First Study :
Derive method: - Cummins India/ GETD
Second study:
Derive method : UNKNOWN
Material : Fiber , H2O
/na
Such emergency tanks are often large and underground. One data center project in the American Southeast that the author worked on prior to joining Black & Veatch — for which he helped construct a hydraulic model of the pipe network and performed hydraulic modeling scenarios, among other efforts — wanted to install a two-day supply of water for emergencies. Since that facility generally consumed 2 million gal. a day, it required at least 4 million gal. of storage on-site. For context, facilities with at least 10 million gal. of stored emergency water are not uncommon.
Since it was difficult to predict exactly how much cooling effluent volume would be produced, the system was designed initially to accommodate roughly 20%-30% of the total water supplied. A flowmeter was installed to monitor the actual wastewater flows.
At a roughly 1.3 million sq ft Google data center in Douglas County, Georgia, the facility relies on recycled treated wastewater for cooling. Using its own purpose-built system, the Google data center takes treated effluent from the local water and sewer authority’s treatment plant and further treats the effluent to make it reusable. This recycled water is then pumped to the data center through a few miles of pipeline. The data center also has on-site water storage and can switch to the county’s potable water supply for short-term periods in case of emergency.
Network connectivity: Traditionally, data centers were far from their clients. But now, providers are constructing data centers closer to where their businesses are. Thus, the availability and cost of fiber and communications infrastructure have become key factors in deciding site, speed, and reliability.
Derive method: - Cummins India/ GETD
Second study:
Derive method : UNKNOWN
Material : Fiber , H2O
/na
Such emergency tanks are often large and underground. One data center project in the American Southeast that the author worked on prior to joining Black & Veatch — for which he helped construct a hydraulic model of the pipe network and performed hydraulic modeling scenarios, among other efforts — wanted to install a two-day supply of water for emergencies. Since that facility generally consumed 2 million gal. a day, it required at least 4 million gal. of storage on-site. For context, facilities with at least 10 million gal. of stored emergency water are not uncommon.
Since it was difficult to predict exactly how much cooling effluent volume would be produced, the system was designed initially to accommodate roughly 20%-30% of the total water supplied. A flowmeter was installed to monitor the actual wastewater flows.
At a roughly 1.3 million sq ft Google data center in Douglas County, Georgia, the facility relies on recycled treated wastewater for cooling. Using its own purpose-built system, the Google data center takes treated effluent from the local water and sewer authority’s treatment plant and further treats the effluent to make it reusable. This recycled water is then pumped to the data center through a few miles of pipeline. The data center also has on-site water storage and can switch to the county’s potable water supply for short-term periods in case of emergency.
Network connectivity: Traditionally, data centers were far from their clients. But now, providers are constructing data centers closer to where their businesses are. Thus, the availability and cost of fiber and communications infrastructure have become key factors in deciding site, speed, and reliability.
Humidification System
Data centers utilize water in their humidification systems to maintain optimal humidity levels, especially during winter. This practice is crucial for preventing the build-up of static electricity and ensuring the longevity and reliability of sensitive IT equipment.
Water is introduced into the air through various humidification methods, such as evaporative cooling or mist systems, to maintain a specific humidity range of 40% to 60% relative humidity. This process helps to create a stable environment in computer rooms, reducing the risk of damage to servers and IT hardware due to dry conditions or electrostatic discharge (ESD).
Data centers utilize water in their humidification systems to maintain optimal humidity levels, especially during winter. This practice is crucial for preventing the build-up of static electricity and ensuring the longevity and reliability of sensitive IT equipment.
Water is introduced into the air through various humidification methods, such as evaporative cooling or mist systems, to maintain a specific humidity range of 40% to 60% relative humidity. This process helps to create a stable environment in computer rooms, reducing the risk of damage to servers and IT hardware due to dry conditions or electrostatic discharge (ESD).
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