Daimler Chrysler Saves Water, Money, Time and the Environment with Zero Liquid Discharge (ZLD) 

Water Technologies
  • English
X

Contact


search

  • Home
    • Product Groups
    • Market-specific Solutions
    • Investor Relations
    • Press
    • Jobs & Careers
    • Sustainability
    • About Us
    • Industry Sector
    • Energy Sector
    • Healthcare Sector
  • Market-specific Solutions
    • Automotive
    • Chemicals
    • Construction and Real Estate
    • Finance
    • Food&Beverage
    • Machine Building
    • Metals & Mining
    • Oil & Gas
    • Pharmaceuticals
    • Public Sector
    • Pulp & Paper
    • Tourism & Leisure
    • Transportaion & Logistics
    • Water
    • Wholesale / Retail
    • Cross Market Offerings
  • Water Technologies
    • Products
    • Services
    • Parts
    • Food and Beverage Industry
    • Life Sciences Industry
    • Marine Industry
    • Mining Industry
    • Oil and Gas Industry
    • Power Industry
    • Semiconductor and Solar Industry
    • Municipal
    • Aquatics and Leisure
    • Applications
    • About Us
    • Videos
    • Site Map
  • Applications
    • Aquatic Water Treatment
    • Corrosion and Biofouling Protection
    • Drinking Water Treatment
    • Groundwater Remediation
    • High Purity Water
    • Industrial Process Water
    • Odor and Vapor Control
    • Oil & Gas Produced Water
    • Sludge & Biosolids Treatment
    • Wastewater Treatment
    • Water Recycle & Reuse
    • Water and Wastewater Library
    • Find a Case Study
  • Water Recycle & Reuse

Daimler Chrysler Saves Water, Money, Time and the Environment with Zero Liquid Discharge (ZLD)

Challenge

Located 37 miles north of Mexico City, the highly industrialized city of Toluca is short of water, and the problem is getting worse each year as new industries move in, and the city spreads out across the countryside.  The region is running out of water.

Daimler Chrysler is concerned with the mounting strain on the world’s natural resources and continually seeks ways to decrease operational waste, reduce costs and increase process efficiencies.  They wanted to find a solution that would minimize the facility’s impact on the region’s rapidly dropping aquifer, yet stay well within the federal government’s water quality standards set for manufacturers.

Solution

We provided a state-of-the-art treatment plant with two separate wastewater treatment systems and a water recovery system.

There is a sanitary water system that biologically treats wastewater from the complex’s restrooms, showers and other domestic areas using a sequencing batch reactor (SBR).
A manufacturing-process water system that chemically treats wastewater mixed with heavy metals and paint from the assembly plant.  It also treats wastewater containing emulsified and soluble oils from the facility’s stamping, transmission and engine plants.

The water recovery system consists of several multimedia filters, a two-stage reverse osmosis system, a microfiltration system, and a crystallizer.

Results

By working with one water treatment company for the entire system, Daimler Chrysler saved time and money, getting the facility’s system up and running all the faster.

The facility uses approximately 250,000 gallons of water in its daily processing operations, recovering a little more than 95% of its processing water.   

The facility now saves approximately $200,168 in chemicals and $380,945 in biological treatment annually. 

Using treated water also saves on average $72,734 annually in chemicals for its 18 cooling towers.

Use of the water recovery system decreases the amount of water extracted from the local aquifer; this lowers the facility’s impact on the environmental and saves the facility yet another estimated $359,312 per year in water costs.

Recycling the wastewater also decreases environmental pollution and helps conserve the area’s resources further minimizing the impact of the automotive facility on the environment. 
 

top of page
Print
Contact Us
Recycled Water
Get help now
Contact

Related Products

OMNIFLO Sequencing Batch Reactor (SBR)
J-Press Filter Press
Memtek Microfiltration
Parallel Plate Separators

Sign up for our FREE newsletter.
First Name:
Email:
We respect your privacy and will never sell or rent our subscriber list.
© Siemens AG 2011 - Water Technologies
Corporate Information | Privacy Policy | Terms Of Use | Digital ID