Cleaning and drying are not just sanitation concerns for breweries. They directly impact production speed, labor, water and chemical use, packaging quality, and overall uptime. This webinar will cover practical ways breweries can improve tank cleaning, washdown, bottle and can drying, and long-term system performance.

Participants will learn how to: * Improve brewery tank cleaning by addressing tough residues, tank geometry, and sanitation consistency * Reduce cleaning time, labor, water, and chemical use with more efficient spray solutions * Strengthen everyday washdown for floors, equipment exteriors, and production areas * Improve bottle and can drying to support label adhesion, package appearance, and packaging line uptime * Recognize when maintenance, repairs, diagnostics, or local spray support can help reduce downtime

Speakers Include: * Vicente Chapa, Project Engineer, Spraying Systems Co. * Jacob Snyder, Design Engineer, Spraying Systems Co. * John Verive, Contributing Writer, Craft Beer & Brewing

Producing consistent, high-quality beer depends on more than recipe control and brewing expertise. It also depends on reliable tank-cleaning performance.

In brewery operations, fermentors, bright tanks, and other process vessels must be cleaned thoroughly and consistently to support product quality, reduce downtime, and keep production moving. When tank cleaning isn’t optimized, breweries often compensate with longer cycles, more chemicals, and additional manual cleaning. Those adjustments may solve an immediate problem, but they don’t address the root cause. Over time, they can increase operating costs and make sanitation performance less predictable.

That is why you should view tank cleaning as a critical part of sanitation performance and overall brewery efficiency. When you improve tank-cleaning performance, you can strengthen clean-in-place (CIP) consistency, reduce unnecessary resource use, and support more reliable production schedules.

Tank Cleaning: A Major Issue

Sanitation issues can occur throughout the brewery, but tank cleaning often has the greatest operational impact. Tank turnaround directly affects CIP performance, production flow, labor requirements, and resource consumption. If tank cleaning takes longer than expected, production can slow down quickly.

Tank-cleaning requirements vary based on vessel size, internal geometry, and the type of residue being removed. A solution that performs well in one tank may not deliver the same results in another. Many breweries rely on traditional spray balls because they are familiar and widely used in sanitary applications. But they aren’t always the best option for every vessel or every soil load.

In lighter-duty applications, spray balls may provide adequate coverage and chemical contact. But in larger tanks or more demanding cleaning conditions, higher-impact tank cleaners can provide better soil removal and more consistent results in less time. Selecting the right device matters because mechanical action plays a major role in removing difficult residues and supporting repeatable cleaning results.

Tank internals add another layer of complexity. Agitators, coils, baffles, fittings, sensors, and manways can create shadow areas that limit spray coverage. Even a well-selected cleaning device can underperform if placement doesn’t account for these obstructions. In many cases, incomplete coverage is one of the main reasons tanks require re-cleaning or manual touch-up.

This is one reason cleaning performance can vary significantly from one vessel to another. Tanks may appear similar in size or function, yet differences in internals, residue profile, and cleaner placement can lead to very different sanitation outcomes. When the cleaning method isn’t matched to the application, breweries often compensate by extending cycles or adding manual cleaning. That increases labor, wastes water and chemicals, and creates unnecessary disruption.

Improving Tank-Cleaning Performance

The most effective approach to tank cleaning starts with matching the cleaning device to the vessel and soil load. Not every tank requires the same level of mechanical action, and not every vessel should use the same cleaning cycle. As a brewer, you can improve consistency by classifying tanks according to cleaning demand and using equipment designed for those conditions. That helps align cleaning performance with the actual needs of the application instead of relying on a one-size-fits-all approach.

You should also carefully review tank-cleaner placement, especially in vessels with internals. If shadow areas prevent complete coverage, stronger chemistry is unlikely to fix the problem on its own. In many cases, better placement or a better-matched tank cleaner delivers a more effective solution. Coverage is one of the most important factors in tank-cleaning performance, and you should evaluate it as part of the overall CIP strategy.

