Technology

ASHRAE 90.1 Brings New Requirements to Compressed Air System Design

By Troy Dreier, Compressed Air Best Practices® Magazine

Word is beginning to filter out about the 2022 changes to the ASHRAE 90.1 energy efficiency standard, and the changes it promises to bring to how compressed air systems are specified, commissioned and maintained. More specifically, the industry is learning about section 10.4.6 of 90.1, which is the first time the standard has included a section on compressed air.

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Sustainable Productivity at Atlas Copco

By Rod Smith, Compressed Air Best Practices® Magazine

The story of Atlas Copco’s 140-year commitment to innovation. When thinking about innovation during the past century, the mind immediately wanders to consumer-facing brands that make products that are experienced by users – like a mobile computer and videophone that fits in our hands or the technology applications through which almost all modern business is conducted.

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Screw Blowers and Membrane Bioreactor Treat Wastewater at a Bottling Plant

By Richard Stukey

The right ingredients and processes are essential for manufacturing flavorful beverages that contribute to the company’s bottom line. But what happens to all those other “ingredients” that aren’t part of the recipe? Cleaning up those unwanted ingredients from bottling plant wastewater can consume large amounts energy, time and money—and become a distraction from the company’s primary goal of manufacturing beverages.

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Transitioning to Oil-Free Compressed Air

By Todd Stelzer, strategic account manager, Ingersoll Rand.

Compressed air quality is measured by the amount of solid particulates, water and oil content in one cubic foot (cu. ft.) of compressed air. Many of these contaminants are introduced from the air surrounding the installation site that is drawn into the system at the beginning of the compression process. The relative humidity, type of compressor and air treatment and filtration system can also affect air quality. Minimum air quality requirements vary by industrial application; the most stringent standards apply to manufacturers whose end products, packaging or critical instrumentation come in direct contact with compressed air.

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Handling Corrugated Cardboard with Optimized Pressure-Regulation of Air-Driven Vacuum Pumps

By Josef Karbassi, Division Manager Automation, PIAB AB

Using suction cups and air-driven vacuum pumps is a preferable gripping and handling method of corrugated cardboard materials and boxes in carton-machines like case/carton erectors and rotary cartoners. Robot based applications, like palletizing and de-palletizing, are other examples where the best practice technology for gripping and handling is by suction cups and air-driven vacuum pumps.

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The Evolution of Biomass Compressors

By Robert A. Sturdy, CLS

When the Environmental Protection Agency was formed, in1970, it used its congressional mandate to issue all sorts of regulations regarding the discharge of contaminants into the land, water and air of this country. Over the years, air pollution has been one of the key areas where the Agency has put in place stringent requirements to control the emission of VOCs or Volatile Organic Compounds. Today the mandates of this government agency require extensive steps be taken to curtail their release by all operators of tank farms, chemical plants, refineries, fermentation plants and landfill operations. As a result of these regulations the Bio-Mass utilization industry was born.

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Pneumatech® Biogas Dryers and ConservAir® Flow Controllers

By Richard Stukey

Energy efficiency and sustainability solutions are often associated with more obvious initiatives--such as installing compact fluorescent bulbs—but those solutions fail to dig deeper for the “hidden gems” that can have a much greater impact. For manufacturing and building engineers or anyone else dealing with high potential energy consumption and inrush current demands, compressed air systems are one of the first places to look for significant energy savings and greater sustainability.

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Applying Variable Speed Compressors in Multiple Applications - Application Success Stories and Improvement Stories

By Neil A. Mehltretter, System Design Manager, Kaeser Compressors, Inc.

Variable speed control for all types of industrial equipment is now readily available on the market with competitive pricing to non-variable speed controlled alternatives, including in the air compressor industry. With the advent of prescriptive rebate programs for variable speed compressors and other equipment, the demand for these types of controls has increased. General wisdom would recommend a variable speed compressor for all applications, or multiple variable speed compressors within each system.

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Improved Aeration Efficiency through Design and Control

By Matthew Gray, Senior Process Engineer and Steve Kestel, Lead Systems Engineer, BioChem Technology, Inc.

With the recent and future increases of the cost of energy, operating a wastewater treatment plant (WWTP) as efficiently as possible has become one of the most important factors that operators and managers are facing today. The implementation of a properly designed aeration control system has been reported by the United Sates Environmental Protection Agency to reduce aeration energy by 25 to 40 percent.

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Blow Molder Sequences 40 Bar Compressors

By Nicolas De Deken, EnergAir

A recently completed energy efficiency improvement programme at the Britvic Beckton bottling plant has resulted in substantial energy savings and a positive impact on the company’s carbon emissions allocation.

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Stop Operating Blind – Use a Flowmeter

By Ron Marshall for the Compressed Air Challenge®

To gain about one horsepower of mechanical energy from a compressed air powered motor it costs seven times as much at the input of the air compressor. And surprisingly between 20 and 30 percent of this valuable power is lost even before it gets to the end use. Further to this another 10 percent is lost to artificial demand caused by higher than required pressure, and to top that all off, another 10 percent is wasted by equipment that is either inappropriately supplied with compressed air or left to consume air even when the associated production machine has been turned off.

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