Injection of carbon dioxide (CO2) in the ocean has been proposed as an option for
accelerating the natural net flux of CO2 from the atmosphere into the ocean. Liquid CO2 …

In this work we discuss a specific approach for the self-sending of CO2. In this concept,
slurry balls of liquid and solid CO2 are released at the 200-m depth. The main focus of this …

The dissolution from a liquid CO2 lake source located at a flat ocean bottom at 3,000 m
depth is investigated. Using the unsteady, two-dimensional advection–diffusion equation …

Natural CO2 releases from shallow marine hydrothermal vents are assumed to mix into the
water column and not accumulate into stratified seafloor pools. We present newly …

The dynamics and plume development of injected CO 2 dispersion and dissolution through
sediments into water column, at the STEMM-CCS field experiment conducted in Goldeneye …

In this paper we have predicted the dynamics of double plume formation and dispersion
from direct injection of liquid CO2 into middle‐depth ocean water. To do so, we used a three …

A methodology has been developed to quantify mortality suffered by marine zooplankton
passing through a CO2-enriched sea water plume. Predicted impact depends on the mode …

A numerical model for plumes of dissolving CO2 droplets has been developed to investigate
the efficiency and environmental impact of disposal at 500–2000m depth. The model results …

An integrated plume model is used to describe large scale gravity currents in the ocean. The
model describes competing effects of (negative) buoyancy, friction, entrainment and Cariolis …

The rapid increase in CO2 concentration in the atmosphere in recent years is considered as
one of main causes of global warming by the greenhouse effect. It is a matter of urgency to …