Stainless Steel Tanks in Tehran for Industrial Applications
Choosing a stainless steel tank is not simply a matter of selecting a volume and placing an order. The tank has to work with the material being stored or processed, fit the available space, provide the required access and connections, and match the operating conditions of the production line.
For companies looking for stainless steel tanks in Tehran, BazarSteel provides access to stainless steel storage tanks and related industrial equipment, including ready-to-ship products and custom tank fabrication options. The current tank range includes different capacities and configurations, while custom requirements can be developed around factors such as tank type, material grade, dimensions, outlet configuration, access requirements, and process conditions.
This page is designed to help engineers, procurement teams, factory owners, production managers, and industrial buyers understand what should be considered before purchasing or ordering a stainless steel tank. The goal is straightforward: define the process first, then select the tank configuration that fits it.
For a standard application, an available stainless steel tank may be the practical choice. When the process has unusual dimensions, specific fittings, temperature-control requirements, space limitations, or other technical requirements, a custom stainless steel tank can provide a better fit.
What Is a Stainless Steel Tank?
A stainless steel tank is a fabricated vessel designed to contain, store, hold, or process a liquid or other compatible material. Stainless steel is widely used for industrial tanks because its material properties can make it suitable for applications where cleanliness, corrosion resistance, durability, and ease of maintenance are important considerations.
However, there is no single configuration that can be called the correct stainless steel tank for every application. A tank for simple liquid storage may have very different requirements from a process vessel used for heating, cooling, mixing, or handling a more aggressive product.
The tank body is only one part of the overall design. Depending on the application, a tank may also require a particular bottom configuration, outlet, manway, sight glass, level or temperature instrumentation, sanitary connections, cleaning connection, insulation, jacket, or mixing equipment.
That is why industrial tank selection should begin with the process rather than with a product photograph or a nominal capacity alone.
Stainless Steel Tanks in Tehran: What Buyers Should Consider
Tehran is a major center for manufacturing, processing, distribution, and industrial activity in Iran. Buyers looking for a stainless steel tank locally may therefore have very different requirements, ranging from straightforward storage to more specialized process equipment.
The first question is what the tank needs to do. A tank used simply to hold water may require a relatively straightforward configuration. A tank used for a production process may need additional connections, temperature control, insulation, internal equipment, or a particular geometry.
BazarSteel's current stainless steel tank offering includes ready-to-ship models as well as options for custom fabrication. The published tank range includes different capacities, while the site also provides information on single-wall, double-wall, triple-wall, pressure, horizontal, rectangular or other specialized tank configurations.
For buyers in Tehran, the purchasing process can therefore begin with either an existing tank requirement or a technical specification. If a suitable available model exists, procurement can focus on confirming the product, configuration, price, and delivery conditions. If the required configuration is not standard, the project can be evaluated as a custom fabrication requirement.
Types of Stainless Steel Tanks
The phrase “stainless steel tank” covers a broad range of equipment. The correct type depends on the material, process, installation environment, operating conditions, and required functions.
Single-Wall Stainless Steel Tanks
A single-wall tank has one primary tank wall without a surrounding jacket. This configuration can be appropriate for applications where active temperature control is not required.
For straightforward storage applications, a single-wall stainless steel tank can provide a practical construction without adding the complexity of a jacketed system. The final configuration still depends on the material being stored, required capacity, dimensions, access, outlet arrangement, and other project requirements.
Double-Wall or Jacketed Stainless Steel Tanks
A double-wall or jacketed tank incorporates an additional surrounding space that can be used for temperature-control purposes when the design calls for it.
Jacketed construction can be relevant when a process requires heating or cooling. The appropriate jacket arrangement depends on the process and the intended heat-transfer method. It should therefore be specified during design rather than assumed simply because a tank is used in a temperature-sensitive application.
Triple-Wall Stainless Steel Tanks
Triple-wall construction can be considered when a project requires additional separation or thermal-control features beyond a basic jacketed tank. The exact construction and purpose of each layer should be defined according to the process requirements.
This type of construction is generally more application-specific than a basic storage tank and should be evaluated together with insulation, heating or cooling requirements, dimensions, and operating conditions.
Stainless Steel Storage Tanks
Storage tanks are designed primarily to hold a product before, during, or after a production stage. The product may be a liquid, process material, water, or another compatible substance.
