Many people involved in the world economy are pushing to “green” the production and manufacturing sectors. You see new products developed all the time that promise a greener future for everyone. We at Jamestree Consulting agree that sustainability and healthy industrial practices are crucial for the survival of our species and our planet. All of our Water Treatment Programs are designed with this ultimate goal.

Jamestree Consulting has wrestled with complex formulations that combine state of the art polymers and synthetic compounds in order to produce end products that are environmentally friendly. In addition, our underlying philosophy is to use only enough chemical to adequately get the job done. We feel that this mentality is as green as it gets when it comes to chemical treatment programs. We don’t see the benefit in over treating a system with chemicals when often less product does a better job.

It’s no secret that chemicals cost a substantial amount of money to produce and therefore can be a revenue builder for any company that is sales driven. Being a small, family oriented, and technically driven business; Jamestree does not buy into the philosophy of conspicuous consumption. Our profits are made on our services and our superior end results thereby reducing the environmental impacts of overdosing a system with unnecessary chemical treatments, biocides, or corrosion inhibitors.

A properly designed, implemented, and maintained water treatment program builds upon this sustainability. Ask yourself these simple questions: “Is it more economical to maintain a boiler, chiller, or cooling tower than it is to replace one?” “If a good water treatment program makes your equipment last an extra 10, 20, or 30 years past its normal life expectancy, have you recaptured your investment?”

Indeed the cost of materials and energy used to manufacture the components of your system will heavily outweigh the costs of maintaining them. Our philosophy therefore is to promote sustainability with proper maintenance and a strong understanding of the chemistry used to extend the life of the mechanical system.