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Marine and industrial operators face rising maintenance costs, reduced efficiency, and environmental compliance pressures due to biofouling, the buildup of algae, barnacles, and microorganisms on submerged surfaces like ship hulls, pipes, and heat exchangers. Traditional antifouling methods rely on toxic paints or chemical biocides, which are costly, short-lived, and harmful to marine ecosystems. Titanium Technology (TiTech) addresses this problem with a clean, electrochemical antifouling system that uses titanium surfaces and controlled electrical signals to naturally prevent biological growth. The result is a durable, maintenance-free, and eco-friendly alternative that keeps submerged components clean, reduces downtime, and eliminates the need for polluting coatings.

Founded by Alejandro Samaniego Miracle in 2019 and supported by a core management team consisting of Marco Fernández (Chief Financial Officer), Salvador Peso (Chief Operating Officer), and María Antonia Fernández Reid (Chief Commercial Officer), TiTech positions itself as a next-generation, eco-friendly antifouling alternative. Their innovative product is rooted in material science, electrochemistry, and corrosion science and the company claims to have validated performance in field and laboratory tests, with “spectacular” results. Unlike conventional antifouling methods that rely on toxic paints or chemical biocides, TiTech’s system utilizes the natural properties of titanium combined with electrochemical control to create a surface environment that prevents biological colonization. This process keeps surfaces clean without harming marine ecosystems, significantly reducing maintenance costs and environmental impact. The solution is highly durable and adaptable, capable of being integrated into different industrial and maritime applications, including cooling systems, irrigation, and renewable marine energy structures. By eliminating the need for polluting coatings and frequent cleaning, TiTech’s product represents a breakthrough in sustainable marine technology, offering long-term efficiency, reduced downtime, and an environmentally responsible alternative for industries operating in aquatic environments

Titanium Technology has secured investment both from public grants and private sources. Among its investors is Samicle Investment SL, which appears in startup profiles as a private investor in the company. Additionally, TiTech has benefitted from significant public funding: for example, it received support from the Community of Madrid through the “Cheque Innovación” program, and via the Spanish national CDTI under the NEOTEC program. It has also been awarded naval-sector industrial grants such as in the “Blueboats” project (under the PERTE Naval initiative), amounting to just over €700,000. TiTech is seeking an additional fundraise of approximately €1.5 million to co-finance expected grants and scale its operations. As of the latest available data, Titanium Technology (TiTech) has raised a combination of private investment and public innovation funding totaling over €1 million in confirmed financing. This blend of equity and grant funding reflects the company’s strong backing from both the Spanish innovation ecosystem and impact-oriented private investors committed to advancing sustainable marine technologies.

Final Thoughts

Titanium Technology (TiTech) is a compelling example of an emerging cleantech startup tackling the pervasive industrial challenge of bio fouling through an environmentally respectful, materials-driven, and electrochemical solution. TiTech represents a niche but high-potential startup at the intersection of marine engineering, materials science, and sustainable innovation. If successful, their system could reduce maintenance costs, lower environmental impact, and shift the antifouling industry toward greener methods.

References 

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