Storage applications can range from simple atmospheric holding to more demanding process environments. Capacity, material compatibility, outlet arrangement, cleaning access, installation space, and required instrumentation all influence the final design.
Process Tanks
A process tank performs a more active role within a production system. Depending on the process, it may be used for blending, heating, cooling, holding, reaction, formulation, or preparation.
Because the tank becomes part of the production process rather than simply a storage container, process requirements need to be defined before fabrication. This can include agitation, temperature control, connection layout, internal components, cleaning requirements, and access.
Horizontal Stainless Steel Tanks
A horizontal configuration can be useful when the installation location has limited vertical clearance or when the process layout favors a lower tank profile.
The decision between a vertical and horizontal tank should consider the available footprint, height restrictions, access, support arrangement, outlet location, and the way material will enter and leave the vessel.
Rectangular or Space-Efficient Stainless Steel Tanks
In some installations, the available floor area or geometry of the room makes a cylindrical vertical tank less convenient. A different tank geometry may allow the available space to be used more effectively.
When space is a significant constraint, the tank should be designed together with its installation location rather than selected independently from the production layout.
Pressure Stainless Steel Tanks
Pressure service is fundamentally different from ordinary atmospheric storage. If a vessel is intended to operate under pressure, pressure requirements must be established at the design stage and the vessel must be engineered for those conditions.
Do not assume that a conventional stainless steel storage tank can be used as a pressure vessel. Pressure rating, design requirements, construction details, testing, fittings, and applicable standards must be determined for the specific project.
For pressure applications, the buyer should provide complete operating information before requesting fabrication.
Custom Stainless Steel Tanks in Tehran
A custom stainless steel tank makes sense when an off-the-shelf configuration does not adequately match the production process or installation environment.
Customization can involve much more than changing the tank volume. Depending on the project, the design may need to account for diameter, height, bottom configuration, outlet position, manway location, connection type, temperature-control requirements, insulation, instrumentation, support structure, or mixing equipment.
For example, a buyer may know that the process requires a certain working volume but have limited ceiling height. Another project may require a particular outlet arrangement because the tank has to connect directly to downstream equipment. A temperature-sensitive product may require a jacket or insulation. A process involving viscous material may require mixing or a different bottom geometry.
These are engineering decisions rather than simply purchasing options.
BazarSteel's current tank information specifically supports custom requirements alongside available tank products. Buyers can provide the material, required capacity, desired tank type, and other known requirements so the appropriate configuration can be evaluated.
If a drawing already exists, it can also be useful during the quotation and design process. Technical drawings can communicate dimensions, nozzle positions, access points, support arrangements, and other details more clearly than a general product description.
Ready-to-Ship Stainless Steel Tanks
A ready-to-ship stainless steel tank can be a practical option when an existing configuration matches the application closely enough.
The main advantage is procurement simplicity. Instead of developing an entirely new tank design, the buyer can evaluate an available model against the required capacity, material, dimensions, connections, and installation conditions.
BazarSteel currently lists stainless steel tanks in several capacities, including smaller tanks and larger models. Availability is product-specific, so buyers should confirm current stock and delivery conditions before making a procurement decision.
A ready-to-ship tank should not be selected solely because the nominal capacity appears correct. A 2,000-liter tank, for example, may still be unsuitable if its dimensions, outlet position, access arrangement, material grade, or installation requirements do not match the process.
The correct question is therefore not simply “What capacity do I need?” but “Which available tank configuration satisfies the actual process requirements?”
Custom vs. Ready-to-Ship Stainless Steel Tanks
| Consideration |
Ready-to-Ship Tank |
Custom Tank |
| Configuration |
Based on an existing model |
Defined around the project |
| Dimensions |
Limited to available configurations |
Can be developed for specific space requirements |
| Connections |
Based on the available model |
Can be specified according to process requirements |
| Temperature control |
Depends on the available configuration |
Can be incorporated where technically required |
| Procurement |
Potentially simpler when the correct model is available |
Requires technical definition and fabrication |
| Best suited to |
Standardized requirements |
Special dimensions or process requirements |
The choice is ultimately driven by the application. If an available tank meets the requirements, there may be little reason to develop a completely custom vessel. If the available models do not fit the process, custom fabrication becomes more relevant.
