TEAS® technologies, applied to the naval sector, are the solution to improve fuel consumption, emissions, hygiene, and onboard conditions, drastically reducing costs.

TEAS® Technologies for the Naval Sector

Foreword

The following page aims to bring together all TEAS® applications in the naval field, including handling, thermal production, energy efficiency, consumption reduction, hygiene, and ecology into a single informative document, designed for:
– shipowners
– technical directors
– shipyards
– onboard engineers
– ESG/environment managers

1. Introduction: Why TEAS® in the maritime sector

The shipbuilding industry is currently in the midst of a technological transformation focused on savings and sustainability.
International regulations (IMO, MARPOL, EEXI, CII), rising fuel costs, and increasing attention to environmental impact require new solutions that are more efficient, cleaner, and safer.

The TEAS® (Spectral Harmonic Electrolysis Technology) family of technologies offers a set of advanced tools designed to improve:
– heat and energy production
– washing quality and onboard hygiene
– operational efficiency
– environmental sustainability
– reduction of electricity and material consumption
– the durability and reliability of systems

When applied correctly, these technologies can lead to an integrated reduction in operating costs of between 25% and 60%, with a significantly lower environmental impact.

2. TEAS® technologies in the naval sector

2.1. RAD-TEAS® Naval Edition

Heating and water activation for ship laundries

The RAD-TEAS® replaces the resistive heater in marine washing machines and, at the same time, turns water into a powerful medium:
– whitening
– cleaner
– sterilizing
drastically reducing the use of chemicals.

Measurable results:
– 40–50% reduction in electricity consumption
– 90–99% reduction in detergents and additives
– almost complete sanitation of garments
– no parts need to be replaced
– compatible with industrial washing machines of any brand

It offers great benefits for fleets:
– reduced logistics (less onboard storage)
– reduced pollutant discharge
– lower weight and refueling
A perfect solution for cruises, cargo ships, military vessels, yachts

2.2. TEAS® for Handling and Propulsion (Advanced Study)

Unconventional energy applications

In an advanced prototype form, TEAS® systems dedicated to handling include:
– use of harmonic plasma in a closed loop
– controlled thermal density effects
– directed micro-pressures
– optimization of energy conversion processes
– significant reduction of internal losses

When paired with optimized thermal and mechanical systems, they can contribute to:
– energy recovery
– powering auxiliary systems
– thermal supplementation of hybrid engines
– improvement of overall onboard efficiencies

This application, though innovative, is consistent with global trends of:
– naval hybridization
– emission reduction
– energy transition towards non-combustible systems

3. Global Environmental Impact

TEAS® technologies reduce:

• onboard electricity consumption
  – lower load on generators
  – lower fuel consumption
• No chemical use
  – almost zero detergents
  – zero thermal fuels (fossil fuels)
• polluting discharges into the sea
  – no dispersed surfactants
  – no toxic residues
  – limited, controlled, and natural traces of hypochlorite
• onboard logistics
  – less storage
  – less waste
  – reduced environmental risks
• The global carbon footprint. The adoption of TEAS® helps improve the CII index, the EEXI parameters, and the ESG standards of companies.

4. Integration on board ships

TEAS® technologies are designed to be:
• Retrofit compatible
No structural modifications.
• Retrofit compatible
No structural modifications.
• Scalable
From small onboard washing machines to large-capacity thermal plants.
• Safe
No risk of explosions, fires, or gas leaks.
• Low maintenance impact
High durability and reliability.

5. Competitive advantage for shipowners and companies

Ships equipped with TEAS® technologies feature:
– lower annual operating cost
– greater environmental sustainability
– greater autonomy on long trips
– minor impact on ports subject to regulations
– advanced green image in the eyes of the market
– better ESG metrics and social responsibility

6. Ideal Applications

– Cruises
– Ferries and Ro-Ro
– Cargo and Container
– Military ships and coast guard
– Industrial fishing vessels
– Yachts and large yachts
– Research vessels
– Shipyards and new shipbuilding projects

7. Conclusions

TEAS® technologies, applied to the naval sector, represent a concrete, safe, and already applicable solution for:
– drastically reduce consumption and emissions
– improve hygiene and onboard conditions
– lower operating costs
– increase the overall efficiency of the ship
– ensure compliance with current and future regulations

A technological ecosystem that combines efficiency, sustainability, and innovation.