Exterior view of the Hydrogen Terminal Braunschweig building at dusk, with a green illuminated sign and adjacent cylindrical industrial equipment under a cloudy blue sky.

Research Partners and Projects

Together with our partners in research we are looking for innovative solutions. We jointly develop new materials and coatings for a wide range of applications, test special process configurations and do research work in gas applications.

Research Assignments

Explosion Explosion Abrupt oxidation or decomposition reaction producing an increase in temperature, pressure, or in both simultaneously. hazards can occur in various applications and are often not easily avoidable. For this reason, the use of Flame Arresters is always required to reduce the consequences to a minimum and ensure safe process safety.

The wide range of applications is also reflected in our research projects in various fields:

for aeroplanes, helicopters and motor cars
for renewable raw materials and alternative energies
for applications with special fluids
for applications with oxidising agents other than oxygen
for applications with higher than normal levels of oxygen

Current Research Projects at the PROTEGO® Test Site

Outdoor industrial test setup with a horizontal pipe over an open containment pit, featuring a red flanged device and multiple sensors connected by green cables.

Development of a Test Method for Detonation Flame Arresters

Development of a testing method for flame arresters Flame Arresters A flame arrester, deflagration arrester, or flame trap is a device or form of construction that will allow free passage of a gas or gaseous mixture but will interrupt or prevent the passage of flame. to ensure protection against detonations at higher pressures before ignition
Research Partners: BAM, PTB, IBExU, Kito

Donwload Project Description

Flame Arresters for Hydrogen

Fundamentals of explosion protection Explosion protection An explosion protection is a flame arrester that prevents flame propagation into plant sections to be protected during explosions. decoupling through composite materials to ensure safety along the value chain of innovative hydrogen technologies
Research Partners: EAH, PTB, Haver&Boecker, R.Stahl

Download Project Description

Side-by-side comparison of two large flanged industrial pipeline devices outdoors, one heavily corroded and one newly painted red, mounted between steel pipes against a wooded background.

Explosion Protection

Development of a new safety concept for the installation conditions of flame arresters dependent on pipe isometry, for integration into industrial plants.

Large white horizontal storage tank at an industrial site with a circular inset highlighting a close-up of a metallic pressure or vent valve component.

Flame Arresters for Hydrogen - Oxygen - Mixtures

Development of flame arresters for H2-O2 mixtures through precise manufacturing, new geometries, and experimental test series
Successful example: Hydrogen terminal at Braunschweig Airport

Outdoor industrial test setup with a white vessel venting steam beneath a metal truss frame, surrounded by hoses, equipment, and safety cones.

Tank Breathing

First-time research on various influencing parameters of tank breathing, such as condensation, with the aim of optimal design of tank breather valves Pressure and vacuum relief valve A pressure and vacuum relief valve is a pressure equalization valve for impermissible pressure and vacuum in a closed system. to avoid over-dimensioning.

Project Partners: TU Magdeburg and CSE with scientific supervision of a doctoral thesis

Close-up of a laboratory test device with glowing heated wires and circular metal elements, showing an active high-temperature experimental setup.

Endurance Burning: Non-pure hydrocarbons

Safety concepts for substances such as (bio-)methanol, (bio-)ethanol, and ethanol-containing fuels
Safety concepts for non-pure hydrocarbons must be specifically designed and tested (requirements for construction and material)