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A Comprehensive Guide
Best Practices for
EHS Management
in Data Centers
© 2023 ASK-EHS Engineering & Consultants. All Rights Reserved.
| Best Practices for EHS Management in Data Centers
2
They are trying to put data centers in cold environments
because they are actually generating so much heat now;
they are using up so much electricity.”
Rick Smolan,
CEO of Against All Odds Productions, a cross-media organization.
Using the latest technology for cooling and heat recovery,
we transform data centers from energy consumers to
sources of sustainable energy. It is exciting to see that in
action at our own data center in Nordbog, Denmark.”
Jurgen Fischer,
President of Danfoss Climate Solution
What Prominent People Are Saying;
Energy Consumption
▪ Data centers are power-intensive facilities
that consume significant amounts of
electricity for computing equipment, cooling
systems, and backup power supplies.
▪ This high energy demand contributes to
greenhouse gas emissions and puts pressure
on the electrical grid, leading to tremendous
environmental concerns.
Heat management
▪ Effective cooling systems are crucial to
maintaining optimal operating temperatures
for data centers. However, cooling can be
energy-intensive and may require specialized
infrastructure, such as cooling towers or
liquid cooling solutions, which introduce
additional challenges in maintenance,
efficiency, and water usage.
Best Practices for EHS Management in Data Centers | 3
| Best Practices for EHS Management in Data Centers
4
Data Center EHS Challenges
Some More..
Emissions
▪ Data centers often use diesel generators or
other backup power sources in case of
electricity outages. These generators emit
pollutants, including carbon dioxide (CO2),
nitrogen oxides (NOx), and particulate matter,
which can negatively affect air quality and
contribute to climate change and local air
pollution.
Water Usage
▪ Data centers require water for cooling
systems and other operational needs. As
water scarcity is a growing concern in many
regions, data centers must adopt water
conservation measures and explore
alternative cooling technologies that minimize
water usage.
Best Practices for EHS Management in Data Centers | 5
Data Center EHS Challenges
And More…
Hazardous Materials
▪ Data centers house various
electronic components that
contain hazardous materials,
including lead, mercury, and flame
retardants. Proper management of
electronic waste, including
recycling and disposal, is critical to
prevent environmental
contamination and protect worker
health.
Fire Safety
▪ Data centers contain a large number of electronic devices
and high-power electrical systems, which pose fire risks.
Implementing robust fire detection and suppression
systems, along with proper staff training, is crucial to
ensure the safety of personnel and equipment.
Occupational Health and Safety
▪ Data center workers may face ergonomic challenges, such
as lifting heavy equipment or working in confined spaces.
Additionally, exposure to high noise levels, electrical
hazards, and potential risks associated with maintenance
activities require comprehensive safety protocols and
training programs.
| Best Practices for EHS Management in Data Centers
6
The Checklist of Solutions
A comprehensive EHS risk assessment
including the following components:
▪ Identify the risks and hazards
▪ Eliminate the risks by implementing controls
▪ Obtain the appropriate permits
▪ Follow all safety policies and procedures
▪ Use proper personal protective equipment (PPE)
▪ Training
Review Lockout/Tagout Procedures
▪ Ensure up-to-date lockout/tagout options on every
equipment.
▪ Provide detailed and equipment-specific lockout/tagout
training.
Continued…
Meticulous Supervision and Preparation
▪ Identify all electrical hazards
▪ Train workers on specific electrical equipment and
processes
▪ Craft specific procedures and training curriculum for
working at height.
▪ Inspect equipment for working at height regularly for
standard safety checks.
▪ Identify safe zones for welding and cutting and relocating
dangerous materials.
▪ Ban hot work around IT infrastructure.
▪ Ensure employees have proper situational awareness
training and know when to utilize a data center lift.
▪ Train about proper lifting techniques for use with and
without assistive devices
▪ Implement mechanized lifting systems whenever necessary.
Best Practices for EHS Management in Data Centers | 7
Implement Technology and Digitalization
| Best Practices for EHS Management in Data Centers
8
Incorporate a complete
digitized EHS
management software.
Monitor noise levels
remotely in real-time.
Monitor energized
systems.
Digitally monitor water
usage using ultrasonic
flow meters
Use predictive analytics
to prevent injuries and
reduce unplanned
downtime of IT
equipment.
Use remote monitoring
sensors (RMS) for
constant functionality
issues.
Incorporate a contractor
management system
(CMS) to match vendor
and service provider
safety protocols to
those of the data center.
Addressing the EHS challenges of data centers
requires a holistic approach.
The SlideShare includes best practices in guiding
data center operators to mitigate EHS risks and
ensure the long-term sustainability of their
operations.
If you are looking for fool-proof EHS management for
a data center, we suggest you have a detailed
conversation with our experts.
