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Energy-efficient lighting reduces operating costs at Ryerson
As Ryerson Inc. embarked on a plant consolidation in Milwaukee, this North American distributor and processor of metals identified areas in which it could reduce operating costs, update the facility and improve the work environment for employees. A specific part of the consolidation called for lighting upgrades.
The company was using poorly designed, inefficient rack lighting lined with metal halide lights that provided dim work areas and required costly maintenance.
“There were aisles of our facility that literally had no light,” said Ryerson operations manager Jeff Pipiras.
In addition to poorly lit work areas, rising energy costs were becoming an increasing concern for Ryerson. Although the company had previously implemented various strategies such as HVAC controls and monitors to reduce and conserve energy, the company was looking for additional ways to cut costs and conserve energy.
The facility’s plan was to only upgrade the rack lighting throughout the plant. After learning more about the benefits of energy-efficient lighting and lighting strategies, though, Ryerson engaged in a full energy audit with an Indiana-based firm called Energy Management Systems (EMS).
“After meeting with Energy Management Systems, we realized what our potential savings and rebates would be. If we did more lighting upgrades, we’d have more savings and more of a rebate corporately,” said Pipiras.
Over the course of 90 days, the company analyzed current lighting and completed installation of energy-efficient lighting and motion sensors throughout the entire plant and corporate offices. The energy audit uncovered problems within the current lighting, including:
With little effort and minimal investment, Ryerson quickly saved significant amounts of energy and enjoyed a cost savings each month by upgrading older, dimmer lights to energy-efficient lights and installing motion sensors and foot lighting to control lights throughout the plant.
“It’s brighter in here and our employees like it. The light is a natural light and we are illuminating areas that were never lit,” said Pipiras.
Prior to the upgrades, Ryerson was using 1,000-watt metal-halide lights that ran all day every day. The company now has natural and optimal light from 266-watt energy-efficient lights that are connected to motion sensors, turning lights on when needed and off when not in use.
Ryerson immediately began saving money on monthly energy bills.
“My job is to reduce operating expenses, and this will save me money,” said Pipiras.
By using energy-efficient lighting and motion sensor controls, Ryerson has significantly reduced air pollution by more than 1,000 tons a year, or the equivalence of 1.3 million gallons of gasoline over the next 20 years. The company will save more than 15 million kilowatt-hours of energy in the next 20 years.
Improved workplace environment
The most advantageous environment is one that provides optimum comfort to avoid fatigue, stress or injury. Newer energy-efficient lighting provides optimal lighting with an ultimate result of a safer, happier, better-performing workforce that brings higher profits to the bottom line, through superior productivity.
Ryerson’s workforce will be operating under more reliable, more durable, longer-lasting lighting products that reduce downtime and lower repair costs.
To learn more about this topic, visit the Energy Management Systems Web site at www.energymanagement.com, or call Dave Riggle at 317-341-5968.