GE and Diversey Partner to Reduce Water in Cleaning Processes
The companies say their announcement comes after a successful pilot of the alliance over the past year. Under the terms of the agreement, Sealed Airâ€™s Diversey team will sell and service GEâ€™s water treatment chemicals, water and process equipment, membrane and cartridge filtration products, analytical instruments and energy management systems.
The pilot sought to demonstrate the link between water treatment and cleaning and sanitation processes. The companies said this led to demonstrable improvements in water use and conservation as well as the overall efficiency of customer operations.
Heiner Markhoff, president and CEO for water and process technologies at GE Power & Water, said Diversey’s leadership in the food and beverage sector was particularly attractive to his company.
GEâ€™s water-related portfolio includes a number of products qualified under its Ecomagination strategy to address energy, efficiency and water challenges. These are: ABMet, advanced membrane, desalination, E-Cell electrodeionization system, electrodialysis reversal (EDR), GenGard cooling water solution and ZeeWeed membrane technologies.
Last month GE signed a partnership agreement with global brewer Anheuser-Busch InBev, the first such agreement for GE Energy in the food and beverage sector. The two companies will develop manufacturing solutions for energy efficiency and water savings in more than 35 existing and planned AB InBev facilities across China.
Energy Manager News
- Behind the Meter Podcast: Seeing U-Haulâ€™s HQ Parking Structure in a New (LED) Light
- Uninterruptible Power Supplies: The Case for Moving Beyond Batteries
- Nuclear Giant Exelon Wants to Invest in Wind Energy in Ohio
- Arbyâ€™s Reports on Corporate Social Responsibility Initiatives
- Navigant: Smart Meter Sector Has â€śPlateauedâ€ť
- Poll: 75% of Large U.S. Corporations Say They Will Buy Renewables Within 18 Months
- Duke Energy Progress Customers to See Fuel Cost-Recovery Savings
- Energy-as-a-Service: Charting a Path Through Complexity