Marine SOx and CO2 Removal System

Product Overview

The marine SOx and CO₂ removal system uses a novel synthetic decarbonization agent as a circulating absorbent combined with high-speed centrifugal gas scrubbing technology. It efficiently captures and separates CO₂ from the exhaust gas of ship engines and auxiliary machinery.

This integrated system provides both desulfurization and decarbonization, helping ships comply with global environmental regulations and supporting green shipping initiatives.

Working Principle

The system circulates the absorbent to fully contact exhaust gases, efficiently adsorbing CO₂. High-speed centrifugal gas scrubbing separates the absorbed gas from the liquid, purifying the exhaust.

The decarbonization agent can be regenerated in a low-energy, low-consumption process, ensuring continuous operation and high-efficiency CO₂ removal. Its compact design is tailored for the limited space on ships, while strict process controls guarantee stable and reliable desulfurization and decarbonization performance.

Key Features

• High CO₂ Removal Efficiency: Significantly reduces CO₂ emissions from ship exhaust, achieving excellent decarbonization performance.
• Low Energy & Material Consumption: Regeneration process uses minimal energy and chemicals, reducing operational costs and environmental impact.
• Compact Design: Space-saving layout suitable for the confined environments of ships; easy to install and maintain.
• Environmentally Friendly: Complies with international environmental standards, supporting green shipping objectives.
• Certified Reliability: Approved by multiple international classification societies, ensuring safety and operational reliability.

Applications

• Shipping Industry: Treats exhaust from main and auxiliary ship engines to meet international environmental regulations.
• Marine Engineering: Suitable for offshore platforms and floating facilities requiring exhaust decarbonization.
• Environmental Technology: Supports the development and application of marine decarbonization technologies, promoting ocean environmental protection.