Webinar: How Chemical Plants Can Reduce Time, Cost and Risk in Tote and Tank Cleaning by POWER Events

How Chemical Plants Can Reduce Time, Cost and Risk in Tote and Tank Cleaning

About

Cleaning tanks, totes, reactors, vessels and mixers/blenders is necessary maintenance for chemical processors. This webinar shows how it can also become an efficiency driver for your plant.

Spraying Systems Co. experts will share ways to reduce cleaning time by up to 75%, cut water usage by millions of gallons, save chemicals and energy—and recoup your investment in months if not weeks.

This webinar will demonstrate how automated equipment can improve cleaning effectiveness, reduce cost and extend equipment life. You’ll also see how to eliminate worker risk from caustic chemicals and hazardous environments.

Attendees will learn how automated cleaning of tanks, totes, reactors, vessels and mixers/blenders can:
- reduce cleaning time
- decrease cost
- cut water use significantly
- minimize chemical/ingredient use
- lower energy use
- extend equipment life
- reduce maintenance cycles and downtime
- eliminate worker risk

Presenters

Geoff Tanner

Tank Cleaning Business Leader, Spraying Systems Co.

Geoff has worked with a wide range of industries over his 20 years with Spraying Systems Co. His main focus as the Tank Cleaning Business Leader is to provide the cleaning products and solutions that are best suited for any application or problems the customer may be facing.

Bandish Patel

Director Process Markets

Bandish oversees Spraying Systems Co.’s products used in chemical and petrochemical operations. He’s started with the company as an applications engineer and has more than 15 years of spray technology experience.

Scott Jenkins

Senior Editor, Chemical Engineering Magazine

Scott Jenkins has been an editor at Chemical Engineering since 2009. Prior to joining CE, Scott worked in various capacities as a science journalist and communications specialist, reporting and writing on a variety of sectors, including chemical processing, biotechnology, pharmaceutical manufacturing and research policy. He also has industry experience as a quality assurance chemist and research experience as a synthetic organic chemist. Scott holds a bachelor’s degree from Colgate University, and a master’s degree in chemistry from the University of North Carolina at Chapel Hill.

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