Stainless Steel Cone Bottom Tank

Installation
Stainless steel conical tanks typically require a solid, level foundation for proper support.
Plumbing connections for inlet, outlet, drain, and cooling/heating lines (if jacketed) need to be established.
Electrical connections may be required for controls, agitation systems (if present), and instrumentation.

Operation
Operating procedures will vary depending on the specific application and tank features.
General steps may involve filling, adding ingredients (yeast, hops, etc.), temperature control (jacketed tanks), and monitoring pressure and fermentation progress.
Safety protocols should be strictly followed, including proper personal protective equipment (PPE) usage and adherence to pressure relief procedures.

Maintenance
Regular cleaning and sanitation are crucial to maintain product purity and tank longevity.
Cleaning procedures will depend on the specific application and materials processed.
Regular inspections should be conducted to identify potential wear and tear issues and schedule maintenance as needed.
Resources: Manufacturers typically provide installation guides and operation manuals specific to their tank models. Consulting industry best practices and regulatory guidelines is also recommended.

Corrosive Chemicals
The sloped bottom of a conical tank makes it easier to fully drain corrosive chemicals like acids, alkalis, and solvents. Their shape prevents puddling and allows for more complete drainage, reducing corrosion damage. The smooth interior surface also minimizes places for chemicals to collect and react.

Hazardous Waste
Conical tanks are used to collect and dispose of hazardous chemical waste and byproducts. Their complete draining capabilities ensure that hazardous waste materials are removed from the tank. They can also outfit with emission control technology to trap and neutralize hazardous gasses.

Frequent Agitation
If you need to regularly agitate the chemicals in your storage tank, a conical bottom tank is a smart choice. Their sloped base is ideal for mounting mechanical or hydraulic agitators that can thoroughly mix the tank contents. The agitators can reach more of the tank bottom due to its tapered design.
While conical tanks have many advantages for certain applications, they may not suit every chemical storage need. For less corrosive or viscous materials, a flat-bottom tank can work just as well at a lower cost. But when you need specialized handling or containment, conical storage tanks are an ideal solution.

When Alternative Chemical Storage Tanks May Be Better
Conical chemical storage tanks can be ideal for storing certain chemicals, but they may not suit every application. There are a few situations where alternative storage tank designs could be better options.

When chemicals require heating or cooling
Conical bottom tanks typically lack insulation and temperature control options that would be needed for temperature-sensitive chemicals. Double-wall tanks, tanks with insulation jackets, or tanks specifically designed for heating and cooling may be better choices.

When maximum storage volume is a priority
Conical bottom tanks taper to a point at the bottom, so some storage volume is sacrificed for the cone shape. Cylindrical tanks with flat bottoms maximize the storage capacity for the tank's footprint. If storage volume is most important, a flat-bottom cylindrical tank is probably your best bet.

When chemicals need to be mixed or agitated
The pointed bottom of a conical tank can make mixing and agitation difficult. Tanks with dished or flat bottoms provide more room for mixers and agitators. Some flat-bottom tanks even have built-in mixers. Conical chemical storage tanks can still work for mixing and agitation but may require special mixers designed for conical shapes.

When tank access and cleaning are frequent or difficult
The narrow bottom opening of a conical tank can make accessing and cleaning the tank interior challenging. Tanks with larger manways, hatches, and flush bottoms provide much easier access for cleaning and maintenance. If your application requires frequent tank entry or difficult tank cleaning, a conical bottom tank may not be the most practical choice.

When strict sanitation and sterility are required
The multiple welds and crevices in a conical tank provide more opportunities for bacterial growth and contamination. Tanks with minimum internal structural elements like seamless, flush-bottom tanks may be better for high-purity or sanitary applications. Electropolishing the tank interior can also help, but may still not match a seamless tank design.
While conical bottom tanks work well for simple storage of many chemicals, certain applications may benefit more from alternative tank designs that better meet specific needs like temperature control, maximum volume, mixing, access, or sanitation. Considering how the tank will be used can help determine if a conical bottom tank is right for your needs or if another design would function better.