Overview
Rivertrace SMART Bilge 15ppm Oil Content Monitor | IMO Approved Marine Oil Content Monitoring System
The Rivertrace SMART Bilge 15ppm Oil Content Monitor is an IMO-approved marine oil content monitoring system designed to continuously measure the oil concentration in treated bilge water discharged from approved Oily Water Separator (OWS) systems. Developed specifically for commercial shipping and offshore applications, the SMART Bilge utilizes Rivertrace's SMART CELL Detector Array Technology, enabling real-time analysis of heavy fuel oil (HFO), diesel, and emulsified oils simultaneously without requiring recalibration. The system helps vessels comply with MARPOL Annex I and IMO Resolution MEPC.107(49) by providing accurate oil content monitoring, alarm activation, and automatic discharge control.
At Ship Care Service, we supply genuine Rivertrace SMART Bilge 15ppm Oil Content Monitors, SMART CELL measuring cells, spare parts, calibration support, and technical assistance for commercial vessels, offshore platforms, shipyards, and marine engineering companies worldwide.
What is the Rivertrace SMART Bilge 15ppm Oil Content Monitor?
The Rivertrace SMART Bilge is a continuous 15ppm Oil Content Monitor (OCM) installed downstream of an approved oily water separator. Its purpose is to continuously monitor the oil concentration in treated bilge water before overboard discharge.
Using Rivertrace's patented SMART CELL Detector Array Technology, the monitor simultaneously analyzes Heavy Fuel Oil (HFO), Diesel, and IMO Mixture C (Emulsions) without requiring recalibration, providing reliable measurement under varying operating conditions. The system also stores operational data and alarm history for inspection and compliance purposes.
Why a 15ppm Oil Content Monitor is Important
International marine pollution regulations require vessels fitted with oily water separators to continuously monitor discharged bilge water.
A certified oil content monitor helps operators:
Support compliance with MARPOL Annex I
Meet IMO MEPC.107(49) requirements
Prevent accidental oil discharge
Protect the marine environment
Support Port State Control inspections
Maintain discharge records
Improve onboard environmental compliance
How the Rivertrace SMART Bilge Works
The SMART Bilge continuously monitors treated bilge water whenever the oily water separator is operating.
Step 1 – Bilge Water Sampling
A representative sample of treated bilge water flows through the SMART CELL measuring cell installed after the oily water separator.
Step 2 – SMART CELL Oil Analysis
The SMART CELL Detector Array Technology simultaneously analyzes multiple oil types, including HFO, diesel, and emulsions, in real time without requiring recalibration, providing consistent measurement accuracy.
Step 3 – Digital Signal Processing
The SMART Bilge module continuously evaluates:
Oil concentration
Alarm status
Measuring cell condition
Separator operation
Calibration status
Data logging
Operators can monitor system information through the integrated display.
Step 4 – Alarm & Automatic Discharge Control
When oil concentration exceeds the configured alarm value, the system can:
Activate visual alarms
Activate relay outputs
Operate the Automatic Stopping Device (ASD)
Stop or divert overboard discharge
Record operational events and alarm history
This helps prevent oily water discharge exceeding regulatory limits.
Key Features of the Rivertrace SMART Bilge
SMART CELL Detector Array Technology
The SMART CELL simultaneously measures HFO, Diesel, and Emulsified Oils without requiring recalibration, improving measurement reliability under different operating conditions.
Manual Cell Cleaning Device
A manual cleaning device is supplied as standard, allowing operators to perform routine cleaning quickly and helping maintain optimum measuring performance.
Exchangeable Calibrated SMART CELL
The calibrated measuring cell can be replaced onboard, minimizing maintenance downtime while maintaining factory calibration accuracy.
Electronic Calibration Reminders
The system includes automated calibration reminders to assist planned maintenance and regulatory compliance.
Digital Data Storage
IMO-required operational data can be stored and retrieved through the display, USB, or communication interface, depending on system configuration.
Optional System Enhancements
The SMART Bilge can be supplied with optional features including:
These options can be installed on new systems or retrofitted to compatible units.
Typical Applications
The Rivertrace SMART Bilge is commonly installed on:
Container Ships
Bulk Carriers
Oil Tankers
Chemical Tankers
LNG & LPG Carriers
Offshore Support Vessels
Passenger Ships
Naval Vessels
General Cargo Ships
Industries We Serve
The SMART Bilge is widely used across:
Who Uses the Rivertrace SMART Bilge?
