PRODUCTS

SMART ODME

The SMART ODME is a system to monitor, record and control the slop water and ballast discharge approved to MEPC.108(49) for tankers.

The Oil Discharge Monitoring Equipment (Smart ODME) has been designed to provide means of monitoring, recording and controlling the ballast discharge for crude oil, product and chemical tankers including ICE class vessels.

This system is modular in construction and does not require the usual pump/motor bulkhead penetration as used on older systems. The Smart ODME includes all components required to meet MEPC 108(49) and the latest MEPC 240(65) for Bio Fuels, effective 1 January 2016.

The Smart ODME incorporates a ‘simulation mode’ to aid system demonstration to PSC surveyors, is designed for ease of retrofitting, operation, installation and maintenance.

Discharge limits are set at 30 litres of Oil per nautical mile or 1 / 30,000 of the previous cargo for slop and wash water discharges.

APPLICATIONS
  • Slop Water Discharge
  • Tank Wash Water Discharge
  • Clean Ballast Water Discharge
  • Bio Fuel Approved
  • Easy Installation
ODME-SYSTEM
SMARTODMEPUMPMEASURINGCELL_FRONT_CMYK
SMARTODME_FRONT_CMYK
SMARTODMEZENERBARRIER_SOLENOIDMODULE_FRONT_CMYK

SPECIFICATION

MEASUREMENT
Oil types: As Per MEPC 108(49) + MEPC 240(65) requirements
Clean water calibration: Automatic
Oil measurement range: 0 – 1000 ppm all types
Resolution: 1 ppm
Accuracy oil + solids: As Per MEPC 108(49) requirements
DATA STORAGE AND RETRIEVAL
Data retrieval: via LCD display or download to PC using Hyperterminal or Rivertrace IMOLog downloader programme
SYSTEM AND SUPPLY
Supply voltage: 115 / 230V ac, 50 – 60Hz (Switchable)
Zener Barrier/Computer Module: 115 / 230V ac, 50 – 60Hz (Switchable)
Motor: 380-440V ac, 50-60Hz, 3 phase, 250W
Supply voltage Consumption: < 50 VA Single Phase
Approvals: MEPC 108 (49) – DNV GL, USCG, CCS and NKK.
MEPC 240(65) – DNV GL, CCS and NKK

This system may be installed in line with any new and existing IMO MEPC 60(33) and 107(49) approved monitors.

Specifications and system descriptions accurate at time of publishing. These are subject to change.