Why Environmental Sustainability Defines Future Yacht Value

Why Environmental Sustainability Defines Future Yacht Value

by | 4 Jun 2026 | Insights

Sustainability is no longer a reputational add-on for the superyacht sector. It is now the single most consequential variable in long-term vessel value, charter income, and operational access.

Through the Blue Wake programme of the Monaco Yacht Show we see this shift up close in the verified solutions being adopted, the questions owners and builders are asking, and the growing gap between vessels that can demonstrate their environmental credentials and those that can’t.

Our latest analysis examines the forces driving that gap:
🔹The Mediterranean ECA is in force. Port State Control enforcement is active across the primary summer charter market.
🔹A conventional diesel vessel ordered today will reach the IMO’s 2050 net-zero checkpoint at 20–25 years old, a stranded asset risk buyers are already pricing in.
🔹Hybrid and hydrogen-capable vessels are commanding stronger demand and broader charter pools. The premium for verified sustainability will only grow.
🔹The sector’s most urgent challenge: without independently verified environmental data, buyers and charterers cannot distinguish genuine performance from greenwashing.

The vessels that hold their value and retain access to the world’s most desirable cruising grounds in 2035 and beyond will be those whose environmental credentials can be demonstrated, not just claimed.

Read the full article

The EU’s Advanced Biofuels Capacity Blueprint: What the Data Says – and Why HVO Is Both the Answer and the Problem

The EU’s Advanced Biofuels Capacity Blueprint: What the Data Says – and Why HVO Is Both the Answer and the Problem

by | 30 Mar 2026 | Insights

Based on the European Commission’s Final Report: “Mobilization of Industrial Capacity Building for Advanced Biofuels” (DG RTD, 2nd February 2026). This article is Water Revolution Foundations key takeaways from the European Commission Report, referred to as ‘the study’.

The Core Question

Can Europe actually build the industrial ecosystem needed to meet its own renewable fuel targets? That is the question at the heart of a substantial new European Commission study, executed by a consortium of EXERGIA, Politecnico di Torino (POLITO), and BEST (Bioenergy and Sustainable Technologies). The short answer is yes, but very nuanced: it will take a coordinated, multi-technology build-out and substantial public financial support that currently isn’t in place.

The study looks at 20 different industrial pathways for producing advanced biofuels. It then evaluates each one based on three main factors:

  1. How mature the technology is
  2. Whether enough feedstock exists to scale it
  3. How much it could realistically contribute to the fuel market

From there, the study builds financial models for the most promising pathways and proposes a collective financing plan to support them. The analysis focuses on two key periods, 2025–2030 and 2030–2040, while keeping the broader goal of EU climate neutrality by 2050 in view.

The conclusion is clear: no single pathway will deliver more than 50% of the fuels needed. Europe requires a portfolio of technologies – from hydrotreatmentHydrotreatmentA refining process that uses hydrogen to convert feedstocks into clean fuels such as HVO and HEFA-SPK, a type of sustainable aviation fuel. to anaerobic digestionAnaerobic DigestionA biological process in which microorganisms break down organic material without oxygen to produce biogas that can be upgraded to biomethane. to pyrolysisPyrolysisA thermal process that heats organic material without oxygen to produce bio-oil, syngas, and biochar, which can be co-processed in refineries into fuels with biogenic content. to gasificationGasificationA thermal process that converts carbon-based materials into syngas (carbon monoxide and hydrogen) using high temperatures and controlled oxygen or steam. and synthesisSynthesis (from Syngas)A chemical process that converts syngas into liquid fuels such as synthetic diesel or aviation fuel. – drawing on the full range of available feedstocks and serving road, aviation, and maritime simultaneously.

Twenty Pathways, Four That Matter Now

Starting from a longlist of 20 industrial value chains (IVC), the study applied four key performance indicators to narrow the field:

🔹Greenhouse Gas (GHG) savings of at least 65% compared to fossil fuels (as required by RED III)

🔹Technology Readiness Level (TRL)Technology Readiness Level (TRL)A scale used to assess the maturity of a technology, ranging from basic research to full commercial deployment. of 9 at least five years before the target period

🔹Feedstock availability sufficient to cover at least 10% of the relevant sectoral target

🔹Expected production deployment covering at least 10% of the EU advanced biofuels target

For the 2025–2030 period, only four IVCs met all four conditions above:

