Gas analysis in CO2 processes
In 1986 Svante Arrhenius was the first to assert that the use of fossil fuels could impact on the climate. He proposed a relation between carbon dioxide (CO2) concentration and atmospheric temperature.
In 1986 Svante Arrhenius was the first to assert that the use of fossil fuels could impact on the climate. He proposed a relation between carbon dioxide (CO2) concentration and atmospheric temperature.
Much of the CO2 that enters the industrial gases value chain is captured from ammonia production. However, ammonia linked to fertiliser production can be seasonal and as the UK CO2 shortage of June 2018 and...
There are many examples of how waste heat is recovered to ensure energy efficiency. For example, domestic condensing boilers recover low-grade heat from the combustion flue gases to pre-heat the returning central heating water optimise...
Vietnam is a Southeast Asian country known for its stunningly beautiful landscape, Buddhist pagodas and buzzing cities. It is highly populated, with almost 100 million inhabitants. Having suffered years of high poverty rates, it is...
The global impact of Covid-19 has been unprecedented, exposing industries worldwide to multiple challenges. Lockdowns to curb the transmission of the virus, market uncertainty, decreased investment and operational constraints have led to the postponement of...
As the world continues to move at an ever-faster pace and from an increasingly conscious mindset, the food and beverages business is having to adapt to even more demanding supply chains and environmental considerations.
We were given stark reminders once again in September 2021, of the vulnerabilities in the carbon dioxide (CO2) supply chain in Europe.
Think of aquaculture, and you’re unlikely to think of Sweden. The global hotspots for aquaculture are known to be dominated by the Asia-Pacific region, with China, Indonesia, India, Vietnam and Bangladesh comprising the top five...
The relentless advance of global industry is based on unerring progress and continual development. From the beginnings of the industrial revolution, a conveyor belt of new ideas has supplemented the growth of mass production technologies...
Oxygen sensors can be generally broken into two groups: oxygen sensors used to measure or monitor biological processes, and industrial oxygen sensors.
