Carrying out activities in the field of sustainable energy solutions, including the development and production and sale of sustainable offshore floating solar energy solutions.

A unique, stable, liquefied hydrogen carrier.

High-Vacuum Insulation

Water desalination solution

Zero emission generators

Smart management system for shrimp farm.

Generation of hydrogen by sunlight and water only

Capturing the heartbeat of the ocean

IADYS is a robotics and artificial intelligence company serving the environment. Its robotized products (Jellyfishbot, Jellyfishbot Expert and Mobile Oil Skimmer / MOS) collect floating waste and oil from the surface of the water, protect biodiversity and guarantee safe intervention for users. We are curently working on a docking station for our robots, allowing them to charge themselves, to clean and empty the nets in full autonomy.

Fish cage solution for challenging environment

A process preserving water and energy

Validation through Sea Trials at scale 1:3

Combined offshore wind energy with aquaculture.

Autonomous surface vehicles for monitoring

"Virtual bridge" system test and co-development together with a customer/municipality. A system includes a number of vessels with electric propulsion, floating docks, charging and traffic control

Our patented RMD Low-Density Multifunctional Coats (LDMC) introduce two cutting-edge solutions. Firstly, the groundbreaking EON TECHNOLOGY SYSTEM offers robust protection against corrosive sea and atmospheric effects. An elastomeric membrane, with a dry thickness of 1,400 microns, shields anti-corrosive primers, ensuring genuine long-term protection for metal structures, exceeding 15 to 30 years. The second solution (RRC coatings) addresses a challenge in treating oxidized metal structures, simplifying rust removal without extensive preparation. Introducing RRC coatings, eliminating the need for conventional sandblasting. A gentle mechanical process, with the option of hydro cleaning, reduces waste, contributing to environmental preservation.

Vision "Our visions is to create a vibrant business in conservation of sturgeons in a global market of aquaculture, driven by innovations and value-added in a totally novel technology of reproduction sturgeon, to provide a new global standard reference in conservation a vulnerable and endangered species and to become the first option in protection to the last sturgeon, presents in the entire world." Missions "Our missions is to reproduce in large quantity 4 species of sturgeon present now in the Black See and Danube River Low Part, and offer for aquaculture global market farms, larvae’s and fries or juvenile sturgeon to be grow in an environmentally responsible manner with respect for the fish in order to produce ecologically and sustainable business, making our brand " ®OLOOSON" first suppliers option in the world." Objectives "Our objectives are to obtain high value profit without destroying the natural environment, to protect a species of venerable fish located in extinction and to build a business at a big commercial scale in the most sustainable model. All of this is intended to be our " ®OLOOSON" Sturgeon Factory."

Inobiostar is a spin-off company of Klaipeda University. We are developing environmentally friendly solutions for aquatic oil spills clean-up.

A sustainable inter-island transport solution using next-gen, hybrid sail-powered ferries to protect vulnerable ecosystems, as islands ecosystems.

To communicate with each other, microorganisms such as cells and microbes release into the extracellular space chemical messengers that change the ionic concentration and the potential at the interface between the cells and a sensing electrode where the microorganism adhere. These electrochemical bursts can be detected as small voltage signals. The sensor detects these bioelectrical signals in real time in a non-invasive way. The extracellular detected signals are strongly related with the biological activity of the cell population. Therefore, it provides direct information about the communication network. The sensor is capable to detect faint perturbations induced by external agents, such as contaminants, or drugs. The instrument can be used laboratory for research purposes. For example, to screen bioactive compounds or even operate in remote aquatic environments, namely in oceans and in lakes for high precision and real-time pollutants detection.