  1. TransesterificationTransesterification (FAME Biodiesel)A chemical reaction where fats or oils react with an alcohol to produce fatty acid methyl ester (FAME) biodiesel and glycerol. → Fatty Acid Methyl Ester (FAME) biodiesel
  2. IVC2 – Hydrotreatment of Lipids → HVO and HEFA-SPK, a sustainable aviation fuel.
  3. IVC7 – Biomethane from Anaerobic Digestion → biomethane
  4. IVC13a – Pyrolysis and Co-processing in Refinery → biogenic content fuels

For 2030 – 2040, the list expands to 13 IVCs as emerging technologies reach commercial maturity. The critical additions include cellulosic ethanol-to-jet, biomass gasification to methanol and methane, Fischer-Tropsch synthesis, and stand-alone pyrolysis upgrading.

HVO: The Most Viable Option, With Caveats

Why HVO Leads

Of all the advanced biofuel pathways assessed, Hydrotreated Vegetable Oil (HVO) (produced via IVC2) stands out as by far the most commercially mature and cost-competitive. This is not a surprise to industry observers, but the study quantifies the gap with precision.

The study gives HVO a TRL of 9, which means the technology is fully mature and ready for large-scale market deployment. It also has the lowest production cost of all the liquid biofuel pathways assessed, at around €103/MWh. FAME biodiesel is close at €119/MWh and, according to the study, can also compete without extra operating support. But HVO still has a stronger overall market position. It works as a drop-in fuel, performs better in cold conditions, and can be used across road, aviation, and maritime applications.

This advantage also shows up in the business case. Among the near-term pathways, HVO is the only fuel that comes close to being commercially viable, assuming it can be sold at prices comparable to fossil fuels and with EU ETS carbon costs taken into account. And when maritime use is included, the case becomes even stronger, because FuelEU Maritime penalties improve the competitiveness of lower-carbon fuels.

The scale also matters. HVO plants are the largest in the study, typically with more than 700 MW of output. Their capital cost is around €1,035 per kW, which is much lower than the €2,500–3,500 per kW range seen for many other pathways. For a 500 kt/year facility producing a mix of HVO, HEFA, naphtha, and LPG, total investment is around €770 million.

Biggest constraint for HVO

The study is candid that feedstock security is the dominant risk for HVO/HEFA. Used cooking oil (UCO), currently the primary feedstock, is constrained in availability and faces increasing demand competition. Expanding to eligible oilseed crops (notably Brassica carinata and camelina, grown as intermediate crops) is the identified scaling pathway, but this requires overcoming a regulatory misalignment between the Common Agricultural Policy (CAP) and RED III.

The two frameworks do not talk to each other well. In practice, this creates unnecessary friction for farmers. Some crops that qualify under RED are not recognised in CAP crop registers. In some cases, farmers who use fallow land for biofuel crops may even risk losing direct payments. On top of that, there is no shared data system or harmonised audit process between the two frameworks. The result is more paperwork, more uncertainty, and less incentive for farmers to participate.

To address this, the study recommends a feed-in premium of €25–40 per tonne for eligible oilseeds to encourage uptake. It also says that aggregators — the actors responsible for collecting, certifying, and delivering feedstock — need support as well, especially for certification and group auditing costs. This is particularly important for smaller cooperatives, which often struggle to absorb the added compliance burden.

Processing materials for HVO also require attention. Hydrogen, catalysts (requiring nickel and molybdenum), and bleaching earths are critical inputs. Catalysts are typically sourced outside of Europe, and supply could become critical at scale. Hydrotreatment Engineering, Procurement and Construction (EPC) companies exist but are currently capacity-constrained due to simultaneous project commitments.

The 2030 – 2040 Expansion

Good to know: by 2040, the list of essential biofuel pathways expands from 4 to 13, with required volumes reaching around 42 Mtoe per year, about 50% higher than 2030 levels.

 

Overall, the study suggests that a coordinated, system-wide approach is necessary to support the entire sector, rather than addressing individual projects separately.

 

A key point from the study is that industry feedback pushed cost estimates up significantly for some of these technologies, especially for aviation fuels. And for the synthetic fuel routes, commercial viability depends heavily on much cheaper green hydrogen; something that still looks uncertain.

