ELODE System Selected for Astana Wastewater Treatment Plant Project
Bluewin Co., Ltd. (CEO Antonio Kim) recently participated in the Kazakhstan Water Industry Delegation alongside the Ministry of Foreign Affairs, the Ministry of Environment, Korea Water Partnership, K-water, Korea Environment Corporation, the Water Cluster, and leading Korean water companies. The mission aimed to share advanced water technologies and foster a sustainable water industry ecosystem between Korea and Kazakhstan.
Bluewin 随韩国水产业代表团访问哈萨克斯坦
ELODE 系统入选阿斯塔纳污水处理厂污泥减量项目
Bluewin 株式会社（代表理事 金英祚）近日与韩国外交部、环境部、韩国水产业协会、K-water、韩国环境公团、水集群及主要水产业企业一道，参加了哈萨克斯坦水产业代表团。此次访问旨在分享先进的水处理技术，并促进韩哈两国建立可持续发展的水产业生态系统。
Astana’s Sludge Problem: A Growing Challenge
Astana, the capital of Kazakhstan, is facing an increasingly serious sludge management issue driven by rapid urbanization and changing lifestyles.
Annual sludge generation: Approximately 90,000 tons of dewatered sludge
Moisture content: Around 73%
Current method: Simple landfilling, about 10 km away from the treatment plant
This outdated method poses significant environmental risks and is not sustainable in the long term.
阿斯塔纳的污泥难题日益严重
随着城市快速发展和生活方式的变化，哈萨克斯坦首都阿斯塔纳正面临日益严重的污泥管理问题。
年污泥产量：约 90,000 吨（脱水污泥）
含水率：约 73%
现行方式：距离处理厂约 10 公里的简单填埋
这种方式不仅环境风险高，而且从长远来看并不可持续。
Key challenges identified include:
Sludge disposal limits – Reliance on landfilling increases the risk of pollution.
Odor management – Activated carbon filters are costly to replace and environmentally unstable.
Rising pollutant concentrations – Increased chemical use in households raises wastewater treatment costs.
Aging equipment – Old blowers and pumps cause energy inefficiency.
Need for advanced biological treatment – New processes are required to reduce chemical dependence while ensuring higher purification efficiency.
主要挑战包括：
污泥处置方式受限 —— 单纯依赖填埋加剧了环境污染风险。
恶臭治理困难 —— 活性炭过滤系统更换成本高、稳定性差。
污染物浓度上升 —— 家庭化学品使用增加，使污水处理费用不断攀升。
设备老化 —— 鼓风机、泵等设备效率低下，能源浪费严重。
深度生物处理需求 —— 亟需新工艺在减少化学药剂的同时提升净化效率。
Bluewin’s Proposal: Turning Waste into Resource
During the mission, Bluewin held discussions with the Astana city government, EPC designers, and contractors, presenting tailored solutions for the sludge issue. The company proposed applying its ELODE + NVD/EVD systems to shift away from landfill-based disposal toward resource recovery and circular economy models.
ELODE electro-osmosis dewatering + NVD/EVD drying: Reduces CO₂ emissions by over 60% compared to thermal drying, while producing sludge suitable for reuse as fuel or fertilizer.
Odor treatment upgrades: Replacing activated carbon with biological filters, wet scrubbing, plasma, or photocatalyst-based solutions.
Handling high-concentration wastewater: Introducing advanced biological processes (MBR, MBBR) in combination with Bluewin’s low-OPEX technologies.
Energy efficiency: Replacing outdated blowers and pumps while leveraging ELODE’s low-energy dewatering to reduce operational costs.
Through this approach, Bluewin emphasized the vision of transforming sludge from a “waste” burden into a “resource” opportunity.
