GEA PureWave Pasteurizer®
Revolutionize your fresh pasta production with the GEA PureWave Pasteurizer®. Enhance quality, reduce energy and water usage, and cut operational costs with a sustainable and compact pasteurization solution.
Why choose the GEA PureWave Pasteurizer®?
Energy-Efficient Technology
- Over 85% energy efficiency compared to 25% with traditional steam systems.
- Reduces energy waste and eliminates reliance on steam.
- Less water usage: more environmentally conscious operations and lower costs.
High-Quality Results
- Ensures consistent product pasteruization with uniform, stress-free heating.
- Maintains artisanal appearance and structural integrity in premium fresh pasta.
- Faster process with reduced thermal stress for a better final product.
Lower Maintenance, Compact Design
- Minimal cleaning requirements with no steam residue build-up
- Eliminates pre-drying steps, reducing production downtime.
- Space-saving design fits seamlessly into facility layout.
| Performance values | |
|---|---|
| Pasteurization time | - 80% (vs steam) |
| Pasteurization value | >30 and > 150 (repeatable) |
| Pasta gelatinization degree | 290 - 310 |
| Homogeners peak Temp. on product | Delta 6° |
| Energy efficiency | >85% (vs 25% with steam) |
Download the GEA PureWave® Pasteurizer brochure.
Explore how GEA PureWave® Microwave Pasteurizer can help you achieve shorter processing times, enhanced product safety and consistent results across every batch.
Product quality improvement
With GEA’s PureWave Pasteurizer®, the preservation of product quality reaches new heights. Traditional steam pasteurization often causes uneven heating, leading to potential product stress and compromising the integrity of delicate fresh pasta products. In contrast, microwave pasteurization uses volumetric heating, allowing faster and more uniform treatment, which maintains the pasta’s appearance and structural integrity.
The result is a product with a more artisanal, premium look, shorter processing times and reduced thermal stress. The result, in an enhance of the overall quality of the final product, boosting consumer perception and increasing perceived value, all while meeting high industry standards.
Low maintenance and smaller dimension
The GEA PureWave Pasteurizer® offers a compact and efficient design that significantly reduces maintenance requirements. Traditional steam-based systems often require complex upkeep due to the build-up of residue, frequent maintenance of steam components, and a lengthy pre-drying phase.
In contrast, the microwave system’s streamlined design reduces cleaning needs and eliminates the steam-related maintenance challenges. The absence of a pre-drying step and reduced water usage translates into lower operational downtime, contributing to smoother, more cost-effective operations. Moreover, its smaller size compared to traditional systems means it takes up less floor space, optimizing plant layout and offering additional energy savings.
A resource-efficient solution
The GEA PureWave Pasteurizer® carries the Add Better label, a certification which states that, thanks to its innovative microwave technology, the machine reduces the amount of energy consumption compared to its predecessor.
PureWave®’s energy efficiency of over 85% outperforms steam, which has an efficiency of 25% due to significant energy dispersion. By targeting the product directly, it promotes better resource management and contributes to a more sustainable manufacturing process with reduced energy and operating costs.
Related Products
PV - Pasteurizer Standard
Pasteurizer performing a steam jet to reduce bacterial presence in treated products.
E - Predryer
Machine designed to dry the product surface and remove humidity to lower water activity and increase product shelf life.
CA - Drying Zone
Machine designed to dry the product on the surface.
F - Cooler
Machine designed to cool product and take it to the desired packaging temperature.
GEA Insights
Reality check for biotech
The new GEA Application and Technology Center (ATC) in Sarstedt, south of Hannover, is neither a showroom nor a substitute for a lab. It is a place for testing, data collection and early decisions. This is where it becomes clear whether a biological concept can become a robust industrial process. That step is bigger than it may seem.
Shifts in food packaging: 4 trends
Thermoforming has long played a central role in food packaging. Now it is facing a major shift. As regulations tighten, materials evolve and costs rise, form fill seal lines must do more than run reliably – they now shape how food stays fresh, affordable and recyclable. Take a look at the key thermoforming trends informing the food packaging and delivery landscape.