The Financing Gap: What It Actually Costs

The study’s most policy-relevant output is its estimate of the total financing support required across the four distinct IVCs to meet 2030 targets:

Support CategoryAnnual Requirement (2030)
Upstream (farmers/feedstock mobilization)€700–1,245 million/year
Industrial units (production support)€3,849–7,499 million/year
Total€4,548–8,744 million/year

By 2040, the financial support needed becomes much larger. The study estimates €13,290–20,526 million/year (€13.3–20.5 billion per year) will be required. This is mainly because the next generation of biofuel technologies are more expensive and less mature, and they need to be built at much larger scale.

To make these fuels competitive, the study proposes using a Feed-in Premium (FiP). This means producers receive a payment for every unit of fuel they produce so that the final price can compete with fossil fuels. Europe used the same idea before to help solar and wind energy scale up.

Most of this support — about 85% — would go to the fuel producers operating the plants. The study argues that this is not really “new” cost for the system. In practice, the money simply compensates the gap between renewable fuel costs and fossil fuel prices. Without it, consumers would end up paying more directly through higher fuel prices.

The remaining 15%, €700–1,245 million/year (around €700 million to €1.25 billion per year), would go to farmers and feedstock suppliers. This part is different because it would require new funding, mainly to support farmers growing biofuel crops and the systems needed to collect and certify those feedstocks.

The Skills and Infrastructure Gap

Beyond financing, the study points to another important constraint: Europe does not yet have enough experienced developers to deliver advanced biofuel projects at scale.

The technical knowledge exists. The equipment is available. And many of the skills can come from the refinery and chemical sectors. But what is still limited is the ability to take these projects all the way from concept to delivery, especially for more complex pathways such as gasification, Fischer-Tropsch, and methanol synthesis.

Right now, most of the market attention is going to HVO and HEFA. Other pathways have far fewer companies actively pushing them forward. In biomethane, for example, some developers are focused more on building projects to sell them, than on creating strong long-term business cases. And for newer technologies, the number of EPC companies able to deliver first-of-a-kind plants is still very small.

The picture across Europe is also uneven. Most advanced biofuel activity is concentrated in northern and western Europe, particularly in countries such as Finland, the Netherlands, France, Italy, and Sweden. Meanwhile, south-eastern and central-eastern Europe may have the feedstock potential, but they often lack the industrial base, financing tools, and policy support needed to turn that potential into actual projects.

That is why the study argues that future growth cannot rely only on national approaches. It will require cross-border and regionally connected value chains if Europe wants to scale advanced biofuels more evenly.

What this means in practice is fairly straightforward.

The EU already has most of the building blocks. The technologies exist. The feedstocks exist (From the feedstock suppliers’ perspective particularly agricultural and forestry operators supplying lignocellulosic biomass). And, at least in principle, the financial tools also exist. What is still missing is a joined-up system that supports the sector as a whole rather than treating each project in isolation.

In the near term, HVO is the clearest opportunity because it is the most mature and needs the least support. But HVO alone will not be enough. It cannot cover the needs of road, aviation and maritime on its own, and relying too heavily on it would slow down the development of the lignocellulosic and synthetic pathways Europe will need after 2030. It would also risk concentrating most of the industrial activity in a small group of countries.

That is why the study argues for investment across the full portfolio. Not because every pathway is equally strong today, but because only a mix of pathways can deliver the volumes, serve different sectors, and make use of the range of available feedstocks.

This is based on the European Commission Final Report “Mobilization of Industrial Capacity Building for Advanced Biofuels,” published by DG Research and Innovation (Horizon Europe Programme), 2026. Authors: EXERGIA, POLITO, BEST. Edited by Maria Georgiadou (EC), Theodor Goumas (EXERGIA), David Chiaramonti (POLITO).

Click here for the official European Commission article.

The Omnibus Deal Is Done. What Now for Sustainability Reporting?

The Omnibus Deal Is Done. What Now for Sustainability Reporting?

by | 12 Dec 2025 | Insights

The EU has now finalised the Omnibus I political agreement on sustainability reporting and due diligence. This package revises the Corporate Sustainability Reporting Directive (CSRD) and the Corporate Sustainability Due Diligence Directive (CSDDD). The stated goal is to simplify the rules and reduce the burden on companies.

According to the European Parliament press release of 8 December 2025, the scope of both directives has been significantly narrowed. Under the revised CSRD, only companies with more than 1,000 employees and net turnover above €450 million are required to report. The same €450 million threshold applies to non-EU companies operating in the EU. Due diligence obligations under the CSDDD are limited even further, applying only to large corporations with more than 5,000 employees and €1.5 billion in turnover.

