# Ford Motor Company Cutting Water Consumption

- Link: https://greenlivingguy.com/2010/07/ford-motor-company-cutting-water-consumption/
- Published: 2010-07-01T23:39:40-04:00
- Author: greenlivingguy

The 2009/2010 report, titled “Blueprint for Sustainability: The Future at Work,”
provides updates on the company’s progress in five key areas. That’s including climate
change, fuel economy, mobility, vehicle safety and human rights. Yet, plant water
consumption was extremely important.

During 2009 and early 2010, Ford further reduced its global water use. It’s down
16.6 percent year to year. So it became one of the first companies to join the Carbon
Disclosure Project’s Water Disclosure program. Especially to promote [conservation](https://greenlivingguy.com/2011/10/americas-great-outdoors-progress-report-shows-conservation-recreation-gains-and-economic-benefits/)
and stewardship.

## Carbon Disclosure Project

In 2009, Ford Motor Company began developing a new water strategy. One that addresses
the impacts of our water use from both an environmental and a social perspective.
To help guide and inform our approach, we signed on as a founding responder of the
Carbon Disclosure Project’s (CDP) Water Disclosure initiative. It’s an initiative
launched in late 2009. Especially to help institutional investors better understand
the business risks and opportunities associated with water scarcity and related 
issues.

As well, the CDP’s original project focused on corporate disclosures of greenhouse
gas emissions and climate change strategies. So we found our participation in that
project to be very beneficial. Especially in helping us formulate our strategy for
GHG reporting. We also anticipate similar benefits from CDP Water Disclosure. It’s
one which will provide a globally harmonized method of water reporting.

![macro photo of water flow](https://i0.wp.com/greenlivingguy.com/wp-content/uploads/
2018/11/pexels-photo-1472692.jpeg?resize=599%2C400&quality=52&ssl=1)

Photo by Spencer Gurley on [Pexels.com](https://www.pexels.com/photo/macro-photo-of-water-flow-1472692/)

### Water Reporting

This new strategy, which we are currently formulating, will build on the water use
reduction strategy we began 10 years ago. When we initiated our water reduction 
goals in 2000, many facilities had little ability to track their water usage. That’s
why Ford engineers thus developed a patented Water Estimation Tool (WET). It’s a
software program that helps facilities to predict their water usage. They then paired
WET with WILD (Water Ideas to Lessen Demand); a list of practical ideas for reducing
water use depending on where and when use is the greatest. Our facilities made good
progress for several years, meeting or exceeding the 3 percent year-over-year water-
reduction goal that applied to all facilities.

To encourage continued progress, Ford environmental engineers are developing “single
point lessons” that document practices demonstrated to save water.

### Lessons Learned

These lessons are cascaded for mandatory implementation. Especially in all facilities
and are included in facility business plans. Single point lessons implemented thus
far include leak identification, cooling tower optimization, and vehicle water testing.

#### Water Consumption  Per Facility

Water use at each facility is also tracked in the Global Emissions Manager database,
our global emissions management and tracking system. In addition, water use is included
in GEM in a monthly tracking scorecard reviewed by senior management.

Learned, Ford is using an innovative new machining process, called minimum quantity
lubricant (MQL) machining, to reduce water use. In MQL machining, the cutting tool
is lubricated with a very small amount of oil sprayed directly on the tip of the
tool in a finely atomized mist, instead of with a large quantity of coolant/water
mixture. This process saves hundreds of thousands of gallons of water per year. 
By eliminating the coolant/water mixture, MQL machining eliminates the need to treat
and dispose of an oily waste stream.

#### MQL Process

The MQL process is also delivering significant benefits in energy use, waste production,
quality, working conditions and costs. We have already implemented the MQL system
at a number of transmission plants in the United States, UK and Europe and are planning
to use it at our Craiova, Romania, and Cologne, Germany, plants. Especially as we
launch the production of new engines in these facilities.

### Cleveland Casting Plant

Their Cleveland Casting Plant implemented significant water-reduction actions that
focus on reducing water usage in the facility’s large hydraulic units and electric
induction, iron-holding furnaces, which were identified as major water-using sources
in the plant. This project, which began in 2008, reduced water usage by 26.8 percent
in 2008 and another 35 percent in 2009. Over the course of these two years, the 
project has saved more than $1.2 million in city water costs alone. Their plant 
was named the winner of Ford’s 2009 Environmental Leadership Award for its innovative
water-saving efforts.

So Ford’s Hermosillo Stamping and Assembly Plant is located in the Sonoran Desert
of northwest Mexico, south of the Arizona border. There, an extended drought that
began in 1995, coupled with population growth, created a severe water shortage. 
At Hermosillo, we have cut water use despite a doubling in the production of vehicles.
This unusual feat has been accomplished through the addition of innovative water
treatment systems that allow extensive recycling of water within the plant.

#### Largest Water Consumption Plants

As one of the area’s largest water users, the plant responded to the drought conditions
by cutting water usage by 43 percent between 1995 and 2000. But when it was selected
for expanded vehicle production in 2003, water use was projected to double.

### Conclusion

To accommodate the growth in production without increasing water use, the plant 
installed a biological water treatment system called a Membrane Biological Reactor.
It’s now also installed at their plants in Chihuahua, Mexico; Chennai, India; and
Chongqing, China.  This system uses an ultra-filtration membrane process followed
by reverse osmosis to make 55 percent of the plant’s wastewater suitable for high-
quality reuse within the plant’s processes. For the treated water can also be used
for irrigation, bringing to 65 percent the amount of wastewater that can be recycled.

### Water Consumption Per Vehicle at Plant

As a result, our water consumption per vehicle unit at the plant has dropped by 
over 34 percent since 2000.

[Source](http://www.ford.com): Ford Motor Company