This comprehensive technical guide details the system specifications, components, day-to-day operation, calibration procedures, and troubleshooting steps typically found within the . 📋 System Technical Specifications
The ODME S3000, often manufactured by brands like , monitors the oil content in ballast and bilge water before it is discharged overboard. It automatically stops the discharge if the oil content exceeds the regulatory limit of 30 liters per nautical mile or a total quantity exceeding 1/30,000 of the previous cargo. Key Components
Stop the ballast/slop pump immediately upon completing the operation. Close the overboard discharge valve.
Before operation, the manual specifies several manual checks: S-3000 – Oil Discharge Monitoring Equipment
Ensure the system is powered on and the fresh water flush has been completed to clean the sensor.
, the system is divided into components based on their safety zones: ODME S-3000 Operation Manual | PDF | Oil Tanker - Scribd odme s3000 manual pdf
Measures the rate at which water is being pumped overboard. Standard Operating Procedures (SOP)
ODME S3000 (Oil Discharge Monitoring Equipment) manual is a critical document for ensuring compliance with MARPOL Annex I regulations. This system, manufactured by KSB Seil Co., Ltd.
Ensure that the overboard discharge valve is closed securely before attempting any internal testing or running the pump.
Sets the Date and Time (crucial for accurate data logging).
Before searching the internet, check your ship’s planned maintenance system (PMS) like AMOS or Shipmanager. The technical library almost always has a scanned copy uploaded by the previous chief engineer. Key Components Stop the ballast/slop pump immediately upon
Selects the Sampling Point and Flow Rate Range (Channel 1 or 2). Key 3: Sets the Oil Content in ppm (Auto or Manual input). Key 4: Inputs Vessel Speed and GPS data (Auto or Manual). Key 5: Inputs the Discharge Flow Rate (Auto or Manual).
The system records the following data with a time and date stamp: Oil content of the effluent (ppm).
The ODME S3000 consists of several interconnected modules divided between the safe area (engine room/cargo control room) and the hazardous area (pump room).
Oil Discharge Monitoring Equipment (ODME) is an essential maritime system designed to prevent marine pollution by monitoring and controlling the discharge of oily water from cargo ship ballast tanks. Think of it as a silent guardian, continuously analyzing every liter of water destined for the sea to ensure it meets strict international standards.
Check sample pump rotation, clean internal strainers, and verify valve positions. Loss of signal from the vessel's speed log. , the system is divided into components based
Port state control often checks the last 18 months of discharge records. The manual explains how to export and lock files to prevent tampering.
: Features a self-cleaning design to minimize maintenance and ensure accuracy.
Located in the Cargo Control Room (CCR). It houses a 16-bit CPU processing chip, a 40x4 alphanumeric character LCD, an integrated 24-column matrix shuttle printer for legal data logging, and a security key switch.
This is industrial legacy hardware. Your best course of action is to contact a distributor that specializes in used SMT equipment or to reach out to ODME support directly with a specific request for technical documentation regarding the S3000 model.