Choosing the Right Stainless Steel Grade
Material selection is one of the most important decisions in stainless steel tank design. The grade should be selected based on the material being stored or processed and the environmental and operating conditions.
304 Stainless Steel
304 stainless steel is a common choice for many general-purpose stainless steel applications. It can be appropriate for numerous food, beverage, water, and industrial applications under suitable conditions.
That does not mean 304 is automatically correct for every product. Product chemistry, temperature, cleaning conditions, chloride exposure, and other environmental factors should be considered before the material is selected.
316 and 316L Stainless Steel
316-family stainless steels are often considered where greater resistance to certain corrosive environments is required. The presence of molybdenum gives these grades properties that can be advantageous in environments involving chlorides and other demanding conditions.
316L may also be selected where its lower-carbon composition is relevant to the fabrication or application requirements.
The correct approach is not to treat 316L as universally “better” than 304. The correct grade depends on the process and the environment.
BazarSteel's published tank information includes 304, 316, and 316L among the grades that can be supplied for applicable tank requirements. If the correct grade is uncertain, the buyer should provide information about the product, operating environment, temperature, and cleaning conditions before finalizing the material.
For a broader explanation of stainless steel grades, buyers can also review the stainless steel grade guide.
Key Stainless Steel Tank Design Considerations
A tank specification should describe the actual job the vessel needs to perform. The following parameters are commonly relevant.
Capacity
Capacity should be defined according to the process rather than simply the maximum physical volume. The required working volume, operating level, headspace, filling method, and process behavior may all affect the appropriate tank size.
Tank Dimensions
Diameter and height affect more than appearance. They influence installation, access, internal geometry, support requirements, cleaning, outlet position, and the connection of the tank to other equipment.
Before ordering a tank, verify the available floor area and ceiling clearance. Also consider the path through which the tank will be transported and installed.
Tank Geometry
Vertical, horizontal, cylindrical, rectangular, flat-bottom, and conical-bottom configurations can serve different purposes.
A conical bottom may be useful when improved drainage or removal of settled material is important. A horizontal tank may be useful where vertical clearance is limited. The appropriate geometry depends on the process rather than on a universal preference.
Bottom Configuration
The bottom can affect drainage, cleaning, material retention, and outlet arrangement. For liquids or materials where complete drainage matters, the bottom geometry should be considered together with the outlet location.
Outlet and Connections
The outlet needs to match the downstream process. Its position, diameter, connection type, and accessibility can affect installation and operation.
Other connections may include inlet nozzles, vents, sampling points, instrumentation ports, cleaning connections, and process connections.
Manway and Access
A manway provides access for inspection, cleaning, maintenance, or other operational requirements where applicable.
The location and size of the access opening should be considered in relation to the tank geometry and the actual maintenance tasks that will be performed.
Temperature Control
If the product must be heated or cooled, the tank may need a jacket, coil, insulation, or another heat-transfer arrangement depending on the process.
Temperature-control requirements should be defined before fabrication because they can influence the tank construction and associated connections.
Mixing
Not every tank needs an agitator. When the process requires blending, suspension, homogenization, or another form of agitation, the tank may need to be designed as a mixing vessel rather than a simple storage tank.
If agitation is part of the process, the tank geometry and mixer should be considered together. BazarSteel also provides industrial stainless steel mixer information for applications where tank and mixing requirements overlap.
Surface and Cleaning Requirements
Cleaning requirements can influence the tank's internal configuration, connections, access points, and surface treatment. Food, beverage, pharmaceutical, cosmetic, and other hygiene-sensitive processes may have different requirements from general industrial storage.
Cleaning procedures should therefore be defined before finalizing the tank design.
Stainless Steel Tank Fittings and Options
A stainless steel tank can be configured with a range of fittings and accessories depending on the application.
- Manways for inspection and access
- Bottom or side outlets
- Process nozzles and connections
- Sight glasses where appropriate
- Level or temperature instrumentation
- Sample connections
- CIP cleaning connections where required
- Sanitary clamp connections for suitable applications
- Insulation and external cladding where required
- Heating or cooling provisions
- Support structures and mounting arrangements
These options should not be added simply because they are available. Each one should have a defined purpose within the process.
For example, a sight glass may be useful where visual level monitoring is required. A sanitary connection may simplify disassembly and cleaning in an appropriate process. A jacket may be relevant when temperature control is part of the production cycle.
