Europe’s core values and ambitions within a volatile geopolitical context are reflected in analyses, policy agendas, strategic policies with funding tools such as the IPCEIs, the CRMA, the Green Deal and the Clean Industrial Deal and clearly pointed in EC’s Progress Report on Competitiveness.

Aligning with EU’s Clean Economical Objectives  😉

Our innovations expand technological scope and have the potential to contribute to the EU’s climate and energy objectives especially decarbonisation, efficiency and cheaper energy for thermal industries.

In perspective, implementation would yield direct results, such as job creation, reduced dependency on imported rare minerals and unlock a more robust energy resilience and easier grid balance. Note: Decarbonisation could be seen as "fitting into a revised carbon cycle" for an adequate biomass.

Achieving the shift toward clean-tech and sustainable industrial growth requires targeted funding and collaboration between inventors and industrial actors.

! Decarbonisation refers to either electrification or substitution of crude oil by circular HC from CC + fossil-free H₂. Both serve as policy instruments to maximize overall life-cycle-aware CO₂ avoidance during the transition.

Climate & Control: Earths' Enthalpy Dynamics

Global Warming: Life processes operate within narrow limits.

Mankind must learn to control enthalpy: CO₂-neutrality is achievable, climate neutrality never.

• The GHG concentrations in the atmosphere trap Earth's outgoing heat radiation;
• Earth’s layers composition affects solar radiation absorption and reflection;
• The day-night alternation acts as a thermal engine, cycling enthalpy over the Earth.

⇒ Our 'Sea-wiggle.R' WECs harness the planet's current high energy content.

Key levers humanity can mobilise to eliminate CO2 emissions.

Quick-win decarbonisation depends on the phasing and scale of reuse versus demolition/reconstruct.

• Our large-scale R.E-expande.R buffers excess energy, minimising the need for spare capacity;
• Sea-wiggle.R -driven green hydrogen for thermal-intensive processes, gas-turbines;
• Upgrade our blue hydrogen into custom e-fuels for heavy logistics/ aviation/ shipping;
• Enable green chemistry by HC synthesis from H2 and Carbon Capture at emission points.

⇒ Valorize CCS by upgrading to gaseous or liquid HC supports circularity and energy security.

No pathway to carbon-neutrality, is truly carbon neutral.

Only atmospheric CO₂ concentration matters: Maximum avoidance with Pareto reductions on all continents.

• Prioritizing easy & quick industrial carbon capture for fast lower pollution & emissions;
• Consider hybrid globally prior to full battery mobility locally to avoid massive CO₂ from mining etc.;
• Only with our green hydrogen can hybrid solutions be used to curb warming in the short term;
• A new ethical paradigm: Global sharing of rare metals or national self-maximization.

⇒ Delivering hydrogen or e-fuels worldwide, will creates goodwill by minimizing resource conflicts and ensuring equitable energy access.

Clean & Cheap & Clever: Abundant Sustainable Energy with Wave Power

We have 9 billions to go ... Reducing Climate Stress, Faster.

Households, industry, public services have functions that can be powered by electricity, gas or liquid fuels.

• H2 & e-fuels deliver climate gains if they substitute fossil fuels ahead of electrifications;
• Accelerate carbon capture according Pareto principle and as early in production chain as feasible;
• Replace f-fuel guzzlers as mining machinery by e-fuels from our wave generated H2 + C from CCS.

⇒ Anticipate that after accomplished electrification e-fuels will come from biofermentation or circular CC.

Allocation of Energy Carriers: a Functional Approach.

For a fully-fledged future, infrastructure should reflect a natural justification:

• Nature has no monocultures in food provision, always based on multiple sources, often adapted.
  ≡ Diversification & conversion ensure system continuation.
• Vegetation depends on environment. Functions like "reproduction" are realized from buffer capacities.
  ≡ Distribution & buffers sustains critical services.
• From artic to desserts, plants have different lifecycles. Key driver is avoidance of spillage.
  ≡ Adaptation include optimal allocation of resources to functions.

(Gas or petroleum for lighting is good for camping. Home heating can use gas, steam, (hybrid) heat pumps).

⇒  Our innovations complete the variety of resources required for critical services to maintain recover capacity.

Are renewables really without consequences, remind entropy.

More 'clean technologies' as feedback processes are irreversible and conversions never 100% efficient.

• Rebuilding hydrocarbons after combustion requires more energy than the combustion released;
• Tapping solar energy with PV may not be at the expense of photosynthesis for the biosfere;
• Windmills near shore might alter ecosystems onshore due to the Wake effect on rainclouds dynamics.

⇒ Our Sea-wiggle.Rs deliver abundant energy as they are always productive compared to some other renewables.

Efficiency ameliorations are most climate-friendly.

Conversions are at the Core of Civilisation.

No Circularity without Efficient Conversions.

Between the 'up-' & 'downstream' forms of energy / material

Smoothing input fluctuations can be achieved through buffers, demand guidance and through diversification in sources and areas of origin. The characteristics of these versatile approaches are:

• A buffer is deferred capacity that rely on temporary excess yields from one or more sources;
• Diversification in sources is immediate compensation if available and depends on overcapacity;
• Diversification in origins depends on stabel trade agreements and on docking capacities;

⇒ Sub-optimal is only justified in life-threatening situations.

Circular economies demand longer-lasting devices for lifecycle CO₂-neutrality.