The agreement also simplifies how companies report. The focus shifts away from long narrative disclosures toward core quantitative information. Under CSRD, reporting is built around the European Sustainability Reporting Standards (ESRS). These come in three layers:

  1. Cross-cutting standards
    These apply to everyone in scope. They cover general disclosures, strategy, governance, and basic metrics.
  2. Topical standards
    These cover themes like climate, pollution, water, circular economy (E5), workforce, etc. Companies report on them if they are material (significant enough to affect the company’s business, decisions, or performance) to their business.
  3. Sector-specific standards
    These is meant to add extra, detailed requirements for specific industries, like shipping, construction, energy, or manufacturing.

Originally, the plan was that sector-specific ESRS would become mandatory once they were developed. That would have meant extra metrics and disclosures on top of the general and topical standards, tailored to each sector.

However, sector-specific reporting becomes voluntary, and companies can use a central digital portal with templates and guidance. Some earlier requirements, such as mandatory climate transition plans under the CSDDD, have been removed. Enforcement and penalties remain at national level, with fines capped at 3 percent of global turnover.

The glass half full — despite the rollback

At first glance, the Omnibus deal is not reassuring. It reduces the number of companies required to report and removes obligations that were meant to drive accountability and long-term change. For many observers, this is a clear step back from the ambition that originally sat behind the CSRD and CSDDD.

Acknowledging that, the question is not whether deregulation is good. It isn’t. The question is what still holds, and what becomes even more important in a weaker regulatory environment.

On circular economy reporting, one reality remains unchanged. The largest companies still drive most material extraction, material flows, waste generation and product volumes. Even under the narrowed scope, reporting by these actors still captures where the majority of environmental pressure sits. That does not excuse the loss of coverage across the wider economy, but it does mean that material data from those still in scope remains highly relevant.

At the same time, the refocusing of the European Sustainability Reporting Standards, especially ESRS E5 on circular economy, places more weight on measurable performance. Less narrative, fewer generic statements, and more emphasis on concrete data such as material inputs, outputs, waste streams and key resources. This is not a win of deregulation, but a reminder that data quality matters more than volume, particularly when political ambition weakens.

In other words, the scope has shrunk, and that is a loss. But the basic logic of meaningful reporting — tracking real material flows and impacts — has not disappeared. If anything, it becomes more important when fewer companies are forced to report.

For the yachting sector, this distinction matters. Many companies will now fall outside the formal CSRD thresholds. That should not be interpreted as permission to pause or disengage. In a sector that is highly material-intensive and dependent on complex supply chains, the absence of regulatory pressure increases the risk of blind spots rather than reducing it.

Voluntary reporting therefore becomes more, not less, important. It remains one of the few ways to understand material use and waste, demonstrate credible circular economy performance, and stay aligned with owners, financiers and insurers who increasingly expect quantified, decision-useful data. Where regulation steps back, market expectations and industry responsibility must step forward.

Read our article on what this means for the yachting sector and how to move forward.

Welcome Anders Kurten to the Board of Directors

Welcome Anders Kurten to the Board of Directors

by | 5 Oct 2025 | Insights

We are delighted to extend a warm welcome to Anders Kurten!

Anders joined the board of directors in October 2025, bringing with him decades of yachting industry experience, a profound understanding of global maritime trends, and a proven track record of supporting sustainable initiatives – including his notable commitment to YETI. His leadership, strategic insight, and passion for innovation will be invaluable as we continue to drive the transition toward net-zero and sustainable yachting.

Anders is the CEO of Frasers Yachts and has spent his career shaping the yachting industry through visionary leadership and a dedication to sustainable practices.

We look forward to working alongside Anders and benefiting from his guidance, vision, and energy in shaping the future of the Water Revolution Foundation. Welcome to the Revolution!

The future of sustainable yacht design: Workshop series co-hosted by F/YACHTING

The future of sustainable yacht design: Workshop series co-hosted by F/YACHTING

by | 18 Aug 2025 | Insights

This year, F/YACHTING and Water Revolution Foundation brought together industry changemakers across two thought-provoking workshops to advance one of the superyacht industry’s most pressing conversations: the future of sustainable design.

Did you know that 80% of a yacht’s environmental impact is determined after just 20% of the design process is complete?

These sessions, created space for conversation, fresh perspectives, and actionable collaboration. From material innovation to communication protocols, these workshops took a step closer to building a shared pathway forward for sustainable design.

