This page outlines the knowledge & technologies available to unlock the potential of our concepts.

Reciprocal benefits across emerging technologies, academic breakthroughs, and industrial advancements are identified.

The prospect of integration into Sea-wiggle.R or R.E-xpande.R could improve their commercial viability, and market uptake will strengthen the case for continued investment in research and development.

Both emerging and proven technologies can strengthen these developments, and strategic industrial partnerships, backed by government funding, are the cornerstones of these developments.

Our 'wave-to-H₂' breakthrough reframes ocean energy as a scalable pathway, ready for proceeding.

Some potential facilitating technologies

CO₂ Capture & Storage Progress in essential

Developing CO₂ conversion reaction for the production of sustainable chemicals as e-fuels / monomers is essential.

Also a concrete technique to captuer CO₂ at emission point and subsequent storage are vital to my innovation.

CCS/U, DAC, SEWGS require a lot of energy but are A key technology for net zero

OXYLUM spin-off UAntwerpen

Oxylum is a spin-off company from University of Antwerp in the field elektrochemical CO₂-reduction technology and finds its origin in years of research within the ELCAT group, led by prof. Tom Breugelmans (Website UAntwerpen).

Clean electrolysis means with improved efficiency

Hydrogen can be used as a feedstock for chemistry, as a fuel, for fuel cells and for storage of renewable energy.

TNO Duurzaam

Monitoring of autonomous crafts and Propulsion

The concept of autonomous free-floating WECs incorporate collision-avoidance and navigation.

Assessment must be made for cybersecurity and piracy.

Validation via trial model or simulation of my ideas about damage mitigation - devised based on the system's capabilities

Surface coatings on electrodes

Research ongoing but not known to me.

Membranes for Seawater conditioning

Seawater Purification by Membranes

Enable direct electrolysis from ocean water, bypassing costly desalination RO processes.

Or my work-around under NDA (labo test to do)

From mYours Inventions to Impact

I want to accent the cross-benefits of our inventions with the enabling technologies for People & Planet.

From Fanatic Brains to Value Chains.

Inventions go beyond technical advancements – they facilitate systemic shifts.

1. Global Reach
   • Delivering fossil-free hydrogen / HC's;
   • Installing wordwide carbon capture;
   • Sharing expertise in E-buffer technics;
   • Rent out Seanergy.be to other nations;

From Engineering Efforts to Planet Profit

The Earth's capability reshapes the economical reality.

1. Faster Decarbonisation:
   • Valorizing Carbon Capture;
   • Adding e-fuels to f-fuels;
   • Hydrogen to biogas for e-fuel;
   • Less crude oil for chemistry;
2. Lower Rare-metal Need:
   • Large-scale buffers, less batteries;
   • Higher electrolyse efficiency;
   • More Ocean Wave H2 is less solar panels;
3. Less Bio-devastation:
   • Less mining, less heavy machinery;
   • Less refining (crude / mineral ore)
   • Less environmental restoration;

To Top

Europe’s Future-Oriented Competitiveness.

Fossil-free H₂ and C-derivatives for Europe's industrial backbone to modernise and remain competitive.

1. Next-Generation e-Fuels for:
   • Thermal intensive applications;
   • Power generation H-gas turbines;
   • For emergency & rapid interventions;
   • HC-derivates for cargo ships / aviation;
2. Bridging Transition Gaps:
   • Sustainable hybrid goods logistics;
   • Million motorbikes with f/e fuelmix;
   • Hybrid home heating with e-gas;
3. Smart Phasing Electrification:
   • Paroto approach in allocating means;
   • Data-driven prioritation of project;
   • Gradual demolition and rebuilding;
   • Closing the carbon loop with blue H2

Enhancing Europe’s Energy Autonomy and Prosperity.

Not only a predictibale energy pillar but also a manufacturing pillar.

1. Diversification of R.E. Sources:
   • Smoothing out price fluctuations of energy import;
   • Supply continuity when source disruptions stikes;
   • Multiple fallback options is shorter interruptions;
2. Variability of Renewable Sources:
   • Multiple sources smoothing out fluctuations;
   • Large-scale buffers compensate for peaks;
   • Gasturbines on e-gas reduce risk on blackouts;
3. Production Rates and System resilience:
   • Reliance on own production capacity versus import;
   • Sea-wiggle.R mass-production at double rate cfr small cars;
   • Rather fast and easy maintenance and repair;

Paving the Way: Technics are not the only Catalysts

The legal context for this kind of exploitation of the open ocean needs to be clarified and agreed.

1. International Legal Frameworks:
   • Operating in large zones with favourable wave profiles;
   • Conflict handling and Collision mitigation;

Ω. Now that the scope is clear, an question must be assessed

Namely: can this setup achieve a net-positive balance ?

Project kick-off: Initial desired disciplines

Project management: Competences and expertises

Partners which could take up the initial tasks:

---> engineering verification of WEC technique and energy balance;

---> economical, legal feasibility and gap & risk identifcation;

Partners with skills to lead project coordination:

---> networking (international bodies, EU, industry), financial funding;

---> monitoring: progress, public relations, budget, trial planning;

---> IT system, partnership liaison, administation, people management;

---> engineering and construction supervision;

Partners with expertise in the following sciences:

---> mathematical model builder & trial interpretation;

---> electrolysis of seawater (membrane & electrodes);

---> magnetic induction optimizing new configuration;

---> carbon capture and synthesis chemistry;

---> electro- and anorganic chemistry and catalysts;

Partners with competence in engineering fields:

---> marine knowledge and ship building capability;

---> autonomous vessels for open ocean (risks & solutions);

Partners with experience to lead further development:

---> port and distribution facilities for H2 or HCs;

---> industrial use of hydrogen or hydrocarbons.

Publication on a net-zero carbon future

European Deals

Clean Tech Developments

Waterstof ontwikkelingen: TNO Duurzaam

CCS/U, DAC, SEWGS require a lot of energy:

International Cooperation

Samenwerkingsverbanden Haven Rotterdam: H-vision partners en Deltalinqs Klimaat programma

In the Atlantic and Pacific oceans:

Transformatie Strategieën

International Energy Agency: IEA (2022) OECD Publishing

Instituut voor Energie- en Klimaatonderzoek: Techno-Economische Systeemanalyse

Deutsche Energie-Argentur: Projekte

Research Results

TNO Duurzaam: 'Dit is onze tijd'

Consulting en Economische studies

Deloitte: Climate & Sustainability

CORDIS: Techno-Economische Systeemanalyse