Evoqua RO industrial system Ultra Clear RO 150 Basic
The Evoqua RO industrial system Ultra Clear RO 150 Basic is a high-performance reverse osmosis system that has been specially designed for users in industrial water treatment. It ensures efficient pure water production from softened or hardness-stabilized drinking water and impresses with its reliable performance and high retention rate. The system enables unpressurized feeding into a large storage tank, which is particularly advantageous for production processes with changing water requirements. Thanks to its stable construction and advanced membrane technology, it offers consistent water quality. Similar systems such as the [Ultra Clear RO 300 Basic] can be an alternative in projects with increased water throughput, while the variant described here is ideal for medium capacities.
Performance features at a glance
The system, which is manufactured according to the latest development standards, reliably treats pure water for a wide range of industrial applications. In many sectors - such as the chemical industry, pharmaceutical processes or laboratory environments - consistently pure water is a basic requirement. Pressureless feeding into tanks with fill level monitoring avoids bottlenecks in the water supply and enables an adapted supply. In contrast to the [Ultra Clear RO 80 Basic], which is designed for smaller production volumes, the system presented here offers an increased capacity per hour. This creates flexibility - even in workshop-like environments or with changing peak loads.
Important features and technical highlights
- Product water output: 150 l/h - ideal for medium volumes of pure water
- High retention rate: 95-98 % of salts and over 99 % for bacteria and particles.
- Operating pressure: flexibly adjustable between 6 and 12 bar to meet different requirements.
- Temperature range: 5-35 °C for trouble-free continuous operation in typical industrial zones.
- Electrical connection: 230 V, 50 Hz, so that installation is straightforward in existing system environments.
- Input water requirements: Conductivity below 2000 µS/cm, free chlorine <0.1 mg/l and CO₂ concentration <20 mg/l.
- For unpressurized feed: Designed for a storage tank of up to 1000 l with level monitoring.
In addition to the seven points mentioned above, the system is characterized by high operational reliability and a maintenance-friendly concept. This reduces downtimes and minimizes costs for the user. Thanks to the booster pump included in the scope of delivery, the system can be used flexibly in areas with lower line pressure. At the same time, the multi-stage filtration guarantees that dissolved particles or organic contamination are reliably removed and that additional filter systems can be retrofitted.
Certifications and standards
Evoqua attaches great importance to compliance with common industry standards. The components are dimensioned and designed in such a way that they comply with the usual safety and hygiene regulations. The membrane elements used and other key components are certified in accordance with DIN and CE specifications and meet demanding quality guidelines. This means that the system can be easily integrated into existing QM systems and meets high standards of purity and efficiency.
Application examples
- Traditional water treatment for ultrapure water laboratories to enable high-quality analyses
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- Process water for the pharmaceutical industry, where freedom from bacteria and particles is essential.
- Preparation of chemical solutions in production plants, for example in the manufacture of coatings or reagents.
- Ensuring consistent quality in electroplating operations, where low conductivity water is essential for processes.
- Use in the cosmetics sector to minimize impurities in formulations
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FAQs
How often does the system need to be serviced?
The maintenance intervals depend on the operating hours and the quality of the input water. An inspection every six months is usually recommended in order to replace wearing parts such as pre-filters in good time.
What role does the operating pressure play in pure water performance?
Adequate operating pressure promotes optimum membrane performance. If the pressure is too low, both the flow rate and the retention rates for salts and microorganisms decrease.
Can the system be operated at higher inlet water conductivities?
The recommended maximum is a conductivity below 2000 µS/cm. Higher values can lead to faster membrane loading. Upstream softening or desalination is recommended for heavily contaminated raw water.
Which additional components are frequently used
Optional UV disinfection units or additional activated carbon filters are available. This can be useful, for example, if there are particularly high requirements for microbiological purity.
Is the system suitable for mobile use?
The system is designed for stationary use. Although it has compact dimensions, the installation is designed with a fixed connection and a storage tank.
Conclusion
This reverse osmosis system provides users with an efficient solution for producing pure water in industrial plants, laboratories and production environments. Its sophisticated design with integrated tank connection, high retention rate and reliable membrane technology ensures consistent water quality with minimal maintenance. Both flexible expansion options and certified components make the system a durable and future-proof choice for users who require medium quantities of pure water.
