Risk Assessment
NanoWater risk assessment program for the BIOCELL-C™ and BIOCELL-B™ technologies consider the following but not limited to:
- Internal temperature;
- Internal pressure;
- Flow rate;
- Alarm systems;
- Safety shutdown;
- Over-pressure protection;
- Gas production;
- Commissioning/ maintenance/ calibration activities;
- Power supply to electrodes;
- Proximity/ orientation to surrounding persons and equipment; and
- Raw material and chemicals
Model No. | BioCell-B 500 | BioCell-B 1000 | BioCell-B 1500 | BioCell-B 2000 | BioCell-B 5000 |
Active Chlorine Generated | 500 Grams/hr | 1000 Grams/hr | 1500 Grams/hr | 2000 Grams/hr | 5000 Grams/hr |
Salt Consumed | 2 kgs/per hour | 4.5 kgs/per hour | 7 kgs/per hour | 9 kgs/per hour | 22.5 kgs/per hour |
Hypochlorite strength | 7 ~ 8.0 Gpl | 7 ~ 8.0 Gpl | 7 ~ 8.0 Gpl | 7 ~ 8.0 Gpl | 7 ~ 8.0 Gpl |
NaOCl Produced Per hour | 70 liters | 140 liters | 210 liters | 280 liters | 700 liters |
Water that can be treated with 1 ppm of chlorine(approx.) | 500,000 liters per hour | 1000,000 liters per hour | 1500,000 liters per hour | 2000,000 liters per hour | 5000,000 liters per hour |
AC Power Consumed | 2.5kw/per hour | 4.5kw/per hour | 7kw/per hour | 9 kw/per hour | 22.5kw/per hour |
Operational Considerations of Using Electrochemical Generation
NanoWater considers a few operational topics when evaluating BIOCELL-B™ plants for a facility:
- Hydrogen safety
- Electrical safety
- Water quality, temperature and pressure
- Salt quality
- Electrolytic cell maintenance
BIOCELL-B™ Systems control
BIOCELL-B™ control panel should control and (or) monitor all functions and operational parameters including, but not limited to the following:
- Cell safety devices such as cell temperature;
- Transformer/rectifier;
- DC amperage and voltage;
- Hypochlorite tank levels;
- Hydrogen dilution system and safety;
- Hydrogen detection;
- Alarm history;
- Softener water and brine flow;
- Conductivity of brine solution entering the electrolyzer cell;
- Level of brine and storage tank;
- Password control for adjustment of parameters working range of brine tank levels, product tank levels, cell voltage and amperes range and cell temperature;
- Real time, brine tank level readings or indicators either on localized panel display or via HMI; and
- Water pressure into the cell.
NanoWater delivers turnkey seawater electro-chlorination plant, Our projects include engineering design, manufacturing, factory assembly. Installation, testing and commissioning, our system able to meet ATEX standard – hazardous area application (Class 1 Zone 2) with stable output, our comprehensive product line is appropriate for various applications.
BIOCELL-C™ & BIOCELL-B™ are trademarks of Biotech Technologies , its subsidiaries or affiliates, in some countries. All information presented herein is believed reliable and in accordance with accepted engineering practices. Biotech Technologies makes no warranties as to the completeness of this information. Users are responsible for evaluating individual product suitability for specific applications. Biotech Technologies assumes no liability whatsoever for any special, indirect or consequential damages arising from the sale, resale or misuse of its products.