GLOBAL ECHO
GLOBAL ECHO CO., LTD
Global Echo is committed to developing and deploying advanced eco-friendly technologies
designed to eliminate and prevent hazardous emissions from marine vessels.
Our approach is grounded in a comprehensive understanding of vessel engineering and real-world maritime operations,
ensuring we deliver the most effective and practical solutions for the industry.
designed to eliminate and prevent hazardous emissions from marine vessels.
Our approach is grounded in a comprehensive understanding of vessel engineering and real-world maritime operations,
ensuring we deliver the most effective and practical solutions for the industry.
Our solutions
We, Global Echo, intend to launch our MS-SOx Scrubber system to minimize the ship owners’ & crews’
difficulties to run the SOx scrubber system.
Because of lack of understanding of ship’s existing system, other makers’ system is not 100% optimum for the vessel.
With our long term experience of managing and supervising the vessels, our MS- SOx Scrubber system is developed
and launched based on full understanding of the ship’s existing system.
01. The world best SOx Scrubber proven by Global 1st class owners
02. Advanced technology
03. Full turnkey provider
04. 4 months lead time and 2 weeks installation period without drydocking
05. Owner’s exceptional benefits
difficulties to run the SOx scrubber system.
Because of lack of understanding of ship’s existing system, other makers’ system is not 100% optimum for the vessel.
With our long term experience of managing and supervising the vessels, our MS- SOx Scrubber system is developed
and launched based on full understanding of the ship’s existing system.
01. The world best SOx Scrubber proven by Global 1st class owners
02. Advanced technology
03. Full turnkey provider
04. 4 months lead time and 2 weeks installation period without drydocking
05. Owner’s exceptional benefits
Global Echo introduces a WMS (Water Monitoring System) that crews and superintendents can finally rely on.
We thoroughly analyzed the failures of existing products to create an optimal solution that removes common
points of failure and frustration.
We thoroughly analyzed the failures of existing products to create an optimal solution that removes common
points of failure and frustration.
This system is defined by:
– Ejector System: Operates without a sampling water pump.
– Robust Materials: Features titanium tubing lines and connectors.
– Reduced Maintenance: Designed for minimal service requirements.
– Stable Performance: Delivers consistent and reliable operation.
– Simple & Easy Operation: Intuitive controls for straightforward use.
– Robust Materials: Features titanium tubing lines and connectors.
– Reduced Maintenance: Designed for minimal service requirements.
– Stable Performance: Delivers consistent and reliable operation.
– Simple & Easy Operation: Intuitive controls for straightforward use.
MS-MCU: Ship Automation Control Unit
The MS-MCU is a sophisticated automation control program specifically optimized as the central Control Unit for
the MS-SOx Scrubber System.
the MS-SOx Scrubber System.
System Components:
– Main Control Cabinet
– Remote Control Panel
– ESD (Emergency Shutdown) Panel
– Remote Control Panel
– ESD (Emergency Shutdown) Panel
Core Capabilities:
– Provides integrated control and monitoring for the scrubber system.
– Features automatic detection of major Emission Control Areas (ECAs).
– Automatically applies the necessary operational parameters based on ECA boundaries.
– Features automatic detection of major Emission Control Areas (ECAs).
– Automatically applies the necessary operational parameters based on ECA boundaries.
MS-CEMS GE100 Series: Continuous Emission Monitoring System
The MS-CEMS GE100 Series is an advanced analytical solution designed for the continuous monitoring of
gas concentrations (NOx, SO2, CO2, and O2) in stack emissions from stationary sources.
gas concentrations (NOx, SO2, CO2, and O2) in stack emissions from stationary sources.
Key Features & Technologies:
Multi-Component Analysis: Simultaneously measures up to five distinct gas components.
High-Accuracy NDIR: The NOx, SO2, and CO2 analyzers employ a cross-modulation Non-Dispersive Infrared (NDIR)
absorption method, ensuring exceptional stability and precision.
Advanced O2 Analysis: Features a Magnetic Pneumatic (MPA) system for O2 analysis, which operates without the need for cylinder-based carrier gases.
Intuitive Interface: Equipped with a touch panel LCD for clear, user-friendly operation.
Certified Performance: Available as type-approved pollution monitoring equipment for NOx, SO2, CO2, and O2 analysis.
High-Accuracy NDIR: The NOx, SO2, and CO2 analyzers employ a cross-modulation Non-Dispersive Infrared (NDIR)
absorption method, ensuring exceptional stability and precision.
Advanced O2 Analysis: Features a Magnetic Pneumatic (MPA) system for O2 analysis, which operates without the need for cylinder-based carrier gases.
Intuitive Interface: Equipped with a touch panel LCD for clear, user-friendly operation.
Certified Performance: Available as type-approved pollution monitoring equipment for NOx, SO2, CO2, and O2 analysis.
Scrubber Wash Water Energy Recovery System
This system is engineered to capture and reuse the potential energy from scrubber discharge water before
it is released into the sea.
it is released into the sea.
Core Mechanism: Generates electricity by utilizing the gravitational head (the fall) of the outflowing wash water.
Energy Contribution: Supplies the recovered electrical power to the ship’s internal grid, supplementing onboard power sources.
Reduced Generator Load: Decreases the reliance on auxiliary engines, reducing unnecessary generator operation frequency.
Fuel & Emission Savings: Directly lowers fuel consumption and the resulting exhaust gas emissions (CO2, NOx, SOx).
Regulatory Compliance: Improves the ship’s overall energy efficiency, critically supporting compliance with strengthening global regulations like the EEXI (Energy Efficiency Existing Ship Index) and CII (Carbon Intensity Indicator).
Energy Contribution: Supplies the recovered electrical power to the ship’s internal grid, supplementing onboard power sources.
Reduced Generator Load: Decreases the reliance on auxiliary engines, reducing unnecessary generator operation frequency.
Fuel & Emission Savings: Directly lowers fuel consumption and the resulting exhaust gas emissions (CO2, NOx, SOx).
Regulatory Compliance: Improves the ship’s overall energy efficiency, critically supporting compliance with strengthening global regulations like the EEXI (Energy Efficiency Existing Ship Index) and CII (Carbon Intensity Indicator).