Returning Wealth to the Food Industry Webinar
Two stalwarts in the energy conversion and distribution business (Armstrong International and Cleaver-Brooks), combine to present a powerful one-hour Webinar that will demonstrate ways to substantially reduce energy costs, and explain how projects that improve energy efficiency can be legitimized through the use of sound financial metrics.
You will learn valuable insights into how to best assess energy saving opportunities from the boiler room through the steam distribution and condensate return systems; not only saving countless dollars in fuel, chemicals and water but, also reducing the carbon footprint in the process.
Learn how these ideas can be justified by using an innovative financial tool for automatically calculating the true AFTER TAX PAYBACK in real dollars while reflecting its Internal Rate of Return and Net Present Value. All the financial metrics the CFO needs to consider when assessing capital or major expense purchases. If you are truly serious about lowering operating costs in your facility, you must attend this FREE one hour informational program.
Thursday, June 24th, 2010 at 2:00 p.m. EDT.
About the Presenters
Steve Connor
Director of Marketing Services for Cleaver-Brooks is a 40 year veteran in the Boiler Industry with an extensive background in engineering, field application sales, marketing and training. A frequent speaker and author of numerous articles concerning steam and hot water, Connor brings a base of knowledge and constructive insights only years of experience can deliver.
Dan Musson
President of Armstrong Service with 27 years of experience in utility management and consulting in operations and maintenance, engineering, fuel risk management and utility infrastructure development. Currently leading Armstrong's highly skilled energy services professionals in delivering utility O&M services, as well as energy engineering to help client companies identify and implement energy savings projects and build sustainable practices into their plant utility systems.
