Application context
Use this project experience to prepare your requirements.
For a similar application, start with your water analysis, required output and quality at the point of use. These inputs determine the equipment scope, storage, controls and acceptance criteria for your proposal.
Feed-water source
Municipal tap water
Capacity basis
Glassware-cleaning demand and laboratory operating schedule
Water challenge
Conditions that control the process.
Mineral ions, particles and organic residues on glassware that could contaminate samples and interfere with test results.
Target water use and quality
Set the objective at the point of use.
High-purity rinse water selected for laboratory glassware cleaning and the intended analytical work.
Typical treatment train
- 01Municipal-water pretreatment
- 02Double-pass reverse osmosis
- 03Electrodeionization (EDI)
- 04Treated-water storage
Main equipment and components
- Pretreatment system
- Double-pass RO equipment
- EDI system
- Treated-water tank
Configurable options
- Materials, membrane brand, instrumentation and control level
- Single-train, duty/standby or parallel arrangement
- Storage, disinfection, polishing and distribution interfaces as required
Utilities and operating assumptions
- Stable feed pressure, electrical supply and drainage
- Space for operation, maintenance and chemical handling
- An approved reject, backwash or concentrate route
Required customer inputs
- Current feed-water analysis and source description
- Required flow, daily volume, operating hours and point-of-use demand
- Target water quality, utilities, destination and documentation requirements
