Hydro4M2

Hydro4M2 - world's first orbital class thermal pervaporation demonstrator

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Introducing the Hydro4M2 payload

Hydromars has received funding from the European Space Agency for In-Orbit Demonstration and Validation test onboard Nyx orbital vehicle. The flight mission name is - "Mission Possible".

With the opportunity, we aim to measure the response of our water purification and recovery process whilst in microgravity. 

For this, we are developing the first fully automated space-qualified thermal pervaporation system, designed to survive the rigors of long-term storage, launch, and re-entry.

Hydro4M2

FACTS

Hydro4M2 is a drastically scaled-down version of Hydromars full-scale product. 

 

Mass 9.1 kg
Dimensions 200 mm x 200 mm x 140mm
Microgravity environment Up to one hour

 

Progress timeline

January 2025

Integration

Integration of Hydro4M2 into Nyx capsule. Launch from Falcon 9 scheduled for June 2025.

December 2024

Successful delivery 

Final report approved. Hydro4M2 delivered to TEC's facility in Munich.

October 2024

Provision of report

Provision of final report to TEC. Awaiting approval before payload delivery and integration.

September 2024

Environmental tests 

Successfully passed EMC, vibration, and shock tests.

May 2024

Flight PL assembly

Components procured. Unit assembled. Environmental tests scheduled for June.

January 2024

Team for electrical subsystem

Team formed for OBC + PPB stack development. Process finalized within requirement limitations.

December 2023

Membrane module development

Development of the space-grade membrane module. 

August - October 2023

Breadboard model

Development of a breadboard model to test and validate basic concepts.

May - June 2023

"Mission Possible"

ESA-funded technology demonstration opportunity for Hydro4M2.

Team Hydro4M2

arjun

Arjun Monga

Technical Project Leader

Born 1998

Education: M.Sc. in Electromagnetics, Fusion, and Space Engineering, KTH Royal Institute of Technology, Sweden. B.Sc. in Technology, Delhi College of Engineering, India.

Experience/Competence: Aerospace Engineering, Engineering Physics, parabolic microgravity testing, payload engineering for sounding rockets, product development, systems integration, mission analysis.

Axel

Axel Boström

Electrical and Electronic Hardware

Born: 2000

Background: M.Sc. in Embedded Systems, KTH Royal Institute of Technology. Bachelor's degree in Electrical Engineering, KTH.

Experience/Competence: Active member of Elab. Has built several completely self-designed projects from keyboards to vacuum tube amplifiers. Excellent skills, among others, in Programming, Operating systems, Software&Tools.

To be used exclusively by Hydromars (3)

Daniele Stella

Payload Software

Born: 2001

Background: M.Sc. in Embedded Systems, KTH Royal Institute of Technology and University of Trento, Italy. B.Sc. in Computer Science, University of Trento, Italy.

Experience/Competence: A Software developer with a focus on Embedded Systems. Well-versed in C and C++. Hands-on experience in STM32 and AVR microcontrollers, coupled with a solid understanding of digital electronics. 

To be used exclusively by Hydromars (7)

Alaa Kullab

Water Process Engineer

Born 1977

Education: Ph.D. in Energy Technology, KTH Royal Institute of Technology, Sweden. M.Sc. in Environmental Engineering and Sustainable Infrastructure, KTH, Sweden. B.Sc. in Civil Engineering, Birzeit University, Palestine.

Experience/Competence: Water treatment, environmental engineering, thermal desalination, membrane technologies, environmental management tools, computational fluid dynamics, GMS (groundwater modeling system), construction, maintenance, and water management.

 

Related news

Social media (2)
Space Tech
Validation

Hydro4M2 handover

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Validation
capture
Mission Earth
Space Tech
Validation

Images from the project

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Do you want to know more? Get in contact with us!

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