The longer the lifespan, the shorter the time to CO₂-neutrality

The quality / durability of products largely determines:

• The amount of energy that a linear or circular economy needs;
• The level of employment;
• The introduction of innovations.

! Battery lifespan limitations make H₂ and e-fuels essential for sustainable recycling processes.

⇒⇒ But the only rate that really matters is the growth of food !

Low conversion efficiency needs amelioration but is not always a complete loss.

Avoid inefficiency: Energy inevitably degrades into low-grade heat unable to perform work;

Any conversion involves loss. Its manifestation is important for reusability. If the efficiency degradation is wear and tear, it is a loss; but as heat dissipation, then it can be made/ is useful.

Industrial Revival & Societal Resilience.

The way forward becomes clear in the rear-view mirror.

Europe's significance is rooted in its history and the Christian value of progressive understanding. For centuries, many have unveiled and disseminated scientific insight and technical know-how.

The continent's leading universities are dedicated to fundamental research, technological advancement, and the education of students from around the world.

The age of industrialisation brought suffering, mutilation, disease to millions of women and children due to unsafe and unhealthy working conditions. These trauma were the catalyst for medical advances.

The (often unpaid) efforts of unions, technicians, experts, lawyers, scientists and policy makers led to the creation of (harmonised) standards, safety directives, health, ergonomic and preventive and validation protocols.

These frameworks have been translated into technology, improving workplace conditions, and are now available to nations worldwide....

Europe among the World Nations: Inventions and Development.

Today, Europe faces new challenges that demand innovative solutions. Despite ideological diversity across the continent, science-based approaches must consistently prevail.

⇒ Europe's shouldn't just replicate what's in vogue today, but should emanate from its history of exchange.

Europe encourage technological innovations both being essential for the energy transition as for industrial resilience and geopolitical autonomy. While global players aggressively invest in strategic technologies and supply chains. Europe best continue to provide products and services that are deployable in all regions and increase well-being.

This awareness urges appreciation for and revival of a knowledge- and skill-based economy that harness the full potential of workforces and re-engage our quality education and stimulates purposeful fundamental and applied R&D.

Autonomy a relative notion: Balanced capacity-ratio among R.E. pillars.

Five-Pillar: Wave_Wind_Solar_Nuclear_Geothermia_(Crude oil)

• Engaging three or more pillars stabilizes the revenue models for each;
• Optimized buffering & sharing will boost system efficiency;
• Various sources and Cross-border exchange reduce price volatility.

⇒ Productive bandwidth, frequency and scale of occurrence, the efficiency of conversion after buffer.

Competence & Components

Nature and History of Civilisations.

The rise and fall of civilisations always hinged on their ability to secure sufficient resources and to average out nature's fluctuating inputs -- such as water, fertilizers, energy -- to maintain stable living conditions. For instance, at Petra civilization thrived by developing water systems that are evidence of geological knowledge.

Over centuries, humanity has unrestrained relied on fossil fuels to mitigate natural fluctuations and enhance comfort levels. More recently, we became aware Earth's complex interactive feedback mechanism (= climate).

⇒  Meeting the needs of a growing world population (energy, food, materials) from renewable sources remains a major challenge.

Europe at the Forefront.

In this transitional era, volatile prices and availability of critical minerals/components highlight the need for diversified dependencies for the acquisition of goods, but equally important is the maintenance of operations.

The best path to decarbonisation and source differentiation is not just a matter of procurement and technical expertise. Ideological competition can lead to biased choices and sometimes hasty quality requirements.

Demonstrating effective optimisation will enhance Europe's standing in the global community. Moreover, taking the lead in promoting global prosperity will strengthen confidence in the EU as a political anchor.

Significance in view of EC's Competitiveness Compass

R.E-expande.R: A mechanical E-buffer favorable for grid stability and smoothing price fluctuations.

Seanergy.be: Ability for mass production of hydrogen, reducing Europe's reliance on energy imports.

Sea-wiggle.R: An auto-adaptive WEC with internal electoysis, harvesting the energy in the open oceans.

OCeanspHide.R: A ship equipped with onboard catalytic reactors for HC synthesis using tapped hydrogen.

B.F-electrolyze.R: Physical laws reinterpreted into a design to favor gas bubble release.

Brine-barrie.R: Effects of chemical laws moulded in such a way that Cl ions do not reach the anode.

B.C-induce.R: A generator without the uniformity constraints for the applied drive movements.

Sol-d'eau.R: A solar-based desalination pipeline without moving parts for water to remote arid regions.

⇒ These innovations strengthen EU industrial position against non-European dominance.

Comfort & Credibility

Cities in Competition: upcoming conditions

In future, metropolitan areas will compete for talent by offering healthier environments and a diverse array of services at a reasonable cost. Consequently, suboptimal conditions are unlikely to persist.

Delays: Overcoming Hesitation = Standing Still until Understanding

Decisions must be transparent, explainable, and meaningful. Rushed choices erode trust and hinder acceptance.

Comfort concerns: Never in the past was something accepted which offered less function/comfort for more money.

Environmental accountability: Report the damage of mining in protected natural areas and indigenous territories.

Regulatory fairness: No levies. Prices that do not reflect the real production / recycling cost fuel distrust.

⇒  The credibility of the urgency of climate remediation depends on balanced and logical mitigation measures and is not served by oversimplified reasoning: 'one devil for all evil' (pre-Renaissance).