7月18日，2026第九届西湖水业科技大会圆满落幕，作为国内膜法水处理、海水淡化领域极具影响力的专业盛会，本次大会汇集行业院士、科研机构、水务设计院、工程总包企业及海内外客商，聚焦水处理国产化、节能降碳、海外市场拓展等核心议题，搭建产学研商贸一体化交流平台。中墨源Superfoss携核心产品亮相展会，完整展示适配多场景的一体化节能RO成套解决方案，全程收获行业广泛关注与深度洽谈。
On July 18th, The 9th West Lake Water Technology Conference 2026 has come to a successful conclusion. As an influential professional summit for membrane water treatment and seawater desalination in China, the event gathered academicians, research institutions, water design institutes, EPC contractors and global industry clients. Centered on localized water treatment, energy conservation & carbon reduction and overseas market expansion, it built an integrated exchange platform linking industry, academia, research and business. Superfoss exhibited its core products and presented full-range integrated energy-saving RO solutions for diverse scenarios, drawing extensive attention and in-depth business talks throughout the exhibition.
展会现场，中墨源重点展出自研陶瓷柱塞高压泵，搭配兄弟品牌肯福斯等压式能量回收设备组成成套系统。整套方案可实现能量回收效率达96%-98%，降低膜系统能耗60%以上，能够满足海水淡化、盐湖提锂、化工高盐废水零排放等复杂水处理工况需求。相关设备已在国内沿海淡化项目、西部盐湖资源化项目，以及阿联酋、埃及等海外海水淡化工程稳定落地，不少到场客商专程前来了解设备运行数据、项目落地案例，现场技术交流氛围热烈。
At the booth, Superfoss showcased its self-developed ceramic plunger high-pressure pumps, forming a complete system paired with isobaric energy recovery equipment from Kingfoss, its sister brand. The entire solution can achieve an energy recovery efficiency of 96%-98%, reducing the energy consumption of the membrane system by over 60%, perfectly suited for complex working conditions including seawater desalination, lithium extraction from salt lakes and zero liquid discharge (ZLD) of industrial high-salinity wastewater. The equipment has been running stably in domestic coastal desalination projects, western salt lake resource recovery projects, as well as overseas seawater desalination facilities in the UAE, Egypt and other countries. Numerous visitors came to inquire about equipment operating data and project references, creating a vibrant atmosphere for technical communication.
展会同期，中墨源首席科学家郑兴教授在海水淡化与水再利用产业分论坛完成专题分享，报告围绕《中墨源高压泵耦合肯福斯能量回收提效RO海水淡化》展开。结合海内外真实工程落地案例，系统讲解陶瓷柱塞高压泵的结构优势、成套系统节能逻辑，同时分享面向中东、北非海外项目的本土化适配方案，为行业国产装备替代进口、水务技术出海提供落地参考，报告结束后吸引多位专家、工程企业负责人开展一对一技术交流。
During the conference, Professor Zheng Xing, Chief Scientist of Superfoss, delivered a dedicated presentation at the sub-forum on seawater desalination and water reuse, titled RO Seawater Desalination Boosted by Superfoss High-pressure Pump Coupled with Kingfoss Energy Recovery. Drawing on real domestic and overseas engineering cases, he systematically illustrated the structural strengths of ceramic plunger high-pressure pumps and the energy-saving mechanism of the integrated system, and shared localized solutions tailored for desalination projects in the Middle East and North Africa. The speech provided practical references for the industry to realize domestic substitution of imported equipment and globalize water treatment technologies, and triggered one-on-one technical discussions with many experts and engineering enterprise executives after the session.
