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The growing adherence to sustainability
In the industrial universe, sustainability has assumed a prominent role, with a growing adoption of companies to practices that aim to reduce carbon emissions. In this scenario, the transition to cleaner and more renewable energy sources is one of the main focuses. However, in the midst of this movement, there is a reflection on the role of compressed air, a utility comparable to vital resources such as electricity, steam and water.
Despite its importance, the use of compressed air is often marked by waste, whether due to leaks or inefficient energy consumption. Considering that, in many industrial contexts, it represents the second largest source of energy consumption, it is vital to implement strategies to optimize its use and, consequently, reduce related emissions.
Strategies for optimization and efficiency
Sami Uusi-Erkkilä, CEO of SmartAir And Energy, highlights the relevance of a broad approach, which encompasses the entire production process, aiming to reduce energy consumption from fossil fuels. He points out that, even without the possibility of changing the compressed air system's energy source, there are ways to optimize the system's life cycle to promote more sustainable operation.
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BEAUTY AND PERSONAL CARE
The complexity of compressed air management is also evident in the treatment of humidity. Air drying needs to be carried out consciously to avoid equipment problems that, in turn, can compromise several functions of the installation. Antti Viitanen, product manager at Vaisala, highlights the importance of dew point measurement as a crucial tool in this process. According to him, an optimized process, combined with accurate measurement, can significantly reduce costs and prevent water leaks, contributing to the efficiency of the system as a whole.
The role of industrial companies in the green transition
A green transition in compressed air requires a holistic approach, which considers everything from system sizing to efficient maintenance. Industrial companies play a decisive role in this context, through the adoption of sustainable practices that not only reduce energy consumption, but also improve energy efficiency and minimize waste.
Figures such as Antti Viitanen, with his vast experience in electronic sensor technology, and Sami Uusi-Erkkilä, with two decades dedicated to compressed air systems, are leaders in this transformation journey. They represent the commitment and innovation needed to drive the industry towards a more sustainable future.
Vaisala, with its globally recognized expertise, not only in climate and environmental measurements, but also in pioneering technology, such as the sensors installed on the Martian Rover Curiosity, is an example of the industry's ability to transcend borders and contribute to knowledge and sustainability in global scale. The company, with more than 85 years of experience and more than 1.900 professionals around the world, symbolizes the fusion between tradition and innovation, acting as a fundamental piece in building a future where sustainability is the basis for industrial progress.
Source:
| Gustavo Nalin. |
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