Industrial Applications for Stainless Steel Tanks
Stainless steel tanks are used across many industrial environments. The appropriate construction depends on the application and should be evaluated against the properties of the material being handled.
Food Processing
Food production can involve storage, holding, blending, preparation, or temperature-controlled processes. Tank configuration should account for the product, cleaning method, access requirements, and applicable process requirements.
Beverage Production
Beverage processes may use stainless steel tanks for liquid storage, preparation, blending, or other production stages. The tank design should reflect the characteristics of the beverage and the required cleaning and process connections.
Dairy Processing
Dairy operations can require tanks designed for storage, holding, cooling, mixing, or other process functions. Temperature control and cleaning requirements may be particularly important depending on the application.
Chemical Processing
Chemical applications require careful material selection. The compatibility of the stainless steel grade with the chemical environment should be evaluated before fabrication.
Pharmaceutical and Hygiene-Sensitive Processes
Applications with stringent hygiene requirements may require carefully defined internal surfaces, connections, cleaning arrangements, and material specifications. Specific regulatory or sanitary compliance should never be assumed without confirming the actual project requirements.
Cosmetics
Cosmetic production may involve liquid storage, blending, heating, cooling, or preparation of products with different viscosities. Tank geometry and mixing requirements should therefore be considered together.
Water and Industrial Liquid Storage
Stainless steel tanks can also be used for water and other industrial liquids where stainless steel construction is appropriate for the environment and intended service.
How to Choose the Right Stainless Steel Tank
A practical tank-selection process starts with the process rather than with a catalog.
- Define the material. Identify what will be stored or processed and provide relevant information about its chemical and physical characteristics.
- Define the required capacity. Separate the required working volume from the total tank volume where necessary.
- Check the installation space. Confirm available width, height, access, transportation path, and installation limitations.
- Select the material grade. Consider corrosion, temperature, cleaning, and product compatibility.
- Choose the tank configuration. Determine whether single-wall, jacketed, triple-wall, horizontal, pressure, or another configuration is appropriate.
- Define connections. Identify inlet, outlet, drain, sampling, cleaning, instrumentation, and other required connections.
- Evaluate temperature requirements. Decide whether heating, cooling, insulation, or temperature monitoring is needed.
- Evaluate mixing requirements. If agitation is needed, define the mixing function before finalizing the tank.
- Choose ready-to-ship or custom fabrication. Compare the available models with the actual process requirements.
- Request a technical quotation. Provide as much project information as possible so the tank can be evaluated accurately.
This process helps prevent a common procurement problem: buying a tank that has the right nominal capacity but the wrong configuration.
What Information Is Needed for a Stainless Steel Tank Quote?
The more clearly the application is defined, the easier it is to evaluate the appropriate tank.
For a preliminary quotation, useful information can include:
- Required capacity in liters or another appropriate unit
- Material or liquid being stored or processed
- Whether the material is corrosive or contains salts or chlorides
- Preferred stainless steel grade, if already known
- Required tank type
- Available installation dimensions
- Required tank orientation
- Bottom configuration
- Outlet location and connection requirements
- Manway or access requirements
- Heating or cooling requirements
- Insulation requirements
- Mixing or agitation requirements
- Operating temperature
- Operating pressure, if applicable
- Cleaning requirements
- Required instrumentation or accessories
You do not need to know every technical parameter before contacting a tank supplier. If some information is unknown, describe the process and the intended use clearly. The missing design parameters can then be identified during the technical discussion.
For projects where the geometry is already defined, technical stainless steel tank drawings can also be useful for comparing configurations and understanding the design relationship between dimensions and components.
Why Consider BazarSteel for Stainless Steel Tanks?
BazarSteel focuses on stainless steel equipment, including stainless steel tanks, mixers, and related industrial products. Its website provides product information, available tank models, technical material information, drawings, purchasing resources, and custom fabrication pathways.
For buyers evaluating stainless steel tanks in Tehran, this creates two practical purchasing paths: evaluate an available tank when an existing configuration meets the requirement, or discuss a custom tank when the project needs a different configuration.
The current BazarSteel tank section lists multiple available stainless steel tank capacities and provides guidance on material grade, tank configuration, outlets, manways, sight glasses, sensors, cleaning connections, insulation, and other options.