Bluewin 的解决方案：从废弃物到资源
在代表团期间，Bluewin 与阿斯塔纳市政府、EPC 设计院及施工单位进行了深入交流，提出了针对性解决方案。公司建议引入 ELODE + NVD/EVD 技术，以摆脱对单纯填埋的依赖，推动污泥减量与资源化利用。
ELODE 电渗脱水 + NVD/EVD 干化：相比热干化可减少 60% 以上的二氧化碳排放，同时将污泥转化为可作为燃料或肥料再利用的形式。
恶臭治理升级：用生物滤池、湿式洗涤、等离子或光催化技术替代传统活性炭。
高浓度污水应对：引入 MBR、MBBR 等先进生物工艺，并结合 Bluewin 的低 OPEX 处理技术。
能源效率提升：更换老旧鼓风机和泵，并通过低能耗的 ELODE 技术降低运行成本。
Bluewin 向当地政府提出了将污泥从 “废弃物（Waste）” 转变为 “资源（Resource）” 的循环经济模式。
Insights from the Journey
The delegation’s schedule was not without challenges. CEO Antonio Kim stayed behind in Astana for a crucial meeting with city officials, resulting in travel delays when his domestic flight to Almaty was postponed for six hours due to a technical defect. Despite missing his international connection, he viewed the incident positively: “It was a blessing that the defect was detected before takeoff. We were transferred to a safer, newer aircraft, and that gave me peace of mind,” he reflected.
旅程中的洞察
此次出访过程中也经历了一些波折。金英祚代表因与阿斯塔纳市政府会晤而比其他随行人员晚一天启程，结果遇到国内航班因故障延误 6 小时，错过了国际转机。但他依然积极看待这一经历：“庆幸的是，起飞前发现了故障并更换了新飞机。这反而让我乘坐上更安全、更先进的航班。
Looking Ahead
A key outcome of this mission was the official selection of Bluewin’s ELODE system for Astana’s wastewater treatment plant sludge reduction project. Bluewin will proceed with specification reviews and collaborate with local partners to implement the project.
Reflecting on the trip, CEO Kim stated:
“This journey meant more than just business meetings. Standing in Astana and Almaty, I realized how much our technology can contribute to the well-being of Kazakhstan’s 20 million citizens. Bluewin remains committed to sharing our expertise and delivering sustainable solutions to global sludge challenges.
展望未来
此次代表团活动的一大成果，是 Bluewin 的 ELODE 系统正式入选阿斯塔纳污水处理厂的污泥减量项目。Bluewin 将与当地合作伙伴一道推进技术规范审查和项目实施。
金英祚代表表示：
“这次访问不仅仅是一次商务出差，更让我深刻意识到，我们的技术能够切实惠及哈萨克斯坦两千万人民。未来，Bluewin 将继续分享经验和创新技术，致力于解决全球污泥难题，推动可持续环境的建设。
ELODE System Selected for Astana Wastewater Treatment Plant Project
Bluewin Co., Ltd. (CEO Antonio Kim) recently participated in the Kazakhstan Water Industry Delegation alongside the Ministry of Foreign Affairs, the Ministry of Environment, Korea Water Partnership, K-water, Korea Environment Corporation, the Water Cluster, and leading Korean water companies. The mission aimed to share advanced water technologies and foster a sustainable water industry ecosystem between Korea and Kazakhstan.
Bluewin 随韩国水产业代表团访问哈萨克斯坦
ELODE 系统入选阿斯塔纳污水处理厂污泥减量项目
Bluewin 株式会社（代表理事 金英祚）近日与韩国外交部、环境部、韩国水产业协会、K-water、韩国环境公团、水集群及主要水产业企业一道，参加了哈萨克斯坦水产业代表团。此次访问旨在分享先进的水处理技术，并促进韩哈两国建立可持续发展的水产业生态系统。
Astana’s Sludge Problem: A Growing Challenge
Astana, the capital of Kazakhstan, is facing an increasingly serious sludge management issue driven by rapid urbanization and changing lifestyles.
Annual sludge generation: Approximately 90,000 tons of dewatered sludge
Moisture content: Around 73%
Current method: Simple landfilling, about 10 km away from the treatment plant
This outdated method poses significant environmental risks and is not sustainable in the long term.
阿斯塔纳的污泥难题日益严重
随着城市快速发展和生活方式的变化，哈萨克斯坦首都阿斯塔纳正面临日益严重的污泥管理问题。
年污泥产量：约 90,000 吨（脱水污泥）
含水率：约 73%
现行方式：距离处理厂约 10 公里的简单填埋
这种方式不仅环境风险高，而且从长远来看并不可持续。
Key challenges identified include:
Sludge disposal limits – Reliance on landfilling increases the risk of pollution.
Odor management – Activated carbon filters are costly to replace and environmentally unstable.
Rising pollutant concentrations – Increased chemical use in households raises wastewater treatment costs.
Aging equipment – Old blowers and pumps cause energy inefficiency.
Need for advanced biological treatment – New processes are required to reduce chemical dependence while ensuring higher purification efficiency.
