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Sasit Lab

Sasit Lab LLC

Zug, Switzerland

HydrogenBiomassEnergy StorageOtherLimited company
11-50 employees
Profile last updated: September 22, 2026

About

Sasit Lab is a limited company headquartered in Zug, Switzerland with approximately 11-50 employees specializing in Hydrogen, Biomass, Energy Storage.

Sasit Lab is a Swiss research institute focused on sustainable technologies. Its R&D work covers solid-state hydrogen storage materials, second-generation lignocellulosic bioethanol, energy storage in synthetic stone and cement-based batteries, carbon fiber recycling from CFRP waste, carbon fiber reinforced concrete, and a machine learning-based topology optimization software for concrete elements. The company also develops antibacterial, superhydrophobic coatings and nano-polymer artificial stone. It describes its mission as building sustainable solutions in renewable energies, new building materials and CO2 reduction, and offers collaboration, investment and technology licensing.

Headquarters

Zug, Switzerland

Employees

11-50

Company type

Limited company

Focus areas

hydrogen storagebioethanolenergy storagerenewable energyconcretecarbon fiber recyclingtopology optimization3D printingantibacterial coatingsuperhydrophobicartificial stone

Products & services

Value chain

R&D

Service areas (1)

  • Research and development

    Research and development of hydrogen storage, bioethanol, energy storage, concrete, and carbon fiber recycling technologies, including licensing of technologies.

Locations

Headquarters

Chamerstrasse 172, 6300, Zug, Switzerland

Service regions

Switzerland

Projects

5

Solid-state hydrogen storage materials

Hydrogen storage

Development of low-cost, sustainable solid-state materials and multi-component composites for hydrogen storage at ambient conditions.

Second-generation bioethanol

Bioethanol production

Process innovation for lignocellulosic bioethanol production covering pre-treatment, hydrolysis and distillation, aimed at industrial scale.

Synthetic stone electrical energy storage

Energy storage

Battery technology using the pore solution in cement and geopolymer stone as electrolyte to store energy in building facades and concrete elements.

Carbon fiber recycling from CFRP waste

Carbon fiber recycling

Low-energy process for recovering high-quality carbon fibers from end-of-life and scrap carbon fiber reinforced polymer waste.

Carbon fiber reinforced concrete

Carbon fiber reinforced concrete

Concrete reinforced with carbon fiber to increase strength, durability and load-bearing capacity while reducing weight.

Credentials & affiliations

Partnerships

Staiger Law, Steinbeis Transfer Center Infrastructure Management

People

Management & team (2)

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