It is also important to evaluate the cleaning system as a whole. Pump capacity, line sizing, filtration, and supply pressure all affect performance at the point of use. If these factors aren’t aligned, even well-designed tank-cleaning equipment may not deliver the expected results. Mechanical performance inside the tank depends on what the overall system can deliver consistently.

Breweries achieve better tank-cleaning outcomes when operating conditions are documented, cleaning methods are standardized by application, and shift-to-shift variation is reduced. Standardization helps support more repeatable results and reduces the need for operators to adjust procedures based on guesswork or past experience. That can improve confidence in CIP performance while also making tank turnaround more predictable.

Routine inspection and maintenance are equally important. Tank cleaners wear over time, and that wear can reduce impact, coverage, and cleaning reliability before failure is obvious. Without regular inspection, you may continue running cleaning cycles that look normal on paper but don’t perform as intended in practice. Maintenance protects performance and supports long-term consistency.

The goal isn’t simply to complete a CIP cycle. The goal is repeatable tank-cleaning performance that supports quality, reduces waste, and improves production efficiency. When breweries optimize tank cleaning, they often gain better control over sanitation performance across the entire operation.

Toward More Predictable Tank-Cleaning Performance

For breweries, tank cleaning isn’t just a sanitation task. It is a production issue that affects uptime, cost control, and process reliability. Facilities that take a more disciplined approach to tank cleaning are better equipped to improve consistency across operations while reducing unnecessary water, chemical, and labor use.

Spraying Systems Co. helps breweries improve tank cleaning by applying engineering discipline to CIP and vessel-cleaning applications. That includes identifying coverage gaps, selecting the right tank-cleaning equipment, and helping brewers maintain long-term performance through proper system design and maintenance practices.

To learn more about tank-cleaning solutions for brewery operations, visit Spray.com to explore resources and connect with a local Spraying Systems Co. representative.

Producing exceptional beer takes more than recipe control and process expertise. It also requires sanitation processes that are reliable, repeatable, and efficient.

In brewery operations, cleaning and sanitation directly affect product quality, tank turnaround, labor efficiency, water and chemical use, and overall uptime. When sanitation is inconsistent, the impact reaches far beyond housekeeping. Cleaning cycles take longer, manual intervention increases, costs rise, and production schedules become harder to maintain. That’s why, as a brewer, you should treat sanitation as a production priority, not just a support function.

Common Sanitation Issues in Breweries

When sanitation performance begins to slip, the warning signs are usually easy to spot. Tanks may require re-cleaning. Water and chemical use may increase. Manual washdown may become more frequent. Cleaning procedures may begin to vary by operator or shift. Over time, sanitation becomes less predictable and more expensive.

One of the main reasons this happens is that sanitation is often approached primarily as a chemistry issue. While chemical concentration, temperature, and contact time all matter, chemistry alone can’t compensate for poor spray coverage or insufficient impact. If cleaning solution doesn’t reach critical areas, or if spray force isn’t strong enough to remove residue effectively, sanitation results will vary.

Your brewery also deals with a challenging mix of soils. Wort residues, proteins, sugars, hop material, yeast, and fermentation by-products can build up on vessel walls and equipment surfaces. Organic films can resist simple rinsing, and mineral deposits can make tanks even harder to clean over time. Even similar vessels may clean differently depending on residue type, production schedule, and how long soil remains before sanitation begins.

Manual sanitation can present the same type of challenges. Exterior tank surfaces, floors, drains, keg areas, and transfer points all require routine washdown. If spray tools aren’t suited to the application, if point-of-use pressure is too low, or if equipment is difficult to control, cleaning becomes slower and less consistent. Operators may spend more time cleaning without improving the result.

Across the brewery, the most common sanitation problems usually come back to the same root causes: incomplete coverage, insufficient cleaning force, pressure loss at the point of use, lack of standardization, and performance drift caused by wear.

