Food and Beverage Process Applications
Contact Information
Global Nalco LocationsLocal Sales Offices
Energy Services Contacts
Nalco Company
WPS Headquarters
1601 W. Diehl Road
Naperville, Il 60563-1198
630-305-1000 Phone
630-305-2900 Fax
Nalco Energy Services Headquarters
7705 Highway 90-A
Sugar Land, TX 77478
281-263-7000 Phone
Food Process Applications
Environmental sustainability is the top issue. Environmental sustainability refers to the footprint your process leaves in the environment. If the food manufacturing process impacts the environment, it is important to find ways to make it better.
Nalco is the food industry’s global leader in water management. Nalco’s team of industry experts understands the unique needs of your canning and thermal processing operations. Our expertise can help you reduce your environmental footprint, optimize profit, protect capital and human resources and achieve lowest total delivered costs – anywhere in the world.
Recent major innovations include:
- ACT programs for steam used in production processes or in thermal processing equipment
- 3D TRASAR technology for process RO and pretreatment systems
- COIL-FLO Technology
- HVAC Performance Services water risk management programs
- Nalco Yeast Activity Monitor
- Ethanol Corrosion Inhibitor
- Evaporator Deposit Control
Nalco can assist you in achieving your process system goals:
- Reduce water consumption in process systems
- Reduceenvironmental conformance costs and surcharges associated with process water discharge
- Increase efficiency and protection of potable [“house”] water systems
- Process refrigeration coil energy efficiency and cleanliness
- Increase the purity of steam used in process heating applications
- Reduce rejects, rework and wastage caused by staining or spotting in thermal processing systems
- Control foaming in process streams
- ‘De-bottleneck’ plant process water systems
- Increase efficiency of air cooled and plant inlet air handling systems
- Clean plant drain systems
- Optimize process water and systems pretreatment efficiency

