How Long Do Field Erected Tanks Last?
Unarguably, field erected tanks are an integral part of the manufacturing industry. Thus, it's important that the tank lasts long and remains sustainable.
According to a report , field erected tanks manufactured with premium quality steel last for a very long time. There are many operational steel tanks that are over 100 years old.
A Complete Guide on Field Erected Tanks
Field erected welded steel tanks are monolithic steel behemoths that have been constructed by engineers to withstand sudden temperature changes, harsh weather conditions, corrosive effects of chemicals, and several other factors.
Depending on the purpose of the tank, a field-erected steel tank can be manufactured with carbon steel, stainless steel, or a duplex material.
Not all tank manufacturers are skilled enough to handle stainless steel and duplex material, as these require specialized equipment.
Studies suggest that stainless and duplex material tanks are primarily used in the food and beverage industry, chemical manufacturing industry, power industry, and other industries where it's essential to store chemicals with corrosive properties.
Veteran tank manufacturers believe that field erected tanks have been so named because they're too large to be put together inside a shop facility.
They further add that versatility is the reason behind its popularity as a potential solution for industrial and municipal needs.
This includes potable water storage, wastewater treatment, and chemical and fuel storage.
The most interesting part is that a wide range of field-erected tanks are available to store contaminated liquids.
According to experts, a field-erected tank has a capacity of more than 45,000 gallons and is greater than 15 feet in diameter.
They further add that the best part about field-erected tanks is that they can be designed and constructed in any shape and size required. No matter the requirements, it can be easily constructed into the requisite shape.
Construction Process of Field Erected Tanks
After the buyer places an order with the tank manufacturing company for a field-erected tank, the first thing that the engineers and product designers do is complete the drawing and design calculations.
Based on the tank builder's estimates and designs, the tank manufacturing company orders the carbon or stainless steel. Next, the tank builder organizes and issues subcontracts for procuring the raw materials.
Once the materials are delivered to the fabrication facility and stored according to the requirements, the steel plate material is inspected so as to make sure it's in line with the customer requirements.
The tank plates are then rolled to shape them according to the design of the tank. Following this, roof plates, bottom plates, and structural shapes are cut and marked according to the drawing.
The next step involves plate blasting and priming the steel materials in-house. Once the plate is at an appropriate blast profile, it's painted and primed as per the specifications of the project.
After fabrication, blasting, and priming, the tank is delivered to the client's location part by part.
Primary Uses of Field Erected Tanks
Field erected tanks are used to store a wide range of items. Here are just a few of the many –
Corrosive chemicals.
Fertilizer solutions.
Asphalt
Emulsion and Polymers
Water
Waste Water
Fire Water
Crude Oil
Petro Chemicals
Brine Water
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 |
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 |
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 |