三日展期内，团队接待了大批设计院、环保工程商、海外代理商及终端生产企业，来访客户围绕设备定制、工况适配、长期运维、海外项目配套等内容展开细致沟通，达成多项合作意向。通过面对面的深度对接，我们直观了解行业当下对长寿命、低能耗国产水处理装备的迫切需求，也收集到大量一线工况优化建议，为后续产品迭代、方案升级积累宝贵市场依据。
Over the three-day exhibition, our team received a large number of visitors including design institutes, environmental engineering contractors, overseas agents and end manufacturers. Clients held detailed discussions on equipment customization, working condition adaptation, long-term operation & maintenance and supporting services for overseas projects, reaching multiple preliminary cooperation intentions. Face-to-face exchanges allowed us to clearly grasp the industry’s urgent demand for long-lifespan, low-energy domestic water treatment equipment, and we collected abundant field optimization suggestions, laying valuable market foundations for subsequent product iteration and solution upgrading.
此次西湖水业科技大会之行，是中墨源向全行业展示自研高压泵核心技术实力的重要契机。展会虽已结束，但技术交流与合作对接仍在持续。后续中墨源技术团队将逐一跟进所有意向客户，按需提供工况测算、成套方案设计、项目技术支持等配套服务。未来我们也将持续深耕陶瓷柱塞高压泵赛道，不断优化一体化节能成套解决方案，以高可靠、低能耗的国产装备助力海水淡化与高盐废水处理产业绿色低碳升级，期待与更多行业伙伴携手同行，共拓国内外水处理市场新机遇。
Participation in the West Lake Water Technology Conference served as a vital opportunity for Superfoss to demonstrate its core independent R&D strengths in high-pressure pumps. Though the exhibition has closed, technical exchanges and business follow-ups remain ongoing. Our technical team will follow up with all interested clients one by one, providing customized services including working condition calculation, integrated solution design and on-site project technical support as required. Moving forward, we will keep focusing on the R&D of ceramic plunger high-pressure pumps and continuously upgrade our integrated energy-saving solutions. With highly reliable, low-power domestic equipment, we will drive the green and low-carbon transformation of seawater desalination and high-salinity wastewater treatment industries, and look forward to cooperating with more industry partners to explore new opportunities in domestic and global water treatment markets.
7月18日，2026第九届西湖水业科技大会圆满落幕，作为国内膜法水处理、海水淡化领域极具影响力的专业盛会，本次大会汇集行业院士、科研机构、水务设计院、工程总包企业及海内外客商，聚焦水处理国产化、节能降碳、海外市场拓展等核心议题，搭建产学研商贸一体化交流平台。中墨源Superfoss携核心产品亮相展会，完整展示适配多场景的一体化节能RO成套解决方案，全程收获行业广泛关注与深度洽谈。
On July 18th, The 9th West Lake Water Technology Conference 2026 has come to a successful conclusion. As an influential professional summit for membrane water treatment and seawater desalination in China, the event gathered academicians, research institutions, water design institutes, EPC contractors and global industry clients. Centered on localized water treatment, energy conservation & carbon reduction and overseas market expansion, it built an integrated exchange platform linking industry, academia, research and business. Superfoss exhibited its core products and presented full-range integrated energy-saving RO solutions for diverse scenarios, drawing extensive attention and in-depth business talks throughout the exhibition.
展会现场，中墨源重点展出自研陶瓷柱塞高压泵，搭配兄弟品牌肯福斯等压式能量回收设备组成成套系统。整套方案可实现能量回收效率达96%-98%，降低膜系统能耗60%以上，能够满足海水淡化、盐湖提锂、化工高盐废水零排放等复杂水处理工况需求。相关设备已在国内沿海淡化项目、西部盐湖资源化项目，以及阿联酋、埃及等海外海水淡化工程稳定落地，不少到场客商专程前来了解设备运行数据、项目落地案例，现场技术交流氛围热烈。
At the booth, Superfoss showcased its self-developed ceramic plunger high-pressure pumps, forming a complete system paired with isobaric energy recovery equipment from Kingfoss, its sister brand. The entire solution can achieve an energy recovery efficiency of 96%-98%, reducing the energy consumption of the membrane system by over 60%, perfectly suited for complex working conditions including seawater desalination, lithium extraction from salt lakes and zero liquid discharge (ZLD) of industrial high-salinity wastewater. The equipment has been running stably in domestic coastal desalination projects, western salt lake resource recovery projects, as well as overseas seawater desalination facilities in the UAE, Egypt and other countries. Numerous visitors came to inquire about equipment operating data and project references, creating a vibrant atmosphere for technical communication.
