4 Ways Cideries Can Dramatically Reduce Water Use

Top Line

Cideries are under increasing pressure to reduce water usage. Water is one of the most critical resources in cider production: from washing apples to cleaning tanks and equipment. Water is used at nearly every stage of production, but a large portion of it is non-product use, meaning it does not end up in the final cider. That is where the biggest opportunities for reduction exist.

Recent low snowfall and drought conditions, water use regulations, and increased costs make water sustainability a bigger priority. In the past, much of the conversation centered around orchard irrigation. Today, one of the most overlooked areas of water consumption occurs in the cleaning and maintenance of production vessels. Small efficiency improvements per vessel can translate into thousands of gallons saved per year in your operation. Reducing water use is not just good for the environment, it is good for business.

The Challenge

Traditional cidery vessels come with a significant sustainability issue: high water usage for cleaning and sanitation. Stainless steel tanks require intensive CIP cycles with multiple rinses, driving up both water consumption and wastewater output.

Water-intensive cleaning processes increase operational costs and production downtime: Frequent washdowns, chemical rinses, and manual cleaning not only waste water but also slow production efficiency and increase labor demands.
Inconsistent cleaning practices can lead to excessive water waste and contamination risks: Over-rinsing, re-cleaning, and human error often result in unnecessary water use while still leaving room for quality and safety concerns.

The Solution: Four Practical Ways Cut Water Usage

1. Optimize Cleaning Processes (CIP Systems)

Cleaning is typically the largest source of water use in a cidery. Tanks, presses, hoses, and bottling lines all require frequent sanitation.

What to do:

Install or upgrade Clean-in-Place (CIP) systems (shorter rinses, automated controls).
Use high-pressure, low-volume spray nozzles.
Implement dry pre-cleaning (scraping solids before rinsing).
Clean only when necessary, and not on a rigid schedule.

Why it works: Reducing unnecessary rinsing and using targeted cleaning methods can cut water usage by 20-50%.

2. Reuse and Recycle Water Where Possible

Not all water used in production needs to be single-use.

Examples of reuse:

Reuse final rinse water from one cleaning cycle as a pre-rinse for the next.
Capture wash water for floor cleaning or irrigation.
Recycle cooling water in closed-loop systems.
Use reclaimed water for floor washing or non-product contact areas.

Why it works: Water reuse systems can dramatically reduce total intake while maintaining hygiene standards when managed properly. Can reduce total water intake by 20-40% in some operations.

3. Monitor, Measure, and Train Staff

You cannot improve what you do not measure.

Key actions:

Install water meters at key points (washing, fermentation, packaging).
Track water use per batch or per gallon of cider.
Train staff on water-saving practices.

Why it works: Small behavioral changes such as: shutting off hoses or quickly fixing leaks, add up fast when reinforced with data.

4. Upgrade Equipment and Infrastructure

Older systems are often inefficient by design.

Consider upgrading:

Apple washers with recirculation systems.
Efficient spray balls inside tanks.
Automated bottling lines with precision rinsing.
Leak detection and repair programs.
Vessels for cidermaking. Especially to Vortex-style fermentation vessels.

Why it works: Modern equipment is designed for efficiency and reduced water use. Flextank vessels offer clear advantages, especially when water conservation is a priority.

Fix It Fast: Create More Sustainable Cidery Production

Flextanks are becoming the go-to alternative to expensive, immobile stainless-steel vessels. One of Flextanks biggest advantages is significantly reduced water usage. Here is why:

Minimal Cleaning Requirements – Flextanks eliminate or drastically reduce CIP (Clean-in-Place) cycles. Flextanks can cut sanitation water use 30-70 percent.
Reduced Chemical + Rinse Water Use – Little to no chemical cleaning is required. Fewer rinse cycles = less total water used. Less chemical use also means less wastewater treatment, which further reduces environmental impact.
Faster Turnaround = Less Cleaning Frequency – Tanks can be turned over faster. Less downtime means fewer prolonged cleaning operations. You are using less water and cleaning less often.
Lower Risk of Contamination = Fewer Re-Clean Cycles – Flextanks provide a fresh, controlled environment for each batch, which can reduce contamination risk and eliminate extra water use from re-cleaning.
Simplified Operations for Small-Mid Size Cideries – For growing cideries without large-scale automation, manual cleaning often leads to water overuse. Flextanks simplify the process: No over-rinsing, unnecessary water waste.

Final Takeaway

Reducing water consumption is not just good for the environment, it is good for business. Lower utility costs, improved efficiency, and a stronger sustainability story all benefit your cidery. Start with one or two of these strategies, measure the impact, and build from there. Even incremental improvements can lead to significant savings over time.

Flextanks can be one of the most effective tools available. By eliminating cleaning cycles, reducing chemical use, and simplifying operations, Flextanks help cideries reduce water consumption and create efficient fermentation.

Flextank Is Ready to Help You Grow

Looking to reduce water consumption, improve production and revenue? Let us talk. We are ready to help you scale with ease.

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4 Ways Cideries Can Dramatically Reduce Water Usage