Innovative brewing process for optimized wort quality
Revolutionize your brewing operations by optimizing subprocesses for reduced time, increased raw material yield, and improved product quality, making it perfect for producers aiming for high efficiency and creativity in diverse beverage production.
Optimizes Brewing Processes and Increases Efficiency
The Omnium Modular Brewing System by Ziemann Holvrieka offers a paradigm shift for breweries and beverage producers seeking to enhance efficiency and flexibility. This innovative system divides the traditional brewing process into targeted subprocesses, each optimized for shorter preparation times and high raw material yields. Utilizing technologies like Nessie’s continuous separation and Aladin’s late saccharification, Omnium seamlessly integrates into your production line, delivering up to 30% shorter brewing times.
Suitable for a wide range of industries, including brewing, distilling, and juice production, Omnium can handle an array of end products—from lagers and stouts to vodka and plant-based beverages. The system’s modular design allows for a high degree of customization, ensuring that varying batch sizes and brew scenarios can be effortlessly managed without lauter tun restrictions.
Automation is at the core, with integrated PLC control systems enabling real-time monitoring and process adjustments. Energy efficiency is enhanced through precision temperature control and enzyme deactivation, conserving resources while maintaining product quality. Designed to fit within spatial constraints, Omnium’s compact footprint minimizes construction overheads, an essential feature for facilities with limited space.
Cleaning is streamlined with built-in CIP systems, reducing downtime and risk of contamination. Whether you’re aiming for high-gravity beers or exploring organic cider production, the Omnium system offers unmatched versatility to elevate your brewing capabilities.
Benefits
- Increases brewery productivity by shortening brewing times by up to 30%.
- Optimizes raw material use, allowing cost-effective production with alternative ingredients.
- Enhances beverage quality through reduced polyphenol content, improving flavor stability.
- Offers flexible operation with modular design, adaptable to varying batch sizes and styles.
- Minimizes spatial constraints with a compact design, reducing infrastructure costs.
- Applications
- Chemicals,Distilling,Beyond-beer beverages,Hard seltzer,Beer,Juice,Edible oil,New food,Dairy
- End products
- Pilsner,Ipa,Lager,Cheese,Stout,Hard lemonade,Rum,Yogurt,Seltzer water,Fruit juices,Vodka,Olive oil,Vegetable oil,Solvents,Milk,Whiskey,High-gravity beer,Cider,Wheat beer,Kombucha,Plant-based beverages,Ethanol,Gin
- Steps before
- Malting,Milling,Mashing
- Steps after
- Fermentation,Conditioning,Bottling,Packaging
- Input ingredients
- malt,alternative starch sources,hops,mash
- Output ingredients
- wort,spent grains,beer,high-gravity brewing,variety of beer styles
- Market info
- Ziemann Holvrieka is known for its expertise in providing industrial engineered-to-order equipment for breweries. They design and manufacture advanced brewing systems and solutions, earning a strong reputation for quality and innovation in the brewing industry.
- Process Time Reduction
- Up to 30% shorter brewing times
- Floor Space Requirement
- Space-efficient design
- Separation Process
- Continuous separation with Nessie
- Fermentation Time
- Accelerated fermentation
- Raw Material Yield
- Dynamic extraction processes
- Wort Quality
- Reduced polyphenols,improved foam and flavor stability
- Modular Design
- Separation of brewing subprocesses
- Batch Size Flexibility
- Not limited by lauter tun capacity
- High-Gravity Brewing Capability
- Enabled,no restrictions
- Hop Addition Flexibility
- At various stages
- Final Wort Integration
- Cast-Out Wort Integration
- Saccharification Process
- Uses malt enzymes,no technical additives
- Working mechanism
- Modular design with subprocesses
- Integrated steps
- Continuous separation and extraction
- CIP/SIP
- CIP compatible
- Batch vs. continuous operation
- Modular batch
- Automation level
- PLC controlled
- Changeover time
- Reduced due to modularity
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Beer style variety
- Wide range
- Batch size limitation
- None
- Compact footprint
- Space-efficient design
- Control panel type
- Modular design
- Discharge method
- Seamless subprocess integration
- Control panel type
- Touch screen / PLC interface
- Space-efficient design
- Yes