How does status monitoring (CBM) technology fade?

What if we can drink seawater? This will have a huge impact on agriculture, sustainable development and global quality of life, but also have a great demand for energy. Seawater disclosure technology is very power -consuming, and it often takes a lot of time and resources to implement it.

Any improvement of this technology is quite important. Now, with the OTOSENSE ™ platform developed by ADI, we suddenly feel that improving efficiency seems to be within reach.
OTOSENSE is a state monitoring (CBM) technology platform that aims to continue and accurately detect and monitor the asset health status of machines and other types of important equipment. It can accumulate data on the condition of the machine more quickly than any other sensing platform. Data is provided by AI software to detect, predict, and prevent possible events, thereby improving operating time and quality, while reducing maintenance and stopping costs. This is a unique feature of powerful tools, suitable for all kinds of widely used application.

According to a report released by the Global Institute of Water Resources in October 2019, about 1 % of the world's population rely on salted water to meet its daily needs, but it is expected that this number will increase to 14 % by 2025. As more and more countries are affected by serious droughts caused by climate change, seawater desalination will become more and more necessary. In order to meet the needs of seawater dilute technology, we must improve the convenience, reliability and energy efficiency of implementation. CBM helps achieve this goal. For example, OTOSENSE can be used to test the seawater desalination pump test later to ensure the health and reliability of this important system. After using OTOSENSE, the operation speed of this high energy test has increased by 23 %, and the energy demand is reduced. In the future, the operation of these tests may be accelerated by 50 %.

Consumption of less energy to provide reasonable and drinkable freshwater, which is just a example of state monitoring on the potential impact of power consumption. 50 % of the world's power is used for driving motors. By using CBM technology to ensure that the machine operates at the highest efficiency, it can help the energy, manufacturing, agriculture, and transportation industries reduce carbon emissions by 15 % -this is equivalent to a 50 % greenhouse gas emissions that need to be achieved by 2030 One -third of the target.

Increased productivity, improve quality, reduce maintenance costs, and reduce energy consumption, these can help improve the overall cost efficiency. This means that this monitoring of asset health is expected to transform the previously high -cost business model into a feasible business model. But CBM technology is more likely to help slow down and reverse the global climate change situation. We are working with the world's leading companies, not only to develop breakthrough technology, but also strive to launch breakthroughs in improving human life and the earth's environment.