主要挑战包括：
污泥处置方式受限 —— 单纯依赖填埋加剧了环境污染风险。
恶臭治理困难 —— 活性炭过滤系统更换成本高、稳定性差。
污染物浓度上升 —— 家庭化学品使用增加，使污水处理费用不断攀升。
设备老化 —— 鼓风机、泵等设备效率低下，能源浪费严重。
深度生物处理需求 —— 亟需新工艺在减少化学药剂的同时提升净化效率。
Bluewin’s Proposal: Turning Waste into Resource
During the mission, Bluewin held discussions with the Astana city government, EPC designers, and contractors, presenting tailored solutions for the sludge issue. The company proposed applying its ELODE + NVD/EVD systems to shift away from landfill-based disposal toward resource recovery and circular economy models.
ELODE electro-osmosis dewatering + NVD/EVD drying: Reduces CO₂ emissions by over 60% compared to thermal drying, while producing sludge suitable for reuse as fuel or fertilizer.
Odor treatment upgrades: Replacing activated carbon with biological filters, wet scrubbing, plasma, or photocatalyst-based solutions.
Handling high-concentration wastewater: Introducing advanced biological processes (MBR, MBBR) in combination with Bluewin’s low-OPEX technologies.
Energy efficiency: Replacing outdated blowers and pumps while leveraging ELODE’s low-energy dewatering to reduce operational costs.
Through this approach, Bluewin emphasized the vision of transforming sludge from a “waste” burden into a “resource” opportunity.
Bluewin 的解决方案：从废弃物到资源
在代表团期间，Bluewin 与阿斯塔纳市政府、EPC 设计院及施工单位进行了深入交流，提出了针对性解决方案。公司建议引入 ELODE + NVD/EVD 技术，以摆脱对单纯填埋的依赖，推动污泥减量与资源化利用。
ELODE 电渗脱水 + NVD/EVD 干化：相比热干化可减少 60% 以上的二氧化碳排放，同时将污泥转化为可作为燃料或肥料再利用的形式。
恶臭治理升级：用生物滤池、湿式洗涤、等离子或光催化技术替代传统活性炭。
高浓度污水应对：引入 MBR、MBBR 等先进生物工艺，并结合 Bluewin 的低 OPEX 处理技术。
能源效率提升：更换老旧鼓风机和泵，并通过低能耗的 ELODE 技术降低运行成本。
Bluewin 向当地政府提出了将污泥从 “废弃物（Waste）” 转变为 “资源（Resource）” 的循环经济模式。
Insights from the Journey
The delegation’s schedule was not without challenges. CEO Antonio Kim stayed behind in Astana for a crucial meeting with city officials, resulting in travel delays when his domestic flight to Almaty was postponed for six hours due to a technical defect. Despite missing his international connection, he viewed the incident positively: “It was a blessing that the defect was detected before takeoff. We were transferred to a safer, newer aircraft, and that gave me peace of mind,” he reflected.
旅程中的洞察
此次出访过程中也经历了一些波折。金英祚代表因与阿斯塔纳市政府会晤而比其他随行人员晚一天启程，结果遇到国内航班因故障延误 6 小时，错过了国际转机。但他依然积极看待这一经历：“庆幸的是，起飞前发现了故障并更换了新飞机。这反而让我乘坐上更安全、更先进的航班。
Looking Ahead
A key outcome of this mission was the official selection of Bluewin’s ELODE system for Astana’s wastewater treatment plant sludge reduction project. Bluewin will proceed with specification reviews and collaborate with local partners to implement the project.
Reflecting on the trip, CEO Kim stated:
“This journey meant more than just business meetings. Standing in Astana and Almaty, I realized how much our technology can contribute to the well-being of Kazakhstan’s 20 million citizens. Bluewin remains committed to sharing our expertise and delivering sustainable solutions to global sludge challenges.
展望未来
此次代表团活动的一大成果，是 Bluewin 的 ELODE 系统正式入选阿斯塔纳污水处理厂的污泥减量项目。Bluewin 将与当地合作伙伴一道推进技术规范审查和项目实施。
金英祚代表表示：
“这次访问不仅仅是一次商务出差，更让我深刻意识到，我们的技术能够切实惠及哈萨克斯坦两千万人民。未来，Bluewin 将继续分享经验和创新技术，致力于解决全球污泥难题，推动可持续环境的建设。