Передовые технологии и автоматизация
✅ Современные системы PSA, VPSA и DS-PSA – обеспечивают максимальную производительность и стабильность подачи кислорода.
✅ Интеллектуальное управление – автоматические системы контроля работы для точной настройки и бесперебойной работы.
✅ Гибкость адаптации – оборудование настраивается под индивидуальные требования заказчика и легко интегрируется в производственные процессы.
✅ Интеллектуальное управление – автоматические системы контроля работы для точной настройки и бесперебойной работы.
✅ Гибкость адаптации – оборудование настраивается под индивидуальные требования заказчика и легко интегрируется в производственные процессы.
Advanced technology and automation
✅ Modern PSA, VPSA and DS-PSA systems ensure maximum performance and stability of oxygen supply.
✅ Intelligent control – Automatic operation monitoring systems for fine tuning and trouble-free operation.
✅ Adaptability – the equipment is customized to meet individual customer requirements and is easily integrated into production processes.
✅ Intelligent control – Automatic operation monitoring systems for fine tuning and trouble-free operation.
✅ Adaptability – the equipment is customized to meet individual customer requirements and is easily integrated into production processes.
Энергоэффективность и низкие эксплуатационные расходы
✅ Оптимизированное энергопотребление – минимизация затрат на производство кислорода.
✅ Экономичный расход сжатого воздуха – высокая эффективность разделения кислорода снижает потребление ресурсов.
✅ Минимальные затраты на обслуживание – долговечные адсорбенты и надежные компоненты продлевают срок службы оборудования.
✅ Экономичный расход сжатого воздуха – высокая эффективность разделения кислорода снижает потребление ресурсов.
✅ Минимальные затраты на обслуживание – долговечные адсорбенты и надежные компоненты продлевают срок службы оборудования.
Energy efficiency and low maintenance costs
✅ Optimized energy consumption – minimizing the cost of oxygen production.
✅ Economical compressed air consumption – high oxygen separation efficiency reduces resource consumption.
✅ Minimal maintenance costs – long-lasting adsorbents and reliable components extend the service life of the equipment.
✅ Economical compressed air consumption – high oxygen separation efficiency reduces resource consumption.
✅ Minimal maintenance costs – long-lasting adsorbents and reliable components extend the service life of the equipment.
Надежность и соответствие международным стандартам
✅ Высочайшее качество сборки – производство в соответствии с мировыми стандартами медицинской, промышленной и экологической сертификации.
✅ Прочность и устойчивость к нагрузкам – оборудование рассчитано на длительную эксплуатацию в любых условиях.
✅ Гарантия и сервисная поддержка – техническое сопровождение, обучение персонала и послепродажное обслуживание.
✅ Прочность и устойчивость к нагрузкам – оборудование рассчитано на длительную эксплуатацию в любых условиях.
✅ Гарантия и сервисная поддержка – техническое сопровождение, обучение персонала и послепродажное обслуживание.
Reliability and compliance with international standards
✅ The highest quality of assembly – production in accordance with international standards of medical, industrial and environmental certification.
✅ Durability and resistance to loads – the equipment is designed for long-term operation in any conditions.
✅ Warranty and service support – technical support, staff training and after-sales service.
✅ Durability and resistance to loads – the equipment is designed for long-term operation in any conditions.
✅ Warranty and service support – technical support, staff training and after-sales service.
Комплексные решения для любого бизнеса
✅ Широкий модельный ряд – от мобильных решений до крупных промышленных комплексов.
✅ Легкость интеграции – возможность подключения к уже существующим системам.
✅ Индивидуальные решения – разработка и адаптация под конкретные задачи клиента.
✅ Легкость интеграции – возможность подключения к уже существующим системам.
✅ Индивидуальные решения – разработка и адаптация под конкретные задачи клиента.
Comprehensive solutions for any business
✅ A wide range of models – from mobile solutions to large industrial complexes.
✅ Ease of integration – the ability to connect to existing systems.
✅ Individual solutions – development and adaptation to specific client tasks.
✅ Ease of integration – the ability to connect to existing systems.
✅ Individual solutions – development and adaptation to specific client tasks.
PROPELLER PUMPS
specifications
- Construction: A lightweight three-post stainless steel structure connects the engine base plate and the propeller casing.
- Stand: The HDPE stand supports the pump body and directs the water flow.
- Protection: The design prevents water from entering the upper parts of the pump (bearing box and motor).
- Engine location: The external location of the engine makes maintenance easier.
- Check valve: It is possible to install a check valve at the pump outlet.
- Immersion: Designed to operate at a minimum water level above the base plate: 0.5-0.7 m, depending on the model.
materials
- Pump housing: Made of AISI 316L, resistant to seawater with a salinity of up to 40% and a temperature of up to 30 °C.
- Propeller: Made of high-strength polymer material.
BASIC MODELS
application
- Specially designed for recirculating water supply systems (USW) for fish, oyster or shrimp farming.
- They are used in water treatment units at aquaculture facilities where a stable continuous flow of water at a constant height is required.
advantages
- Robust construction: Provides minimal maintenance and continuous operation.
- Easy integration: The combined stand-pressure pipe makes it easy to install the pump in the farm infrastructure.
- Reduced hydraulic losses: The optimized design minimizes pressure losses, which reduces energy consumption.
- High quality workmanship: Ensures quiet operation of the pump and the use of sealed bearings that do not require maintenance.
- Easy maintenance: During maintenance, the stand remains in place and the internal structure of the AISI 316 pump is removed.
- Flexible connection: The outlet can be connected to the channel wall or extended with a rectangular drain tray at a distance.
- Long-lasting Stand: The HDPE stand is strong and resistant to all sea water conditions, while being completely recyclable.
- Long-lasting motors: Low-speed motors provide a longer service life.
THE TECHNOLOGY WAS APPLIED TO THREE AQUACULTURES UNDER STRICT RESTRICTIONS
- Onshore shellfish nurseries: oyster fry are raised in a semi-enclosed system for several weeks to gain size and stability before being shipped out to sea. The height is about 1.1 m, and the standard size of the equipment includes 3 pumps, each of which develops 210 l / s (750 m3 / h). The recirculating flow also transports phytoplankton, and the key to success is to maintain the flow 24/24.
- Trout and salmon USV farms: While trout farms often operate in "water reuse" mode, our pumps are also successfully applied in land-based salmon USV. Again, a height of 1 to 1.3 m is the usual case, and the flow rate is provided respectively at the level of 200-225 l / s per pumping unit.
- Shrimp farms that are looking for intensive water use conditions were supposed to improve the water quality at the inlet with fine filtration and even ozone disinfection. In order for their water treatment plant to work with a constant flow and 24/24, we have implemented the same technology. Low altitude (about 1.05 m) and stable high flow (250 l / sec / unit).
