Portable Analyzer – Multi-Parameter (DPC10)

Portable Analyzer – Multi-Parameter (DPC10)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Comprehensive Water Quality Monitoring for Dialysis and Pharmaceutical Applications

• Primary Use: Provides a portable, multi-parameter benchtop/field analyzer capable of measuring pH, ORP (Oxidation-Reduction Potential), Conductivity, TDS (Total Dissolved Solids), Salinity, Resistivity, and Temperature with high precision across automatic ranging scales.

• How it helps: For dialysis technicians and water quality specialists, the DPC10 replaces multiple single-parameter meters, allowing a single device to verify the ionic purity, pH balance, and disinfection efficacy (ORP) of purified water and dialysis fluids. The 3.5-inch TFT color screen and IP57 dust/water resistance make it ideal for use in demanding utility environments. For the patient, this comprehensive monitoring ensures that the water used in renal replacement therapy meets all critical safety standards, preventing complications from improper dialysate composition.

2. Pharmaceutical Process Water and Cleaning Validation

• Primary Use: Supports the validation and routine monitoring of Water-for-Injection (WFI) and purified water loops, as well as verification of rinse cycles in Clean-in-Place (CIP) systems.

• How it helps: For the Pharmaceutical QA/QC chemist, the DPC10’s ability to measure pH, conductivity, and resistivity with high accuracy (e.g., pH ±0.002, Conductivity ±0.5% FS) allows a single device to verify water quality at multiple critical control points. The analyzer stores up to 3,000 GLP-compliant data sets with timestamps and offers PC software for user management and data traceability. For the patient, this data integrity ensures that injectable medications and IV solutions are free from ionic contaminants, upholding product safety.

3. Industrial and Environmental Compliance Monitoring

• Primary Use: Designed for on-site measurement of pH, ORP, and conductivity in industrial wastewater treatment, cooling towers, and environmental discharge to assess chemical balance and treatment efficacy.

• How it helps: For hospital facility engineers and environmental safety officers, the DPC10’s portable design and rechargeable lithium battery (Type-C charging) allow for easy spot-checking of wastewater discharge points to ensure compliance with environmental permits. The ability to measure Resistivity (up to 100.0 MΩ·cm) is also crucial for diagnosing the health of reverse osmosis membranes. For the patient and community, consistent monitoring of hospital wastewater and water systems helps prevent environmental contamination and ensures public health protection.

4. Dissolved Oxygen Measurement (DPCD10 Model)

• Primary Use: The  Portable Analyzer (DPC10) variant of this analyzer adds polarographic dissolved oxygen (DO) measurement capability for assessing oxygen levels in aqueous samples.

• How it helps: For researchers and aquaculture facility managers, the DO module expands the analyzer’s utility for monitoring biological oxygen demand (BOD) in wastewater treatment, assessing aeration in bioreactors, and ensuring optimal conditions for aquatic research animals (e.g., zebrafish facilities). For the patient involved in clinical research, this helps ensure the integrity of studies that depend on precise water quality conditions for animal models.

SECONDARY & SUPPORTIVE USES

1. Research Aquaculture and Zebrafish Facility Management: Monitors pH, conductivity, and dissolved oxygen levels in aquatic animal housing facilities within research institutions to ensure optimal environmental conditions.

• Hydroponic Nutrient Solution Management: Checks pH and conductivity (EC) of nutrient solutions in controlled environment agriculture to optimize mineral uptake for test crops.

• Food and Beverage Production Verification: Used in quality control to verify the pH and concentration of cleaning solutions and rinse water in food processing QA/QC workflows.

• Boiler and Steam Generator Diagnostics: Provides rapid assessment of boiler water pH and conductivity to control blowdown cycles and prevent costly corrosion or scaling in hospital steam plants.

• Educational Laboratory Training: Serves as a comprehensive teaching tool for demonstrating electrochemistry and water quality measurement principles in clinical laboratory science programs.

• Swimming Pool and Hydrotherapy Water Testing: Measures pH and ORP levels in hospital hydrotherapy pools and spas to ensure chlorine or other oxidizers remain at effective concentrations for microbial control.