BazarSteel also publishes information about stainless steel tank designs, allowing buyers to explore tank configurations beyond a single product listing.
The practical value of working through a technical specification is that the discussion can focus on the actual application instead of treating every stainless steel tank as an interchangeable product.
From an engineering-content perspective, Engineer Amirhossein Jafari's technical approach to the subject emphasizes the same principle: the tank should be selected around the process, material, geometry, and operating requirements rather than around capacity alone.
Technical Engineering Considerations Before Fabrication
Industrial tank fabrication should begin only after the important design conditions have been identified.
Working Volume vs. Total Volume
The specified tank capacity should be understood in relation to the actual operating volume. A process may require headspace, expansion space, foam control, or another allowance depending on the material and process.
Material Compatibility
The stainless steel grade should be evaluated against the product, cleaning agents, temperature, and environment. A generic “stainless steel” specification is not always sufficient for a technical project.
Pressure and Vacuum
If the tank may experience positive pressure or vacuum conditions, those conditions must be explicitly considered. A standard atmospheric storage tank should not be treated as a pressure vessel without appropriate engineering and verification.
Drainage
Drainage requirements can influence bottom geometry and outlet location. This becomes particularly important where residual product could affect cleaning or production.
Access and Maintenance
Maintenance requirements should be considered during design. Access to valves, instruments, manways, and other components can influence the tank's final position and configuration.
Integration With the Production Line
A tank is rarely an isolated object in an industrial facility. It may connect to pumps, pipes, mixers, heat-transfer systems, filling equipment, filters, or other process equipment. Connection locations and tank geometry should therefore be coordinated with the surrounding system.
When the tank is part of a larger mixing process, buyers may also want to review BazarSteel's stainless steel mixer equipment section.
Stainless Steel Tank Drawings and Technical Planning
Drawings can make the difference between a general product discussion and a useful technical specification.
A tank drawing can communicate the vessel's geometry, dimensions, connection positions, access points, supports, and other relevant features. This is particularly useful when the tank must fit into an existing production area.
Buyers should compare a drawing against the actual installation environment. Check floor space, ceiling height, access for installation, connection routing, maintenance clearance, and the location of adjacent equipment.
BazarSteel maintains a dedicated section for tank drawings and stainless steel tank designs that can be used as a technical reference when evaluating configurations.
Stainless Steel Tank Pricing: What Determines Cost?
The price of a stainless steel tank cannot be determined reliably from capacity alone.
Factors that can influence the final cost include:
- Tank capacity and overall dimensions
- Stainless steel grade
- Material thickness and required construction
- Single-wall, double-wall, triple-wall, or other configuration
- Bottom geometry
- Outlet and nozzle configuration
- Manways and access requirements
- Instrumentation and accessories
- Heating or cooling requirements
- Insulation and external finishing
- Mixing equipment where required
- Surface-finish requirements
- Custom fabrication complexity
For this reason, requesting a quote using only a statement such as “I need a 1,000-liter stainless steel tank” may not provide enough information for an accurate technical and commercial evaluation.
A better request describes the material, capacity, operating conditions, installation space, and desired configuration.
Frequently Asked Questions About Stainless Steel Tanks
What is a stainless steel tank used for?
Stainless steel tanks can be used for storage, holding, processing, blending, heating, cooling, and other industrial functions. The appropriate configuration depends on the material and process.
Which stainless steel grade is best for a tank?
There is no universal best grade. 304 is commonly used for many general applications, while 316 or 316L may be more appropriate in certain corrosive environments. Product chemistry, temperature, cleaning conditions, and chloride exposure should be evaluated before selecting the grade.
What is the difference between a storage tank and a process tank?
A storage tank primarily holds material, while a process tank performs an active function such as mixing, heating, cooling, formulation, or another production step. Process tanks usually require more detailed specification.
Can stainless steel tanks be custom fabricated?
Yes. Custom fabrication can address project-specific dimensions, capacity, tank geometry, connections, access, temperature-control requirements, insulation, and other process needs.
Are stainless steel tanks available in Tehran?
BazarSteel lists stainless steel tanks and related equipment for buyers in Tehran and Iran. Current availability depends on the individual product, so stock and delivery conditions should be confirmed for the specific tank.
What information is needed to order a custom stainless steel tank?