And We Conclude…
Best Practices for EHS Management in Data Centers | 9
ASK-EHS Engineering & Consultants
Connect with us today!
email:- info@ask-ehs.com
Ph.:- +91 89800 10420

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Best Practices for EHS Management in Data Centers.pdf

  • 1. A Comprehensive Guide Best Practices for EHS Management in Data Centers © 2023 ASK-EHS Engineering & Consultants. All Rights Reserved.
  • 2. | Best Practices for EHS Management in Data Centers 2 They are trying to put data centers in cold environments because they are actually generating so much heat now; they are using up so much electricity.” Rick Smolan, CEO of Against All Odds Productions, a cross-media organization. Using the latest technology for cooling and heat recovery, we transform data centers from energy consumers to sources of sustainable energy. It is exciting to see that in action at our own data center in Nordbog, Denmark.” Jurgen Fischer, President of Danfoss Climate Solution What Prominent People Are Saying;
  • 3. Energy Consumption ▪ Data centers are power-intensive facilities that consume significant amounts of electricity for computing equipment, cooling systems, and backup power supplies. ▪ This high energy demand contributes to greenhouse gas emissions and puts pressure on the electrical grid, leading to tremendous environmental concerns. Heat management ▪ Effective cooling systems are crucial to maintaining optimal operating temperatures for data centers. However, cooling can be energy-intensive and may require specialized infrastructure, such as cooling towers or liquid cooling solutions, which introduce additional challenges in maintenance, efficiency, and water usage. Best Practices for EHS Management in Data Centers | 3
  • 4. | Best Practices for EHS Management in Data Centers 4 Data Center EHS Challenges Some More.. Emissions ▪ Data centers often use diesel generators or other backup power sources in case of electricity outages. These generators emit pollutants, including carbon dioxide (CO2), nitrogen oxides (NOx), and particulate matter, which can negatively affect air quality and contribute to climate change and local air pollution. Water Usage ▪ Data centers require water for cooling systems and other operational needs. As water scarcity is a growing concern in many regions, data centers must adopt water conservation measures and explore alternative cooling technologies that minimize water usage.
  • 5. Best Practices for EHS Management in Data Centers | 5 Data Center EHS Challenges And More… Hazardous Materials ▪ Data centers house various electronic components that contain hazardous materials, including lead, mercury, and flame retardants. Proper management of electronic waste, including recycling and disposal, is critical to prevent environmental contamination and protect worker health. Fire Safety ▪ Data centers contain a large number of electronic devices and high-power electrical systems, which pose fire risks. Implementing robust fire detection and suppression systems, along with proper staff training, is crucial to ensure the safety of personnel and equipment. Occupational Health and Safety ▪ Data center workers may face ergonomic challenges, such as lifting heavy equipment or working in confined spaces. Additionally, exposure to high noise levels, electrical hazards, and potential risks associated with maintenance activities require comprehensive safety protocols and training programs.
  • 6. | Best Practices for EHS Management in Data Centers 6 The Checklist of Solutions A comprehensive EHS risk assessment including the following components: ▪ Identify the risks and hazards ▪ Eliminate the risks by implementing controls ▪ Obtain the appropriate permits ▪ Follow all safety policies and procedures ▪ Use proper personal protective equipment (PPE) ▪ Training Review Lockout/Tagout Procedures ▪ Ensure up-to-date lockout/tagout options on every equipment. ▪ Provide detailed and equipment-specific lockout/tagout training.
  • 7. Continued… Meticulous Supervision and Preparation ▪ Identify all electrical hazards ▪ Train workers on specific electrical equipment and processes ▪ Craft specific procedures and training curriculum for working at height. ▪ Inspect equipment for working at height regularly for standard safety checks. ▪ Identify safe zones for welding and cutting and relocating dangerous materials. ▪ Ban hot work around IT infrastructure. ▪ Ensure employees have proper situational awareness training and know when to utilize a data center lift. ▪ Train about proper lifting techniques for use with and without assistive devices ▪ Implement mechanized lifting systems whenever necessary. Best Practices for EHS Management in Data Centers | 7
  • 8. Implement Technology and Digitalization | Best Practices for EHS Management in Data Centers 8 Incorporate a complete digitized EHS management software. Monitor noise levels remotely in real-time. Monitor energized systems. Digitally monitor water usage using ultrasonic flow meters Use predictive analytics to prevent injuries and reduce unplanned downtime of IT equipment. Use remote monitoring sensors (RMS) for constant functionality issues. Incorporate a contractor management system (CMS) to match vendor and service provider safety protocols to those of the data center.
  • 9. Addressing the EHS challenges of data centers requires a holistic approach. The SlideShare includes best practices in guiding data center operators to mitigate EHS risks and ensure the long-term sustainability of their operations. If you are looking for fool-proof EHS management for a data center, we suggest you have a detailed conversation with our experts. And We Conclude… Best Practices for EHS Management in Data Centers | 9
  • 10. ASK-EHS Engineering & Consultants Connect with us today! email:- info@ask-ehs.com Ph.:- +91 89800 10420