 

Workshop 1: Laying the Groundwork
In January 2025, workshop one brought together designers, project managers, and shipyard representatives for a full day of honest dialogue and collaboration. With design having such an impact early on in a yachts lifecycle, it was clear: the earlier we come together, the greater the opportunity to shape truly sustainable outcomes.

We explored:
🔹 How to future-proof design with better material choices and LCA perspectives
🔹 The need for shared responsibility in measuring and reducing environmental impact
🔹 Reimagining sustainable luxury, going “beyond teak”
🔹 Hands-on encounters with next-generation materials during an exclusive tour of F/LIST and its innovative F/LAB

Read the workshop one blog post.

 

Workshop 2: Building on Workshop One
This second workshop took place in June 2025 and built directly on the foundation of the first with discussions underscoring the urgent need for clearer project briefs, early alignment among partners, and stronger communication throughout the design and build process. Participants also called for systemic changes in material selection, the adoption of design-for-refit principles, and the creation of an industry-wide benchmark to define environmental ambition levels.

The key themes for workshop two were:
🔹 Shifting decision-making earlier to unlock innovation before budgets and specifications are locked
🔹 Lifecycle thinking and design-for-refit: modularity, disassembly, and long-term access must become standard
🔹 Creating a new, more compelling narrative for sustainable design

 

The result?
The workshops revealed a clear and collective ambition to reshape the superyacht industry through a unified approach to sustainable design. The conversations from the day revealed tangible next steps, including:

🔹 The development of a shared Owners Briefing Tool, to align all stakeholders on environmental goals
🔹 A Design-for-Refit Protocol, promoting long-term thinking through modular and lifecycle-friendly interior strategies
🔹 A Materials & Solutions Library, with verified data on environmental impact, regulatory fit, and lifecycle performance
🔹 An Interior Rating System, to benchmark total design impact, shifting focus to environmental integrity

 

Read our whitepaper to explore the insights and outcomes from our workshops.

 

Stay tuned for the next dates

This workshop was #2 of a 4-part series.
Are you interested to join the next one?
Reach out to our team info@waterrevolutionfoundation.org.

EU Sustainability Rules Are Changing: What It Means for Yachting

EU Sustainability Rules Are Changing: What It Means for Yachting

by | 7 Mar 2025 | Insights

Author: Awwal Idris, Environmental Expert at Water Revolution Foundation

Update as of 18 April 2025

On 3 April 2025, the European Parliament approved the first part of the EU Omnibus Package, voting by a large majority to delay the application of new corporate sustainability reporting (CSRD) and due diligence (CSDDD) requirements. This “Stop-the-Clock” directive postpones CSRD reporting for the second and third wave of companies by two years, and delays the due diligence obligations under CSDDD by one year. The directive now requires formal publication and must be transposed by EU member states into national law by 31 December 2025. The focus will now shift to the second stage of the Omnibus Package, which aims to further simplify and revise the scope and content of sustainability reporting rules.

The EU sustainability regulations strongly revised in 2025

The European Commission (EC) is scaling back sustainability reporting rules with two new proposals: Omnibus Simplification Package I and II, focusing on sustainability regulations for businesses in the European Union. With these proposed amendments, fewer companies will need to report under the Corporate Sustainability Reporting Directive (CSRD) — 80% fewer, to be exact. The Corporate Sustainability Due Diligence Directive (CSDDD) is also being relaxed. Now, companies only need to monitor direct suppliers instead of their full supply chain, and checks will happen every five years instead of annually. These and many other changes made to the original reporting rules are yet to be presented before the EU parliament for further review and negotiations.

Short summary of the proposed amendments

Deadlines have been pushed back:

