Carbon dioxide is a vital gas for producing everyday products such as food, beverages, and fertilizers. However, it is increasingly in the spotlight due to its role in global warming. According to a report by the Royal College of Physicians, CO₂ concentrations in the atmosphere were 42% higher in 2013 than pre-industrial levels—and continue to rise.
While much attention is given to vehicle emissions, power and heat generation are the largest contributors. In 2020, over 15 billion tons of CO₂ emissions came from power and heat production, compared to 7 billion tons from the transport sector.
Energy Efficiency: A Win-Win for Costs and the Environment
Industries are striving to reduce energy consumption for both financial and environmental reasons. Rising electricity prices, especially in Europe, and the push to reduce carbon footprints are driving innovation. While initial measures like energy-efficient lighting are common, production-related optimizations remain more challenging.
Compressed Air Losses: A Hidden Cost Factor
Compressed air systems are critical in most production facilities. Over time, leaks in compressors, fittings, and pipes lead to significant energy waste. Identifying these leaks, especially in complex systems, can be difficult but essential for cost and resource optimization.
Teledyne FLIR’s FLIR Si2-LD acoustic camera simplifies the detection of air leaks, even in hard-to-reach locations. The camera can detect leaks as small as 0.05 liters per minute from 10 meters away, providing real-time visualization on its high-resolution display.
Equipped with software for industrial gas quantification, the FLIR Si2-LD can calculate financial losses associated with leaks in air, ammonia, hydrogen, and other gases.
A contribution to climate protection with little effort
Reducing air leaks can lower energy consumption, reduce costs, and minimize environmental impact with minimal effort, making the FLIR Si2-LD an indispensable tool for sustainable operations.