Tank Cleaning: Often the Biggest Challenge

Sanitation issues can occur throughout the brewery, but tank cleaning often has the greatest operational impact. Fermentors, bright tanks, and process vessels all need to be cleaned thoroughly and consistently because cleaning time directly affects turnaround, CIP performance, and production flow.

Many breweries rely on traditional spray balls because they are familiar and widely used in sanitary applications. In some cases, they can be effective. But they aren’t always the best option for every vessel or every soil load.

Tank-cleaning requirements vary based on vessel size, internal geometry, and the type of residue being removed. In lighter-duty applications, spray balls may provide adequate coverage and chemical contact. But in larger tanks or more demanding cleaning conditions, higher-impact tank cleaners can provide better soil removal and more consistent results in less time.

Tank internals add another layer of complexity. Agitators, coils, baffles, fittings, sensors, and manways can create shadow areas that limit spray coverage. Even a well-selected cleaning device can underperform if placement doesn’t account for these obstructions.

This is one reason cleaning performance can vary significantly from one vessel to another. Tanks may appear similar in size or function, yet differences in internals, residue profile, and cleaner placement can lead to very different sanitation outcomes. When the cleaning method isn’t matched to the application, breweries often compensate by extending cycles or adding manual touch-up cleaning. That increases labor, wastes resources, and creates unnecessary disruption.

Practical Ways to Improve Sanitation Performance

The most effective sanitation programs treat cleaning as a system, not a collection of disconnected tasks. That starts with identifying where problems are occurring and whether the root cause is spray coverage, cleaning force, system pressure, tool selection, or process variation.

For general washdown, the first step is selecting the right spray tool for the job. You should choose hand-held spray guns based on the cleaning task, required spray pattern, and operating environment. Wider patterns may be best for rinsing larger surfaces, while more focused sprays are better for removing stubborn residue. Durability and operator control also matter in demanding brewery environments.

For tank cleaning, the priority is matching the cleaning device to the vessel and soil load. Not every tank requires the same level of mechanical action, and not every vessel should use the same cleaning cycle. You can improve consistency by classifying tanks by cleaning demand and using equipment designed for those conditions.

You should also review tank-cleaner placement carefully, especially in vessels with internals. If shadow areas are preventing complete coverage, stronger chemistry is unlikely to fix the problem on its own. In many cases, better placement or a better-matched tank cleaner delivers a more effective solution.

It is also important to evaluate the sanitation system as a whole. Pump capacity, line size, hose length, filtration, and supply pressure all affect performance at the point of use. If these factors aren’t aligned, even high-quality spray equipment may not deliver the expected results.

Breweries achieve better sanitation outcomes when cleaning methods are defined by application, operating conditions are documented, and shift-to-shift variation is reduced. Routine inspection and maintenance are equally important. Spray nozzles, washdown guns, and tank cleaners wear over time, and that wear can quietly reduce performance long before failure becomes obvious.

The goal isn’t just to get equipment clean. The goal is repeatable sanitation that protects quality, reduces waste, and supports efficient production.

Toward More Predictable Sanitation Performance

For breweries, sanitation isn’t just about cleanliness. It is about protecting uptime, controlling costs, and making production more predictable. Facilities that treat cleaning and sanitation as a critical part of brewery operations are better positioned to improve efficiency, reduce waste, and maintain the hygienic standards needed to produce consistent, high-quality beer.

Spraying Systems Co. helps breweries improve sanitation by applying engineering discipline to washdown and tank-cleaning applications. That includes identifying coverage gaps, selecting the right spray tools and tank-cleaning equipment, and helping brewers maintain long-term performance through proper system design and maintenance practices.

To learn more about sanitation solutions for brewery operations, including hand-held washdown tools and tank-cleaning systems, visit Spray.com to explore resources and connect with a local Spraying Systems Co. representative.