  • Large EU companies now report in 2028 instead of 2026. Previously, the CSRD applied to companies with 250+ employees, but now only those with over 1,000 employees – with either a turnover of above €50 million or assets of € 25 million – are required to comply. Companies with 500-999 employees are now excluded from mandatory reporting.
  • Listed SMEs also get an extension, with mandatory first reports now due in 2028 (FY 2027). The new deregulation completely removes them from mandatory reporting after that, meaning they will not have to report at all unless they choose to opt in voluntarily.
  • Some due diligence rules under CSDDD have been delayed by a year. EU Companies with 5,000+ employees and €1.5 billion turnover will now comply from July 2028 instead of 2027. Those with 3,000+ employees and €900 million+ turnover will start in 2029 instead of 2028. The timeline for other in-scope companies is unclear but if the pattern holds, it could be pushed to 2030. Under the new deregulated rules, the CSDDD, which would have originally applied to almost 50,000 EU companies, will now only apply to around 6,000 large EU companies and some 900 non-EU companies.
  • For non-EU companies, the reporting deadline remains: under the CSRD, non-EU parent companies with a large EU branch or subsidiary must report in 2029 based on their activities in 2028. Under the original regulation, this applies if the whole group turn over €150 million or more in the EU. The new rules would raise this threshold to €450 million, so fewer companies would need to report. There is no 1,000-employee rule for EU branches or subsidiaries of non-EU companies. Instead, EU turnover is the main factor because most employees of non-EU companies work outside the EU.

The EC expects these changes to reduce administrative burdens by 25% overall and by 35% for SMEs by the end of its mandate, enabling competitiveness for EU companies and simplify investment programs.

What This Means for Yachting and EU-based Marine Industry

For the European-based superyacht industry, this will mean less pressure to comply… or an opportunity to redirect our efforts from compliance to solving the true issue: the industry should look beyond regulations to drive progress. Climate change and environmental degradation remain existential threats to Europe and the world, and deregulations do not change the scientific reality. The need to reduce environmental impact has not disappeared, and businesses will still need to track progress, set targets and work toward long-term climate neutrality by 2050, whether they are in scope of reporting or not.

Opportunity for an own target-oriented approach

Water Revolution Foundation thus calls on the industry to be pro-active and lead the way towards better future business. This opportunity to define a common goal is the basis of our cooperative Roadmap 2050, driving companies, stakeholders, and organizations to take collective responsibility towards net-zero environmental impact in the superyacht sector by 2050. At the same time, the roadmap aims to also promote the regenerative approach—going beyond reducing harm to creating a positive environmental impact. As regulations loosen, this roadmap becomes ever important as a guide to help the industry meet its targets.

Beyond compliance, these new changes create an opening for self-regulations and industry-led standards. A long-standing complaint in the yachting industry has been that regulation doesn’t account for yachting’s unique characteristics: now with less regulatory pressure, the industry can take charge, setting its own sustainability benchmarks that truly reflect its needs. Instead of waiting for restrictive policies, when these are weak or evolving, scientific data and best practices become the guideposts towards ensuring credibility and competitiveness in a market that increasingly values transparent sustainability. To stay ahead, companies should collaborate to:

  • Develop and rely on best sustainability science and practice to ensure meaningful progress
  • Engage with industry groups to create shared standards that suit yachting while meeting or surpassing global environmental expectation
  • Leverage independent review mechanisms that make sure sustainability claims and investments are credible and actually contribute to positive environmental change.

Staying Ahead

A future tightening of rules is probable if we are to meet the climate targets and environmental ambitions set by 2050. These deregulation actions by the EU may reinforce the perception that sustainability reporting is an administrative burden and overhead cost for businesses, but those able to prioritize environmental responsibility see real benefits:

  • Lower risk and better efficiency over time: compliance takes effort at first, but costs drop as businesses improve their systems
  • Stronger trust from investors and customers
  • Future-proofing against new regulations and market shifts.

Future-proof yachting depends on sustainability

Looking at sustainability as just a regulatory headache is short-sighted – beyond rules, it’s a growing demand from clients, investors, and the industry itself. Clients, especially the new generation cohorts expect more eco-friendly options, and voluntary sustainability efforts can boost reputation and business appeal. Furthermore, a generational shift is also underway—those poised to take over key roles in the industry are far more committed to sustainability and will likely remain engaged in yachting only if environmental responsibility is embedded in its core values. If the industry hopes to attract and retain the next generation of talent, regressing on sustainability efforts is not the way forward. Instead embedding sustainability into the core of the industry will ensure its long-term relevance and vitality in a changing world.

Don’t Wait—Lead

The yachting industry has a unique opportunity to lead by example, proving that economic strength and sustainability go hand in hand. If simplification is pursued purely as means to reduce compliance costs, there is a risk of weakening any needed and essential sustainability progress and/or innovations that can drive accountability and long-term industry resilience. Sustainability isn’t just about ticking boxes – it improves decision-making and competitiveness, and overall protection of the environment our industry depends on. Thus the industry should not look to only comply with regulations: they should lead and define the future of the industry.

Click here for the official European Commission article.