Sick of Covid-19? AtmosAir can Help |
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By now everyone has heard how AtmosAir Solutions - with their bi-polar ionization process - is the way to neutralize the CoVid-19 virus with 99.92% effectiveness. But there are new variants of CoVid showing up everywhere in the news, in spite of businesses and people following CDC standards. Do you want to risk you employees health, the health of your customers, family or friends by not doing your best?
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OMDIA Names Vertiv the Largest Global Provider of Data Center Cooling Innovation
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Vertiv, a global provider of critical digital infrastructure and continuity solutions, has been ranked by technology analyst firm Omdia as the largest global supplier in a data center cooling market which continues to undergo change and innovation.
The newly released research highlights that established heat rejection technologies such as Direct Expansion (DX), Chilled Water and Evaporative Cooling continue to dominate while also becoming more sustainable. In addition, new technologies, such as forms of liquid cooling, are predicted to grow as data center operators look for ways to further improve efficiency and deal with increasingly power-intensive compute.
Vertiv has a 23.5% share of the global data center cooling market – more than 10% higher than its nearest rival. The market for data center thermal technology is set to increase from $3.3bn in 2020 to more than $4.3bn in 2024, according to Omdia. Vertiv also leads the global market for perimeter thermal technologies with a 37.5% market share which is more than 20% higher than the next largest supplier.
In addition to analyzing market position, the report provides insight and intelligence on how data center cooling technology is evolving. Established technologies such as chillers and perimeter cooling will remain a large proportion of the market. According to Omdia, split DX is still the primary form of heat rejection in data center thermal management, but chilled water and direct evaporative heat rejection are gaining momentum. In addition, cloud and colocation service provider momentum has accelerated, driving double-digit growth for air handling units (AHU).
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“While we are continuing to see strong demand for established thermal technologies, the growth in high-density compute is also driving interest in forms of liquid cooling either direct to chip or immersion,” said John Niemann, vice president of thermal management, Vertiv. “Vertiv already has a number of high-density cooling technologies and will continue to innovate in this area via new product development and partnerships.”
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Vertiv has announced several recent innovations in thermal technology and continues to innovate, update and engineer products based on changes in technology and customer request. |
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Humidity in Industry - Automotive |
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The automotive industry has seen considerable drive for continual improvement of their production processes, shifting their focus to higher quality and more environmentally-friendly manufacturing. CarelUSA offers isothermal and adiabatic humidifiers to meet the unique needs of the automotive industry.
Water Based Paint
With the introduction of water-based paints for vehicle bodies, control of temperature-humidity conditions in the paint booths is essential. Air humidity that is too high causes excessive dilution of the coat of paint on the body, consequently causing the formation of minute "pockets" of liquid, that, after drying, may lead to defects and the formation of small craters on the surface.
Vice-versa, humidity that is too low may cause excessive evaporation of the water used to dilute the paints, making it much harder to apply the product and increasing paint consumption to ensure the minimum correct thickness of the coat.
Carbon Fiber
With the processing of new composite materials (such as carbon fiber), absolute and precise air quality control is a requirement in the production environment, including air humidity. Very high precision and reliability are thus fundamental requirements of the humidifiers used.
Test Chambers
Another typical application involves test chambers. Inside these special rooms, extreme climatic conditions are created (up to 95 % rH), with very tight limits in terms of tolerance and precision. In this way, the mechanical and electrical components are stressed to the limits, in order to test behaviour and verify functioning.
In industrial environments that use very sophisticated equipment systems and materials, the risk of electrostatic charges forming needs to be minimized. To prevent build-up, it is important to ensure a humidity level above 30%. Low relative humidity makes discharges more likely, which may strike and damage the machinery.
The right humidity level is also needed to ensure comfort for production workers. Keeping relative humidity between 40% and 60% ensures optimum conditions for personal comfort, reducing absences due to worker illness, above all in winter months.
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Using Passive Cooling in Thermal Management |
Hear why the president and chief technical officer of this Silicone Valley colocation made passive water cooling part of the company’s thermal management strategy and how he implemented the Liebert DCD rack door from the outset to support artificial intelligence (AI) and high performance computing (HPC) applications. |
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Access, Inc. is Wisconsin, Michigan, and NW Ohio's premier source of Heating, Ventilating and Air Conditioning (HVAC) and critical support equipment and services.
We work hand in hand with business owners, contractors, value added resellers, and engineers, helping them apply our products and services to solve their HVAC and critical support problems in the most reliable and economic way.
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Our Mission:
Ensuring uptime with market-leading, reliable and
performance-driven solutions.
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| Access Inc. | 866-402-2237 |
| 844 Ehlers Road, Neenah, WI | 23400 Commerce Drive, Farmington Hills, MI 48335 |
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