latest innovation:
The hybrid burner
Glass, ceramics and metals require a great deal of heat around the clock. Today, this almost always comes from fossil natural gas. Rising CO₂ prices and stricter climate targets are putting operators under pressure, but fully electrifying many furnaces is not technically feasible at the temperatures required, or has not yet been proven.
The PlasmaAir hybrid burner offers a middle ground: it combines electrical plasma energy with the heat from chemical combustion in a single system. The ratio of electricity to gas can be adjusted as required. When green electricity is available at a low price, the electrical share increases. The burner adapts to your energy situation, rather than the other way around.
with plasma assistance
Pure O₂/CH₄ flame (plasma off, oxy-fuel)
Our latest innovation:
The hybrid burner
Glass, ceramics and metals require a great deal of heat around the clock. Today, this almost always comes from fossil natural gas. Rising CO₂ prices and stricter climate targets are putting operators under pressure, but fully electrifying many furnaces is not technically feasible at the temperatures required, or has not yet been proven.
The PlasmaAir hybrid burner offers a middle ground: it combines electrical plasma energy with the heat from chemical combustion in a single system. The ratio of electricity to gas can be adjusted as required. When green electricity is available at a low price, the electrical share increases. The burner adapts to your energy situation, rather than the other way around.
INDUSTRIES WE SERVE
OUR PRODUCTS AND TECHNOLOGIES
Electrification of
high-temperature processes
Plasma-based solutions for a wide range of applications.
Exhaust Air Purification
Custom systems for cleaning industrial exhaust air.
INDUSTRIES WE SERVE
We support companies in transitioning to climate-friendly, future-proof production processes
– with noticeably lower energy and operating costs.
Industry needs scalable solutions to reduce emissions, replace fossil-based processes and reliably meet regulatory requirements. PlasmaAir develops and delivers industrial solutions in two areas: bespoke plant engineering for exhaust air purification, and plasma-based technologies for decarbonisation. From feasibility studies through to pilot or full-scale industrial plants.
Decarbonisation technologies
PlasmaAir develops plasma-based solutions for the electrification of high-temperature processes and for CO₂ capture, for example through Direct Air Capture or capture from point sources.
Custom systems engineering for exhaust air purification
PlasmaAir designs and builds customised systems for cleaning industrial exhaust air. Our systems are designed to meet demanding process conditions, deliver high operational reliability and provide dependable emissions reduction in industrial applications.
Custom systems engineering for exhaust air purification
PlasmaAir designs and builds customised systems for cleaning industrial exhaust air. Our systems are designed to meet demanding process conditions, deliver high operational reliability and provide dependable emissions reduction in industrial applications.
Decarbonisation technologies
PlasmaAir develops plasma-based solutions for the electrification of high-temperature processes and for CO₂ capture, for example through Direct Air Capture or capture from point sources.
PlasmaAir AG
Am Lindenberg 8
71263 Weil der Stadt
PlasmaAir AG
Am Lindenberg 8
71263 Weil der Stadt
PlasmaAir AG
Am Lindenberg 8
71263 Weil der Stadt