Water Purification Systems
Equipment that guarantees the quality of water used and suitable for laboratory work. Several purification methods may be present: absorption, deionization, distillation, demineralization, filtration, reverse osmosis, ultrafiltration, UV oxidation.
The purity of water can be classified into three classes: type 1 (ultrapure water, 18.2 MΩ), type II (pure water, 1 to 15 MΩ), type III (reverse osmosis water) and type IV (cartridge/filter system water). The water supply sources can vary from tap water to distilled, deionized or reverse osmosis (RO) water. Several models are available according to the needs and applications required by each user.
Equipment that guarantees the quality of water used and suitable for laboratory work. Several purification methods may be present: absorption, deionization, distillation, demineralization, filtration, reverse osmosis, ultrafiltration, UV oxidation.
The purity of water can be classified into three classes: type 1 (ultrapure water, 18.2 MΩ), type II (pure water, 1 to 15 MΩ), type III (reverse osmosis water) and type IV (cartridge/filter system water). The water supply sources can vary from tap water to distilled, deionized or reverse osmosis (RO) water. Several models are available according to the needs and applications required by each user.
WATER PURIFICATION SYSTEMS
Dematerialization and purification of tap water to obtain ultra-pure and pure water. Systems that meet the requirements of PN-EN ISO 3696:1999 for purified water of the 1st and 2nd class, and depending on the model, the obtained water can be used for instrumental analyses such as AAS, ICP/MS, IC, HPLC, and GC, for developing a supply network for various laboratory rooms and floors.
Highly automated and suitable for demanding users, these systems allow monitoring of work items, data archiving, and custom alarm configuration. Reading of conductivity measurement, feeding water temperature, after reverse osmosis, and control of the tank filling level. Various models are available, some of which can be used, for example, in the pharmaceutical, food, and cosmetic industries, and each model includes corresponding filters and cartridges.
Specifications:
- Characteristics of feeding water: temperature 4-40°C; conductivity < 1200 µS/cm; hardness < 250 mg CaCO3/dm3;
- Max. conductivity of purified water of 0.055 µS/cm, complying with standards EN ISO 3696:1999, ASTM, CLSI, FP;
- System efficiency: 5-60 L/h (models with included tank); 100-1000 L/h (industrial models without included tank);
- Water purification levels:
- 5 µm sediment filtration module;
- A2 filtration module (carbon sediment softener);
- reverse osmosis module;
- ion exchange demineralization (SQF system);
- 254 nm UV lamp;
- 0.45/0.2 µm microfiltration capsule;
- Energy consumption of 20-100 W;
- Dimensions (LxWxH): 27 x 47 x 57 cm.
WATER PURIFICATION SYSTEMS
Demineralization and purification of tap water. Systems that meet the requirements of PN-EN ISO 3696: 1999 for 3rd class water purity (depending on the quality of the input water) and retain 96-99% of dissolved organic and inorganic contamination. Suitable for, for example, water baths, analyzers, autoclaves, demineralizers, and for developing a supply network for various laboratory rooms and floors. These systems are fully automated and maintenance-free, equipped with a control and measurement system that monitors all stages of the water purification process.
Specifications:
- Feed water characteristics: temperature 4-40°C; conductivity < 1200 µS/cm; hardness < 250 mg CaCO3/dm3;
- Retention of 96-99%, meeting EN ISO 3696: 1999 standards;
- System efficiency: 5-60 L/h; 100-1000 L/h (industrial models);
- Water purification levels:
- 5 µm sediment filtration module;
- A2 filtration module (carbon sediment softener);
- Reverse osmosis module;
- UV lamp (optional);
- Power consumption of 40 to 100 W;
- Dimensions (LxWxH): 27 x 47 x 57 cm.
WATER PURIFICATION SYSTEMS
Demineralization and purification of tap water for obtaining water for analytical and instrumental purposes. Systems that meet the requirements of PN-EN ISO 3696: 1999 for purified water of 1st, 2nd and 3rd class, with microbiological/physical-chemical FP requirements. Depending on the model, the obtained water can be used for instrumental analyses such as AAS, ICP/MS, IC, HPLC and GC, bacterial cultures and biochemical analysis.
These systems are automated with microprocessor control, allowing for monitoring of work items, data archiving, customized alarm configuration, and reading of demineralized water conductivity and compensation temperature, as well as system status information.
Specifications:
- Feed water characteristics: temperature 4-40°C; conductivity < 1200 µS/cm; hardness < 250 mg CaCO3/dm3;
- Maximum conductivity of purified water of 0.06 µS/cm, meeting EN ISO 3696: 1999 standards;
- System efficiency: 4-30 L/h;
- Water purification levels:
- 5 µm sediment filtration module;
- A2 filtration module (carbon sediment softener);
- Reverse osmosis module;
- Ion exchange demineralization;
- 254 nm UV lamp (HPLUV models);
- 0.45/0.2 µm microfiltration capsule (HLPs, HLPsp, HLPUV models);
- Power consumption of 10 to 100 W;
- Dimensions (LxWxH): 23.5 x 47 x 57 cm.
