Employer profile
PMR Tech
Bochum, DEImpact-drivenStartupRenewable Energies & Environmental TechnologyClimate & Environmental Protection
Impact3Sustainability Goals
Employees2 - 10
Founded2019
LocationBochum
About PMR Tech
PMR Tech GmbH is a technology start-up based in Bochum, Germany, specializing in efficient hydrogen-oxygen gas generators using alkaline mixed gas electrolysis. These devices split water into a CO2-neutral gas mixture, offering a profitable, safe, and environmentally friendly alternative to conventional fuel gases in various industrial applications. The organization's mission is to decarbonize industry and contribute to a sustainable energy transition. Its core product, "WSG ONE", provides benefits such as environmental friendliness, increased productivity, and reduced costs in applications like flame cutting and glass processing.
Do you work at PMR Tech?
baito is the job platform for meaningful jobs: more than 60,000 people look here every month. Your first job ad is half price.
This signs you up for our newsletter for employers. Unsubscribe any time. Privacy
Connect
Who works here?
Discover the people behind PMR Tech
Get a look at the team — see who works here and spot familiar faces from your network.
Sustainability Goals
Affordable & Clean Energy
Clean Energy for Industrial Applications
PMR Tech develops and produces efficient hydrogen-oxygen gas generators that CO2-neutrally replace conventional fuel gases in industrial processes. This technology provides access to sustainable energy for manufacturing companies.
Climate Action
Decarbonizing Industry with Innovative Fuels
PMR Tech's hydrogen-oxygen gas generators enable CO2-neutral combustion in industrial settings. The organization actively contributes to reducing greenhouse gas emissions in production processes and advancing the energy transition.
Industry, Innovation & Infrastructure
Innovative Solutions for Sustainable Industrial Production
As a technology startup, PMR Tech develops pioneering electrolysis technology for industry. Its efficient generators promote the modernization of production processes and the establishment of resilient, sustainable industrial infrastructure.
321 profile views
last 28 days
For employers
Job seekers are discovering PMR Tech
Claim your profile on baito and get discovered by talent looking for purpose-driven work. Showcase your mission, culture, and benefits and turn visitors into applicants.
Free & takes 2 minutes
Culture & Values
Showcase your culture and values to stand out from the crowd.
FAQs
Q1What is PMR Tech's mission?
+
PMR Tech's mission is to decarbonize industry and contribute significantly to a sustainable energy transition. This is achieved by providing CO2-neutral gas mixtures as an alternative to conventional fuel gases.
Q2What technology does PMR Tech develop?
+
PMR Tech develops efficient hydrogen-oxygen gas generators using alkaline mixed gas electrolysis. These devices utilize electric current to split water into a CO2-neutral gas mixture, serving as a safe and profitable alternative to fossil fuel gases.
Q3Where is PMR Tech headquartered and how many employees does the organization have?
+
PMR Tech is headquartered in Bochum, Germany. The organization is a start-up and currently employs between 2 and 10 staff members.
Q4How can interested individuals apply for a job at PMR Tech?
+
Interested individuals can apply through PMR Tech's careers page. All current job listings and information regarding the application process are available at https://pmr-tech.de/jobs.
Q5Which organizations support PMR Tech?
+
PMR Tech is supported and funded by notable organizations such as Projektträger Jülich (PTJ) and Bryck. These partnerships contribute to the validation and further development of its technology.
Q6In which areas is PMR Tech's technology applied?
+
PMR Tech's solutions are broadly applicable in oxy-fuel technology, including flame cutting, gouging, soldering, glass processing, flame hardening, and flame spraying. The technology offers an environmentally friendly and efficient alternative to conventional fuel gases.