Typical users include:
Chief Engineers
Marine Engineers
Technical Superintendents
Shipowners
Ship Management Companies
Offshore Operators
Marine Service Engineers
Environmental Compliance Officers
Shipyards
Why Choose the Rivertrace SMART Bilge?
Marine operators worldwide choose the Rivertrace SMART Bilge 15ppm Oil Content Monitor because it offers:
SMART CELL Detector Array Technology
Simultaneous analysis of HFO, diesel, and emulsions
No recalibration between oil types
IMO-approved performance
Exchangeable calibrated measuring cell
Manual cell cleaning device
Electronic calibration reminders
Reliable long-term marine operation
Flexible upgrade options with Autoclean, Flow Switch, GPS, and SMART CONNECT.
Technical Overview
The Rivertrace SMART Bilge 15ppm Oil Content Monitor is an IMO-approved marine oil content monitoring system designed to continuously measure the oil concentration in treated bilge water discharged from approved Oily Water Separator (OWS) systems. Installed downstream of the separator, the SMART Bilge continuously monitors oil concentration before overboard discharge to help vessels comply with MARPOL Annex I and IMO Resolution MEPC.107(49).
The system consists of a control unit, a SMART CELL measuring cell, and associated sampling components. During operation, treated bilge water passes through the SMART CELL, where Rivertrace's Detector Array Technology continuously measures oil concentration across different oil types. The control unit processes measurement data, supervises system performance, records operational events, and activates alarms or an Automatic Stopping Device (ASD) whenever the configured oil concentration limit is exceeded.
Designed specifically for demanding marine applications, the SMART Bilge combines advanced detection technology, simple maintenance, flexible communication options, and dependable long-term performance.
Note: Installation arrangements, communication interfaces, and optional accessories may vary depending on vessel design and oily water separator manufacturer. Always verify equipment configuration using the equipment nameplate and official Rivertrace documentation.
Main Components of the Rivertrace SMART Bilge
The Rivertrace SMART Bilge consists of several integrated components that work together to provide continuous oil content monitoring.
Control Unit
The control unit serves as the central operating and monitoring interface.
Its functions include:
Operators can monitor oil concentration and system status directly from the display.
SMART CELL Measuring Cell
The SMART CELL is the core sensing component of the SMART Bilge.
Its functions include:
Optical oil concentration measurement
Simultaneous detection of multiple oil types
Stable long-term performance
Factory-calibrated operation
Exchangeable measuring cell design
The SMART CELL is designed for easy onboard replacement, reducing maintenance downtime.
Manual Cleaning Device
The manual cleaning device allows operators to clean the SMART CELL without removing the complete assembly.
Benefits include:
Reduced maintenance time
Improved measurement stability
Extended sensor service life
Simplified routine servicing
Sampling System
The sampling arrangement continuously delivers treated bilge water through the SMART CELL to ensure accurate oil concentration monitoring during separator operation.
Automatic Stopping Device (ASD) Interface
When oil concentration exceeds the configured alarm value, the SMART Bilge can activate an Automatic Stopping Device to stop or divert overboard discharge.
Data Logging System
The integrated system records:
These records support maintenance planning and regulatory inspections.
Working Principle
The Rivertrace SMART Bilge continuously monitors treated bilge water whenever the oily water separator is operating.
Step 1 – Continuous Bilge Water Sampling
A representative sample of treated bilge water continuously flows through the SMART CELL measuring chamber.
Step 2 – SMART CELL Oil Analysis
The SMART CELL Detector Array Technology simultaneously analyzes multiple oil types, including heavy fuel oil, diesel, and emulsified oils, without requiring recalibration.
This provides consistent measurement accuracy across varying operating conditions.
Step 3 – Digital Signal Processing
The control unit continuously processes measured values while supervising:
Oil concentration
Alarm status
SMART CELL condition
Calibration status
Operational history
System diagnostics
Step 4 – Alarm & Automatic Discharge Protection
When oil concentration exceeds the configured alarm threshold, the system can:
Activate visual alarms
Activate relay alarm outputs
Operate the Automatic Stopping Device
Stop or divert overboard discharge
Record operational events within the internal memory
This helps prevent accidental discharge exceeding permitted oil concentration limits.
