Oil and gas consumption has become an important economic indicator. It is a variable that, in a sense, conveys the idea of whether an economy is prospering or, on the contrary, contracting.
However, the conversion of these resources has a significant environmental impact: gas and oil refinery emissions. And this is an issue that we cannot overlook because it sometimes creates problems for nearby communities and workers, as well as for ecosystems and natural resources.
Health cannot become a bargaining chip for economic progress. The goal must be to combine both factors in the pursuit of sustainable growth, where air quality monitoring of emissions from oil refineries and gas fields, is part of everyday life.
What gases do refineries and gas fields emit and where do they originate?
Refineries are the facilities where the transformation of crude oil takes place. The result is products such as diesel and petrol that drive the global economy and asphalt that facilitates road communications.
In the case of gas farms, the main resource is the gas itself, with multiple applications ranging from heat generation to the manufacture of nitrogen fertilisers.
Gas operations and oil refinery pollution occur during the different stages of the distribution chain:
- Upstream, which encompasses the actual drilling and extraction work.
- Midstream, during which transportation via pipeline or other means takes place.
- Downstream, which may include processing, storage, or distribution to the end user.
The main air pollutants released are:
- Volatile Organic Compounds (VOCs)
- Particle matter (total particle matter, PM10 and PM2.5)
- Nitrogen oxides (NOx)
- Sulphur dioxide (SO2)
- Carbon monoxide (CO)
- Methane (CH4)
Some of these elements, such as VOCs and NOx, can react with sunlight to produce ozone. Others, such as methane, contribute to global warming, occupying a very important role among greenhouse gases. This is why continuous, real-time monitoring of gas fields and oil refinery pollution is critical.
How to reduce the impact of oil refinery emissions and gas fields?
Installations with these characteristics implement and adopt what is known as Best Available Techniques (BAT), reference documents that are applicable when
- an application is made for Integrated Environmental Authorisation (IEA) for new processing units;
- facilities are refurbished and updated, or
- the IEAs are reviewed, which is carried out four years after the publication of the BAT conclusions.
These BATs act on aspects such as the fuel type, opting for those with lower sulphur content, more efficient furnaces and boilers or technologies such as filters or catalysts. And, of course, atmospheric emission monitoring systems.
How do Kunak’s solutions fit into the monitoring of air quality in refineries and gas plants?
Our products can complement pollution monitoring systems for gas fields and oil refineries that are used both for
- continuous measurements that are carried out with permanently installed systems, and
- indirect measurements obtained by an appropriate combination of concentrations in secondary parameters.
Virtual perimeters to control fugitive emissions are a clear example of this.
This solution involves deploying a network of Kunak AIR monitoring stations around the installation or site. The system, thanks to the smart cartridges system, collect data continuously and in real-time, alerting when it detects unusual levels of pollutants such as CH4, SO2, CO, particulate matter or NOx.
In short, the application of stricter controls and the implementation of the best available techniques along the different stages of the supply chain can help to significantly reduce emissions, minimise environmental impact and maximise efficiency.
And in its implementation, opting for disruptive technologies such as those offered by Kunak is synonymous with a clear commitment to achieving a more sustainable future.