2025 上海国际海事展的 N3B4E 展台人流如织，宾客满堂。
汇舸环保连续两日重磅发布自主研发的吸力风帆、斯特林制冷机、余热回收系统等海事装备及解决方案，吸引了境内外船东、航运专家及合作伙伴的浓厚兴趣和强烈关注。
汇舸环保用科技创新为全球航运业绿色转型注入强劲动力，用合作共赢为国际气候变化攻坚克难提供汇舸智慧！
驭风前行，绿动未来，汇舸吸力风帆重磅发布
汇舸吸力风帆是以伯努利原理与智能航向协同控制为核心的创新装备，经过大模型计算及风洞测试，可实现 15-30% 的显著节能效果，相较于其他类型风力助推装置，汇舸吸力风帆具有明显优势：
• 主动控制：内置风扇通过帆面多孔板主动吸入空气，精准调控气流；
• 高效赋能：降低湍流强度，最大化推力的同时最小化阻力，能效比全面优化；
• 全场景适配：适应多种风况，逆风条件下表现尤为突出；
• 智能安全：自动调节帆向与吸力，液压升降装置实现快速收放，兼顾航行安全与港口作业便利；
• 经济耐用：减少运动部件损耗，大幅降低运维成本，为船东持续创收。
循环聚冷，安全增效，汇舸斯特林制冷机隆重推出
在全球航运业广泛采用 LNG 作为清洁燃料的趋势下，汇舸环保与浙江大学成立的超冷联合实验室，凭借逆斯特林循环技术，破解 LNG 运输蒸发损失难题，成功推出汇舸斯特林制冷机，并获颁 DNV 船级社的 AIP 原理认可。
• 经济增效：显著降低 BOG（蒸发气）损耗，减少燃料成本，提升运营收益；
• 稳定可靠：系统部件精简、寿命长、维护需求低，适配船舶长期连续运行的严苛工况；
• 绿色环保：采用氦气作为循环工质，实现 BOG 高效再液化，杜绝传统冷媒的温室效应与环境风险；
• 灵活适配：模块化设计、结构紧凑，支持多台并联运行，可按需启停扩展，适配多样化运营场景。
绿色节能、高效利用，汇舸余热回收系统精彩亮相
面对日益严格的船舶环保法规，汇舸余热回收系统通过高效利用船舶余热，成为绿色减排核心方案：
• 经济收益显著：降低辅机燃油消耗，压缩船舶核心运营成本；
• 合规适配：助力船舶满足 IMO 2050 GHG 减排目标及 EEDI、EEXI、CII 等法规要求，适配 EU ETS 碳定价机制；
• 无缝集成：无需额外能源输入，可与现有船舶基础设施完美适配，克服海事场景空间限制；
• 长效省心：核心组件免维护、长寿命，全生命周期性价比优势突出。
从风力助推到 LNG 高效利用，再到余热回收，汇舸环保以全链条绿色解决方案，彰显了在船舶环保设备领域的技术引领地位与深厚市场影响力。
绿色航运，是行业高质量发展的必由之路，更是汇舸环保始终坚守的初心。
汇舸环保将继续以技术为帆、以创新为桨，共护蓝色地球，共赴航运业可持续发展的绿色征程！
Harnessing Technology, Building Momentum for Breakthroughs
— ContiOcean Showcases Multiple New Products at Marintec China
At Booth N3B4E of the 2025 Marintec China, crowds gathered and guests filled the space. Over two consecutive days, ContiOcean launched a series of self-developed maritime equipment and solutions, including the ContiOcean PowerFoill, Stirling cryogenerator, and waste heat recovery system, drawing keen interest and strong attention from domestic and international shipowners, shipping experts, and partners. With technological innovation, ContiOcean is injecting powerful momentum into the green transition of the global shipping industry, and through cooperation and mutual benefit, it is contributing ContiOcean’s expertise to the global challenge of climate change!
Harness the Wind, Propel the Future – ContiOcean PowerFoil Makes Its Debut
The ContiOcean PowerFoil is an innovative device based on the Bernoulli principle and intelligent course-synergized control. Through large-model calculations and wind tunnel tests, it achieves significant energy savings of 15–30%. Compared to other types of wind-assisted propulsion systems, the ContiOcean PowerFoil offers distinct advantages:
• Active Control: Built-in fans actively draw in air through perforated sail surfaces, enabling precise airflow regulation.
• High Efficiency: Reduces turbulence intensity, maximizing thrust while minimizing drag for fully optimized energy efficiency.
• Full-Scenario Adaptability: Suitable for various wind conditions, with outstanding performance especially in headwinds.
• Smart Safety: Automatically adjusts sail orientation and suction; hydraulic lifting enables quick retraction and deployment, ensuring both navigation safety and port operation convenience.
• Economical & Durable: Reduces wear on moving parts, significantly lowering maintenance costs and creating sustained value for shipowners.
Cyclic Refrigeration, Safe & Efficient – ContiOcean Stirling cryogenerator Launched
Amid the global shipping industry’s widespread adoption of LNG as a clean fuel, ContiOcean and Zhejiang University established the Ultra-Cold Joint Laboratory. Leveraging reverse Stirling cycle technology, they have tackled the challenge of LNG transport boil-off gas (BOG) losses and successfully introduced the ContiOcean Stirling Cryogenerator, which has received an Approval in Principle (AIP) from DNV.
• Economic Efficiency: Significantly reduces BOG losses, cuts fuel costs, and enhances operational revenue.
• Stability & Reliability: Simplified system components, long service life, and low maintenance requirements, suitable for harsh conditions of long-term continuous ship operation.
• Green & Eco-Friendly: Uses helium as the cycle working fluid, enabling efficient BOG reliquefaction while avoiding the greenhouse effect and environmental risks of traditional refrigerants.
• Flexible Adaptation: Modular and compact design, supports parallel operation of multiple units, allows on-demand start/stop and scaling, and adapts to diverse operational scenarios.
Green, Energy-Saving & Efficient Utilization – ContiOcean Waste Heat Recovery System Unveiled
In response to increasingly stringent environmental regulations for ships, the ContiOcean Waste Heat Recovery System offers a core green emission-reduction solution by efficiently utilizing ship waste heat:
• Notable Economic Benefits: Reduces auxiliary engine fuel consumption and lowers core vessel operating costs.
• Regulatory Compliance: Helps vessels meet IMO 2050 GHG reduction targets and regulatory requirements such as EEDI, EEXI, and CII, and aligns with mechanisms like the EU ETS carbon pricing.
• Seamless Integration: Requires no additional energy input, fits perfectly with existing ship infrastructure, and overcomes spatial constraints in maritime settings.
• Long-Term Reliability: Core components are maintenance-free with long service life, offering outstanding lifecycle cost-effectiveness.
From wind-assisted propulsion and efficient LNG utilization to waste heat recovery, ContiOcean demonstrates its technological leadership and profound market influence in the field of marine environmental equipment with its full-chain green solutions. Green shipping is not only an essential path for the high-quality development of the industry but also the unwavering mission of ContiOcean. ContiOcean will continue to set technology as its sail and innovation as its oar, working together to protect the blue planet and advance toward a sustainable, green future for the shipping industry.