Advantages of the Rivertrace SMART Bilge
SMART CELL Detector Array Technology
The SMART CELL analyzes multiple oil types simultaneously without changing calibration, providing dependable monitoring across a wide range of operating conditions.
Exchangeable Calibrated Measuring Cell
The factory-calibrated SMART CELL can be replaced onboard, reducing service time and minimizing operational downtime.
Manual Cell Cleaning
Routine cleaning can be performed quickly using the integrated manual cleaning device, helping maintain long-term measurement accuracy.
Electronic Calibration Reminder
Automatic calibration reminders assist maintenance planning and help operators maintain reliable system performance.
Digital Data Recording
Operational history and alarm records are stored electronically for inspection, maintenance, and compliance documentation.
Flexible Upgrade Options
The SMART Bilge supports optional features including:
Automatic Cleaning System
Flow Switch
GPS Integration
Overboard Flow Meter
SMART CONNECT Remote Monitoring
Explosion-Proof Cabinet Options
Marine-Grade Construction
The SMART Bilge is designed for reliable operation in demanding marine environments, including:
Routine Maintenance
Routine maintenance helps ensure accurate monitoring and dependable long-term performance.
Before Operation
Inspect:
Control unit display
Alarm indicators
SMART CELL condition
Sampling lines
Electrical connections
Confirm the system indicates normal operating status before operating the oily water separator.
Weekly Inspection
Check:
SMART CELL cleanliness
Alarm operation
Display information
Sampling flow
Visible leakage
Inspect the sampling arrangement for contamination or restrictions.
Monthly Inspection
Inspect:
SMART CELL
Manual cleaning device
Sampling system
Electrical wiring
Connectors
Mounting hardware
Clean the SMART CELL using the recommended maintenance procedure if required.
Annual Maintenance
Recommended maintenance includes:
Maintenance activities should be documented within the vessel's Planned Maintenance System (PMS).
Common Operational Problems
Although the SMART Bilge is designed for dependable long-term operation, certain operational issues may occasionally occur.
Problem: High Oil Content Alarm
Possible Causes
Oily Water Separator malfunction
Excessive oil contamination
Dirty SMART CELL
Incorrect separator operation
Recommended Solution
Inspect the separator, verify oil concentration, and clean the SMART CELL if required.
Problem: Measuring Cell Contamination
Possible Causes
Oil deposits
Sludge accumulation
Inadequate cleaning
Dirty sampling lines
Recommended Solution
Inspect and clean the SMART CELL using the integrated cleaning device.
Problem: No Sample Flow
Possible Causes
Recommended Solution
Inspect the sampling arrangement and restore proper sample flow before resuming operation.
Problem: Display or Communication Fault
Possible Causes
Recommended Solution
Verify electrical supply, inspect wiring, and confirm correct operation of the control unit.
Problem: Frequent False Alarms
Possible Causes
Recommended Solution
Inspect the measuring cell, verify sampling conditions, and perform calibration verification where recommended.
Calibration Recommendations
Periodic calibration verification helps maintain accurate oil content measurement.
Calibration is generally recommended:
During scheduled maintenance
After replacing the SMART CELL
Following major servicing
After extended shutdown
According to Rivertrace maintenance procedures
As required by the vessel's Planned Maintenance System
Genuine Spare Parts Available
Ship Care Service supplies genuine replacement parts for the Rivertrace SMART Bilge 15ppm Oil Content Monitor, including:
Availability depends on the installed system configuration.
Buying Guide
Before purchasing a Rivertrace SMART Bilge or replacement components, consider the following:
Verify System Compatibility
Confirm compatibility with the installed oily water separator and vessel configuration.
Confirm Equipment Identification
Providing the following information helps identify compatible replacement components:
Choose Genuine Components
Using genuine replacement parts helps maintain:
Accurate oil content monitoring
Reliable alarm operation
Long equipment service life
Regulatory compliance
Full compatibility with the installed system
Work with an Experienced Marine Supplier
Choose a supplier capable of providing:
Why Marine Operators Choose the Rivertrace SMART Bilge
The Rivertrace SMART Bilge 15ppm Oil Content Monitor is trusted because it offers:
SMART CELL Detector Array Technology
Continuous oil content monitoring
Simultaneous detection of multiple oil types
Exchangeable calibrated measuring cell
Manual cleaning device
Electronic calibration reminders
Flexible upgrade options
Reliable long-term marine performance