Research
Pioneering maritime solutions for tomorrow's challenges
Pioneering maritime solutions for tomorrow’s challenges. Innovation is an elementary part of every Conoship design. We translatecutting-edge technology into practical, future-proof vessels.
Independent research shaping the future of maritime technology
How We Drive Maritime Innovation
Innovation is at the core of everything we do at Conoship International. We solve today’s challenged; we research the solutions for tomorrow’s fleet.
Always a Step Ahead
Always a Step Ahead
To stay at the forefront of maritime technology, we invest continuously in R&D. This way we apply the newest available technology where it adds real value.
From Theory to Practice
From Theory to Practice
Our research team combines academic insights with shipyard pragmatism so innovations are buildable, safe, and class-ready.
Future-Proof by Design
Future-Proof by Design
We design intelligent, bankable solutions that address current challenges and anticipated demands, without locking you into one path.
Designing for a Circular Maritime Economy
Innovation Highlights
Redox Flow Batteries
As the maritime industry transitions toward zero-emission operations, the demand for safe, scalable, and long-duration energy storage is peaking. Conoship International is actively researching Redox Flow Battery (RFB) technology as a high-capacity alternative to traditional battery systems.
Highlights
- - Three-phase approach: desk, lab, and long‑term testing.
- - 62% of short‑sea routes feasible with 500 nm range.
- - First-ever dynamic testing using a Hexapod motion platform.
- - Electrolyte fully recyclable after 30 years of use.
Wind Assisted Ship Propulsion
Integrating Wind-Assisted Ship Propulsion (WASP) is a transformative step toward decarbonization, but it is more than just ‘bolting on’ equipment. Every installation introduces significant structural implications and stability challenges that can delay projects if not managed by an expert partner.
Highlights
- - Analysis & feasibility predictions.
- - Making vessels 'WASP-Ready'.
- - Technical implementation & synchronization.
- - Certification & regulatory advisory
Green Shipping
Driving the shift toward large‑scale, emission‑free shipping requires practical solutions and strong collaboration. Building on more than 70 years of fuel‑efficient ship design expertise, this approach combines proven methods with new zero‑emission technologies. Through green maritime projects and innovation ecosystems, the goal is to accelerate the development of cleaner, smarter, and future‑ready vessels.
Highlights
- - Practical green solutions for low‑emission ships.
- - Building the Digital & Green Maritime Coalition.
- - Testing zero‑emission vessel prototypes.
- - Accelerating emission‑free shipping through industry-wide collaboration.
Automation & Robotics
The development of a robotized micro panel factory with and by the Northern Netherlands shipyards, for centralized and digitized production of steel panels and sub-sections for the shipyards. This will make the production of ships in the Northern Netherlands shipbuilding even more efficient, with production prices that are competitive with East and Southeast Asia.
Highlights
- - Practical green solutions for low‑emission ships.
- - Building the Digital & Green Maritime Coalition.
- - Testing zero‑emission vessel prototypes.
- - Testing zero‑emission vessel prototypes.
Digital & Green Maritime Coalition
A greener and more digital maritime future depends on stronger collaboration across the sector. The Digital & Green Maritime Coalition brings together shipyards, suppliers, knowledge institutions, and industry leaders to accelerate clean technologies and modern production methods. By uniting expertise and focusing on both sustainability and digital innovation, the initiative lays the groundwork for building the “ship of the future.”
Highlights
- - Uniting key maritime stakeholders in the Northern Netherlands.
- - Green propulsion, CO₂ capture, hydrogen, and methanol solutions.
- - Digitalization focus includes robotized shipbuilding and digital twins.
- - Collaboration as essential element for future-proof shipping.
Our goal is...
to spot, develop and create new knowledge, innovations and possible applications for the Maritime Industry to provide our challenging clients with the best possible solutions for their new designs.
Independent research shaping the future of maritime technology
Research Capabilities
Advanced Analysis & Optimization
Computational Fluid Dynamics (CFD)
Modern vessel operations demand optimal hydrodynamic performance for competitive advantage. Facing challenges in resistance, propulsion efficiency and seakeeping behavior, advanced flow analysis is essential. Based on CFD simulations of hull design, appendages and propulsion integration, Conoship develops optimized designs for enhanced performance.
Propulsion System Efficiency Studies
Rising operational costs drive the need for optimized propulsion systems. Facing increasing fuel prices, environmental regulations and varying operational profiles, detailed efficiency analysis is required. Based on comprehensive system studies and operational data, Conoship develops tailored solutions for improved propulsion efficiency.
eCONOprop Performance Analysis
Sustainable shipping requires intelligent solutions for reduced fuel consumption. Facing changing market conditions, fuel prices and environmental requirements, detailed propulsion analysis is needed. Based on speed-power predictions and system capabilities, Conoship develops modified propulsion arrangements for economical operation.
Complex Stability and Trim Calculations
Complex cargo operations demand sophisticated stability management solutions. Facing various loading conditions, cargo requirements and safety regulations, advanced calculations are essential. Based on detailed computational analysis and operational profiles, Conoship develops optimized loading conditions for safe and efficient operation.
Safety & Compliance
Probalistic damage stability
We use sophisticated computational models to exceed mandatory safety requirements. Our advanced stability analysis ensures robust operation in all loading conditions, providing shipowners with total confidence in the vessel’s safety.
Load line optimization
Maximize your vessel's earning potential through precision engineering. We conduct detailed assessments of stability and strength criteria to optimize load line assignments, allowing for increased cargo intake while remaining fully compliant with regulations.
Real-world applications of our technical breakthroughs
Innovation in Practice
At Conoship, we translate complex research into tangible benefits for our clients. Our innovative solutions consistently deliver measurable improvements across all critical aspects of vessel operation and ownership:
Operational Excellence
We achieve significant fuel efficiency improvements through optimized hull designs, advanced propulsion systems, and innovative energy-saving devices. Combined with enhanced vessel performance data-driven design optimization, these innovations directly impact your bottom line.
Environmental Leadership
Our commitment to sustainable shipping goes beyond compliance. Through reduced environmental impact and future-proof designs, we help shipowners stay ahead of regulations while minimizing their ecological footprint. Every innovation is developed with both current requirements and future environmental regulations in mind.
Looking to Innovate?
Do you have an innovatie idea or are you facing a complex maritime challenge?
Contact us to explore how our research and development capabilities can help you realize your vision.
Recent Conoship Research News
From First Impressions to Final Reflections
A mechanical engineering student from Hanze joins Conoship International for his internship. Eager to put his knowledge to use, he contributes to the research of Redox flow batteries while experiencing the maritime industry for the very first time.
CAROS Project Launched: Another Step in Onboard CO2 Capture
Conoship partakes in CAROS project to advance CO₂ capture retrofits for HFO-powered ships, aligning with IMO and EU decarbonization goals
Logarithmic Wind: Providing Realistic Predictions of Wind-ship Interactions for WASP Units
Marie Jonas’ research at Conoship reveals that using logarithmic wind in simulations gives more realistic predictions of wind-ship interactions, helping optimize wind-assisted propulsion systems for greener maritime transport.
Other Conoship Services
Design & Engineering
With our multi-disciplinary team, we can provide assistance from the early steps of a project, through feasibility studies, concept design, and a full engineering and production package. This includes up to financing, yard selection and production support.
Consultancy
Independent technical and strategic consultancy. We assist and conduct feasibility studies, retrofit advice, and alternative fuel and wind-assisted-propulsion integration, and more. We help owners and operators make informed, future-proof decisions.