HiGee carbon capture system with cylindrical tanks, piping, and control panels on a modular frame.
Bulk carrier ship deck with cargo holds, ventilation systems, and ocean in the background.
Industrial equipment on a Ro-Pax vessel with parked vehicles and seated passengers in the background.
Offshore platform with industrial equipment and wind turbines in the background over the ocean.
Engine room with two workers operating control panels on a vessel retrofitted with Higee equipment.
Container vessel deck with industrial equipment labeled "oHigee," surrounded by shipping containers.
HiGee carbon capture system with cylindrical tanks, piping, and control panels on a modular frame.
HiGee carbon capture system with cylindrical tanks, piping, and control panels on a modular frame.
Bulk carrier ship deck with cargo holds, ventilation systems, and ocean in the background.
Industrial equipment on a Ro-Pax vessel with parked vehicles and seated passengers in the background.
Offshore platform with industrial equipment and wind turbines in the background over the ocean.
Engine room with two workers operating control panels on a vessel retrofitted with Higee equipment.
Container vessel deck with industrial equipment labeled "oHigee," surrounded by shipping containers.
Onboard Higee Carbon Capture System Introduction
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Product Introduction

Onboard Higee Carbon Capture System Introduction

1 Product Overview

This marine carbon capture solution is developed by a professional marine environmental technology enterprise with national marine research institutes as technical support. Adopting innovative Higee high-gravity mass transfer technology, it delivers compact, low-energy modular carbon capture equipment specially customized for limited ship cabin space.

2 Working Principle

Ship main engine exhaust gas enters the high-gravity absorber unit. High-speed rotation generates strong centrifugal force to split absorbent into micro droplets, greatly expanding gas-liquid contact area to efficiently absorb CO₂.

 

4 Standard Technical Parameters

Higee ModelRated Flue Gas Flow (m³/h)Matched Main Engine PowerOverall HeightNet Weight
HG550,0001–4 MW2.5 m3.5 t
HG10100,0004–8 MW3.0 m4.5 t
General Operating Parameters
  • Flue gas applicable temperature: 40–180 ℃
  • Liquid-gas mixing ratio: approx 0.67 L/m³
  • Absorbent: low-loss environment-friendly amine solvent
  • Marine power standard: 380V / 440V
  • Ambient working temperature: -10 ℃ ~ +55 ℃

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