What are the Above Ground Storage Tank Grounding Requirements?

Sep 26, 2025

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When it comes to storing combustible and inflammable liquids safely, aboveground storage tanks are indispensable. They are designed to meet specific industrial storage needs and demands with efficacy.

 

New-age aboveground storage tanks made of steel and alloy, polyethylene, and fiberglass are robust and come equipped with advanced features.

 

 

What are Aboveground Storage Tanks?

 

Above ground Storage Tank

Aboveground Tanks are large storage vessels manufactured from metal, fiberglass, and polyethylene. They are installed on top of the ground and have huge holding capacities.

 

From compressed gases to gasoline, fuel to petroleum products, they are designed to store everything in a safe and environment-friendly way. It has been found that modern units can store upto 60,000 gallons of liquids safely.

 

 

Uses of Aboveground Storage Tanks

 

 

Industrial aboveground storage tanks are versatile and find application in diverse industries. Here are some of them:
• Portable water storages
• Alternative fuel systems
• Oil water separator
• Fire suppression
• Chemical storage
• Emergency generator fuel oil systems
• Storm water reclamation

 

 

Grounding Requirements of Aboveground Storage Tanks

 

 

There are certain grounding requirements that you need to adhere to while installing or fixing industrial aboveground storage tanks. These are as follows:

 

Aboveground Storage Tank1. Ground wires should be uninsulated so that inspection of mechanical damage becomes easy.

 

2. For preventing spark triggered by discharge of static electricity, a wire bond should be provided during combustible fluid filling operations.

 

The wire bond should be placed between the storage vessel and the container being filled. However, it is not necessary if there is a metallic path.

 

However, grounding is not mandatory if the aboveground storage tanks are on concrete and non-conductive supports.

 

But if they are placed in a hazardous place, grounding must be done. If the humidity level ranges between 60% to 70% then it will avert the building up of static electricity.

 

3. A resistance upto 1,000,000 ohms is sufficient to avert the occurrence of possible spark. A film of moisture increases conductivity and provides a perfect path to ground increasing chances of sparks.

 

4. Ground anodes are the best choice for industrial storage tanks. These anodes are concomitant to tank shell and placed compatibly close to the tank.

Request A Quote

 

For buying robust, advanced, functional and cost-effective aboveground and underground storage tanks of latest kinds get in touch with GNEE

 

We are a top-rated manufacturer and seller of quality stainless steel tanks, alloy tanks, polyethylene tanks, fiberglass tanks, and field erected tanks and much more when it comes to intricate industrial applications.

 

In addition to storage tanks, GNEE also offers more high-quality products, such as shell-and-tube heat exchangers, copper heat exchangers, titanium heat exchangers, heaters, chlorine coolers, high-pressure reactors, LPG storage tanks, cryogenic storage tanks, VPSA oxygen generators, etc. If you are interested in the above products or other products, please feel free to send an email to sales@gneeheatex.com, and our professional team will be happy to answer your questions.

 

GNEE STORAGE TANK

TYPE

VOLUME
(M3)

SPECIFICATION

DESIGN CODE

Inside shell

Outside Shell

Vertical

5

φ1400X3672X6

φ1900X5115X8

ASME/PED

Vertical

φ1400X3672X8

φ1900X5115X8

ASME/PED

Vertical

10

φ1700X4705X6

φ2200X6035X8

ASME/PED

Vertical

φ1700X4705X10

φ2200X6035X8

ASME/PED

Vertical

15

φ1800X6214X6

φ2300X7730X8

ASME/PED

Vertical

φ1800X6214X11

φ2300X7730X8

ASME/PED

Vertical

20

φ2100X6146X7

φ2600X7655X8

ASME/PED

Vertical

φ2100X6146X12

φ2600X7655X8

ASME/PED

Vertical

30

φ2100X9046X8

φ2600X10605X8

ASME/PED

Vertical

φ2100X9046X14

φ2600X10605X8

ASME/PED

Vertical

50

φ2600X9885X9

φ3200X11670X10

ASME/PED

Vertical

φ2600X9885X16

φ3200X11670X10

ASME/PED

Vertical

100

φ3000X14670X11

φ3600X16550X14

ASME/PED

Vertical

φ3000X14670X20

φ3600X16550X14

ASME/PED

Vertical

150

φ3200X19308X12

φ3800X22000X14

ASME/PED

Vertical

200

φ3400X22624X14

φ4000X25300X14

ASME/PED

 

GNEE STORAGE TANK

TYPE

VOLUME
(M3)

SPECIFICATION

DESIGN CODE

Inside shell

Outside Shell

Horizontal

5

φ1400X3672X6

φ1900X4802X8

ASME/PED

Horizontal

φ1400X3672X8

φ1900X4802X8

ASME/PED

Horizontal

10

φ1700X4705X6

φ2200X5980X8

ASME/PED

Horizontal

φ1700X4705X10

φ2200X7210X8

ASME/PED

Horizontal

15

φ1900X5626X6

φ2400X7210X8

ASME/PED

Horizontal

φ1900X5626X11

φ2400X7210X8

ASME/PED

Horizontal

20

φ2100X6146X7

φ2600X7310X8

ASME/PED

Horizontal

φ2100X6146X12

φ2600X7310X8

ASME/PED

Horizontal

30

φ2100X9046X8

φ2600X10200X8

ASME/PED

Horizontal

φ2100X9046X12

φ2600X10300X8

ASME/PED

Horizontal

50

φ2600X9885X8

φ3200X11400X10

ASME/PED

Horizontal

φ2600X9885X14

φ3200X11275X10

ASME/PED

Horizontal

100

φ3000X14670X10

φ3600X16350X12

ASME/PED

Horizontal

φ3000X14670X16

φ3600X16900X12

ASME/PED

Horizontal

150

φ3200X19308X10

φ3800X20700X12

ASME/PED

Horizontal

200

φ3400X22624X11

φ4000X24500X12

ASME/PED