展会同期，中墨源首席科学家郑兴教授在海水淡化与水再利用产业分论坛完成专题分享，报告围绕《中墨源高压泵耦合肯福斯能量回收提效RO海水淡化》展开。结合海内外真实工程落地案例，系统讲解陶瓷柱塞高压泵的结构优势、成套系统节能逻辑，同时分享面向中东、北非海外项目的本土化适配方案，为行业国产装备替代进口、水务技术出海提供落地参考，报告结束后吸引多位专家、工程企业负责人开展一对一技术交流。
During the conference, Professor Zheng Xing, Chief Scientist of Superfoss, delivered a dedicated presentation at the sub-forum on seawater desalination and water reuse, titled RO Seawater Desalination Boosted by Superfoss High-pressure Pump Coupled with Kingfoss Energy Recovery. Drawing on real domestic and overseas engineering cases, he systematically illustrated the structural strengths of ceramic plunger high-pressure pumps and the energy-saving mechanism of the integrated system, and shared localized solutions tailored for desalination projects in the Middle East and North Africa. The speech provided practical references for the industry to realize domestic substitution of imported equipment and globalize water treatment technologies, and triggered one-on-one technical discussions with many experts and engineering enterprise executives after the session.
三日展期内，团队接待了大批设计院、环保工程商、海外代理商及终端生产企业，来访客户围绕设备定制、工况适配、长期运维、海外项目配套等内容展开细致沟通，达成多项合作意向。通过面对面的深度对接，我们直观了解行业当下对长寿命、低能耗国产水处理装备的迫切需求，也收集到大量一线工况优化建议，为后续产品迭代、方案升级积累宝贵市场依据。
Over the three-day exhibition, our team received a large number of visitors including design institutes, environmental engineering contractors, overseas agents and end manufacturers. Clients held detailed discussions on equipment customization, working condition adaptation, long-term operation & maintenance and supporting services for overseas projects, reaching multiple preliminary cooperation intentions. Face-to-face exchanges allowed us to clearly grasp the industry’s urgent demand for long-lifespan, low-energy domestic water treatment equipment, and we collected abundant field optimization suggestions, laying valuable market foundations for subsequent product iteration and solution upgrading.
此次西湖水业科技大会之行，是中墨源向全行业展示自研高压泵核心技术实力的重要契机。展会虽已结束，但技术交流与合作对接仍在持续。后续中墨源技术团队将逐一跟进所有意向客户，按需提供工况测算、成套方案设计、项目技术支持等配套服务。未来我们也将持续深耕陶瓷柱塞高压泵赛道，不断优化一体化节能成套解决方案，以高可靠、低能耗的国产装备助力海水淡化与高盐废水处理产业绿色低碳升级，期待与更多行业伙伴携手同行，共拓国内外水处理市场新机遇。
Participation in the West Lake Water Technology Conference served as a vital opportunity for Superfoss to demonstrate its core independent R&D strengths in high-pressure pumps. Though the exhibition has closed, technical exchanges and business follow-ups remain ongoing. Our technical team will follow up with all interested clients one by one, providing customized services including working condition calculation, integrated solution design and on-site project technical support as required. Moving forward, we will keep focusing on the R&D of ceramic plunger high-pressure pumps and continuously upgrade our integrated energy-saving solutions. With highly reliable, low-power domestic equipment, we will drive the green and low-carbon transformation of seawater desalination and high-salinity wastewater treatment industries, and look forward to cooperating with more industry partners to explore new opportunities in domestic and global water treatment markets.