Useful information includes capacity, product type, material requirements, dimensions or available space, operating temperature and pressure, tank configuration, outlets, access requirements, cleaning requirements, and any heating, cooling, insulation, or mixing needs.
How do I choose the right tank capacity?
Start with the required working volume and consider the production cycle, filling and emptying method, required headspace, and future operating requirements. The physical dimensions should then be checked against the installation space.
Can a stainless steel tank have a jacket?
Yes, where the process requires temperature control, a jacketed configuration may be appropriate. The jacket design should be specified according to the heating or cooling duty and overall tank design.
Can a stainless steel tank include an agitator?
Yes. When the process requires mixing, the tank and agitator should be designed as a combined system. Product viscosity, mixing objective, tank geometry, and process requirements influence the appropriate configuration.
What should I ask a stainless steel tank manufacturer before ordering?
Ask about material grade, capacity, dimensions, tank configuration, wall construction, fittings, outlet arrangement, manway, temperature-control provisions, cleaning requirements, mixing requirements, drawings, availability, and the information needed to finalize the specification.
Is a ready-to-ship tank better than a custom tank?
Neither is universally better. A ready-to-ship tank can be practical when an existing model matches the application. Custom fabrication is more appropriate when the process or installation requires specific dimensions, fittings, geometry, or other technical features.
Can stainless steel tanks be used for food processing?
Stainless steel is widely used in food-processing equipment, but the suitability of a particular tank depends on the product, construction, surface requirements, cleaning procedure, connections, and applicable process requirements.
Can stainless steel tanks be used for corrosive chemicals?
Some stainless steel grades can be suitable for specific chemical environments, but compatibility must be evaluated for the actual chemical, concentration, temperature, exposure time, and other process conditions. Stainless steel should not be selected for a chemical application based on the word “stainless” alone.
Request a Stainless Steel Tank in Tehran
If you already know the required capacity and configuration, you can review the available stainless steel tank options and compare the listed configurations.
If your requirement is more specific, provide the capacity, material, product, available installation space, tank type, and any known connection or temperature-control requirements. This information provides a much stronger starting point for evaluating a custom stainless steel tank.
For direct consultation and current availability, use the BazarSteel contact page.
For buyers who want to understand the broader purchasing process before contacting the supplier, the industrial equipment buying guide provides an additional reference.
Conclusion
The right stainless steel tank is determined by the application, not by capacity alone. Material grade, tank geometry, dimensions, operating conditions, connections, access, cleaning requirements, temperature control, insulation, and mixing all become important when the tank is part of an industrial production system.
For buyers searching for stainless steel tanks in Tehran, BazarSteel provides both listed stainless steel tank products and a pathway for custom requirements. Ready-to-ship equipment can be considered when an available configuration meets the process. Custom fabrication becomes more relevant when the project requires specific dimensions, fittings, geometry, temperature control, mixing, or other technical features.
The most effective way to start a tank project is to define the process clearly. Identify what the tank will contain, how much capacity is required, where it will be installed, what operating conditions apply, and which functions the vessel must perform. From there, the tank configuration can be evaluated on technical rather than purely visual or nominal specifications.
BazarSteel's stainless steel tank resources, product listings, drawings, technical information, and contact channels provide a practical starting point for buyers evaluating tank requirements in Tehran and elsewhere in Iran.
English Technical Description
BazarSteel supplies stainless steel tanks for industrial and commercial applications in Tehran and Iran, including storage tanks, process-oriented configurations, ready-to-ship products, and custom-fabricated tank requirements. Tank configurations may include single-wall, jacketed, triple-wall, horizontal, rectangular, and pressure-oriented designs depending on the application and verified project specifications. Material selection can include stainless steel grades such as 304, 316, and 316L where appropriate. Tank design may incorporate application-specific dimensions, bottom geometry, outlets, manways, process connections, sight glasses, instrumentation, cleaning connections, insulation, temperature-control provisions, and mixing equipment. Final tank specifications should be established according to the material, capacity, operating conditions, installation space, cleaning requirements, and intended process.
For a quotation, buyers should provide the required capacity, material or product, preferred stainless steel grade if known, tank type, available installation dimensions, operating temperature and pressure where applicable, outlet and connection requirements, access requirements, and any heating, cooling, insulation, or mixing requirements. BazarSteel can then evaluate whether an available tank configuration is appropriate or whether a custom stainless steel tank should be considered.