What Role Do CO2 Transportation and Injection Pumps Play in ESG?

Modern industries can achieve environmental, social, and governance (ESG) goals through carbon capture and storage. With an ever-increasing drive for the safe handling of industrial and commercial emissions, CO₂ injection pumping has become increasingly popular. This article considers how pumping carbon dioxide underground helps to lower undesirable emission levels.

The Importance of ESG Initiatives

Implementing effective ESG strategies in the industrial environment can not be overstated. Most industrial production processes are associated with releasing carbon emissions with negative environmental implications. Carbon dioxide, a greenhouse gas, will retain heat and increase global warming.

What Is CO₂ Pumping and How Does It Work?

Carbon dioxide pumping is an enhanced oil recovery technique with dual benefits for the environment and gas production. First, CO₂ can be pumped into natural gas wells with dwindling formation pressures to boost productivity and longevity.

In addition, pumping CO₂ into the ground in this manner will help the fight against rising greenhouse gas emissions. Carbon dioxide from various industrial processes, including natural gas recovery, can be redirected and safely stored in subterranean rock formations.

How Does CO₂ Pumping Work?

Pumping carbon dioxide into subsurface rock formations is achieved in stages. To begin with, carbon gas generated from various sources is captured using carbon sequestration technology and transported to the intended storage sites. The CO₂ is then pumped into underground rock cavities, where it can be held safely for several years. Typically, geologic formations selected for CO₂ pumping are usually at depths of at least 800 meters (approximately 2600 feet).

How Do CO₂ Injection Pumps Help Achieve ESG Goals?

Climate change problems remain a crucial topic of discourse worldwide, with several countries joining the fight to combat the adverse environmental effects. Many countries and international environmental protection agencies currently have strict emission regulations and mandate that industrial manufacturers adhere to them.

If emission-cutting strategies such as CO₂ injection are correctly implemented, industries that generate this gas will be able to run cleaner production processes that benefit their immediate environment and help to reduce the burden of global warming. Therefore, from an environmental and socio-economic point of view, investments in CO₂ pumping are the smart choice.

CO₂ Injection Concerns

Despite being immensely beneficial to ESG goals, the process of CO₂ injection is not without its significant risks. Like any other industrial process, there are potential hazards that must be carefully considered when integrating a CO₂ pump.

Geologic formations are not perfectly sealed off cavities, and a major concern when pumping carbon gases into them is the possibility of leaks occurring along fault lines. If leaks occur, underground drinking water sources can become contaminated, posing a health hazard for people in the area. Also, the injected CO₂ might escape through rock faults and seep back to the surface, negating the entire process.

Lastly, the nature of the rock formation might make CO₂ pumping more dangerous than initially anticipated. Some rock types are more brittle than others and will shatter rather than absorb the gas being injected, leading to earthquakes and ground tremors. While the incidences of earthquakes following injection processes are not the norm, they remain a significant risk that must always be carefully considered.

Meet Your ESG Goals with PumpWorks CO₂ Injection Pumps

At PumpWorks, we offer cutting-edge products and services suitable for use across a broad range of industrial applications. Our high-quality industrial pumps are designed to optimize your processes, cut industrial emissions, and help meet your ESG goals.

Please contact us today to get a quote or more product information.