Alfa Laval

Alfa Laval's head office is:

Visiting address:

Alfa Laval Corporate AB
Rudeboksvägen 1
SE-226 55 Lund
Sweden
Tel: +46 46 36 65 00
Fax: +46 46 32 35 79

Mailing address:

Alfa Laval Corporate AB
PO Box 73
SE-221 00 Lund
Sweden

Publications

Save time and lost revenue with this easy valve matrix solution

Published on

/ins . Processes in hygienic industries - such as beverage, food, dairy, pharma and personal care - are becoming increasingly complex. Some of the challenges include higher volumes, increased efficiency, reduction in water and energy use. That is why it is essential to optimize flow management without compromising flexibility, plant safety, product quality or hygiene.

Secure easy selection and more uptime with new one-type-fits-all valve actuator

Published on

/ins . Things to consider when choosing an actuator: 1. How many types of actuators would I like in my plant? 2. How can I ensure reliable, trouble-free performance? 3. How can I have efficient valve control and minimize human error?

Save up to 60% time and 70% water with this new powerful tank cleaning machine

This press release has photo gallery Published on

 (photo: Carsten Brix)

/INS .Fast and cost effective cleaning.

Want to reduce the risk of unplanned GPHE downtime? This is the best advice you will get all year

This press release has photo gallery Published on

<p>FrontLine M8 Klädd</p> (photo: Fotograf Erik Håkan Bengtsson)

/INS . Getting the best plate heat exchanger performance requires preventive maintenance, especially for hygienic applications within the food, dairy, beverage, pharmaceutical and home & personal care industries. Each process system, however, is different with different parameters that affect the heat transfer and sealing efficiencies of the plates and gaskets.

This is it! Don’t let poor tank cleaning performance waste your time, water and energy

This press release has photo gallery Published on

<p><strong>Alfa Laval</strong></p>

/INS. When the water jet, coming from a rotary jet head cleaning device, hits the tank wall, it generates a force of impact (N). After impact, the jet spreads out and creates a cleaning footprint with high wall sheer stress force (Pa). As the cleaning machine is rotating in a 3D motion, the footprint is "moving" around inside the tank in a predefined pattern and cleans the entire tank surface with high wall shear stress. The further away from the impact point the less wall shear stress (mechanical action) is achieved.