Turn-Key Packaged Treatment Systems

Air Energy, Inc. offers "Turn-Key" remediation equipment that is custom designed to meet your specific site application. We will package any one or more of our remediation systems and provide you with a complete, fully assembled and tested remediation system either in an enclosed trailer, steel cargo container, or wooden shed. We will also package any number of treatment technologies to your custom specification.

The Dual Phase extraction process involves the subsurface removal of air, water, and product. There are many other pieces of equipment needed for a fully operational system that addresses all phases of contamination.  The graph below shows the vacuum ranges of each blower type.

Dual Phase Extraction systems are available in different system configurations. The determining factor behind the selection is the expected operating vacuum level. Liquid ring pumps (oil-sealed design) are most suitable for vacuum levels in excess of 15+ inches mercury (Hg). Conversely, positive displacement blowers are more suitable for vacuum levels up to 15” mercury (Hg). Each Dual Phase Extraction system is manufactured to meet your specific requirements.

• Liquid Ring – Oil-Sealed or Water Sealed
• Dry Claw
• Positive Displacement (Rotary lobe blowers)
• Regenerative

 

 

Air Sparging Systems

Air Energy, Inc. manufactures many different Air Sparging systems. As with our Soil Vapor Extraction systems, each Air Sparging system is manufactured to meet your specific requirements. There are a number of different system types that can be used; the choice ultimately depending on air flow rate, pressure, and possibly other design considerations. The most commonly used Air Sparging systems utilize oil-free rotary vane compressors, positive displacement blowers and air compressors. In addition, there are three different types of air compressors that can be used; rotary claw, rotary screw, or rotary vane.

Positive displacement blowers are typically chosen for moderate to high flow rates and low to moderate pressure requirements.

Rotary vane compressors are most commonly used for lower flow rates and low to moderate pressure applications. Rotary screw compressors are more commonly used for higher flow and higher pressure applications.

• Rotary vane compressors
• Regenerative blowers
• Positive displacement blowers
• Rotary Screw compressors
• Reciprocating compressors

Air Energy, Inc. manufactures many different Soil Vapor Extraction systems designed to meet your specific needs

There are a number of blower types that can be used; the choice ultimately depending on air flow rate, vacuum, pressure, and possibly other design considerations. The most commonly used blowers for our soil vapor extraction systems are regenerative, positive displacement, and rotary claw.  Regenerative blowers are typically chosen for low to moderate flow rates and low vacuum/pressure requirements. Conversely, positive displacement and rotary claw blowers are more commonly used for higher flow rates and higher vacuum/pressure applications.

• Regenerative Blowers- Rotron, Gast, Rietschle, Siemens
• PD Blowers – Roots, Sutorbuilt, Busch
• Skid Mounted
• Trailer Mounted or Containerized
• All Related Appurtenances
• Moisture Separators with internal demister elements (Capable of  99.9% reduction in water droplets 10-micron and large)
• Air / Water Filtration
• Soil vapor extraction systems can be fully integrated with our Air Sparging Systems
• Custom designs available

·         Stainless Steel Construction (304, or 316)

·         Integral water effluent chambers

·         Gravity drain oil compartments (Elevated design to gravity flow to most external product storage tanks)

·         Internal polypropylene coalescing media

Air Energy, Inc. manufactures control panels for use with all of our remediation systems. All control panels are U.L® certified. Our controls specialist can design, engineer any size and type of control or electrical panel for a particular project. Custom panel designs can be configured to reflect variation in equipment type specifications, the desired level of control sophistication, and other considerations relevant to a particular remedial system application.

·         Standard electro-mechanical based logic

·         Motor starters with adjustable thermal overload protection

·         U.L® Listed Intrinsically Safe Relays for fail safe and interlocked system operation

·         Motor Selector Switches (Hand-Off-Auto)    

·         Illuminated Motor Run Indicator Lights

·         Alarms with visual and/or audible indicators and resets

·         Automatic or manual re-start after an alarm condition

• Replaces electro-mechanical based logic w/ software based logic
• Provides sophisticated PLC interfaces with various electrical devices (pumps, blowers, float switches, pressure transducers/switches, etc.
• Provides remote control and monitoring 
• Fax/Paper reporting of system status/alarm conditions
• Data logging capability w/remote access and download capability
• Custom design and complete programming
• Allen-Bradley, Square D

• Weather-proof (NEMA 4) panel enclosures
• Hazardous location (NEMA 7) panel enclosures
• Custom panel enclosure designs
• Variable Speed Drives

• Web-based wire-less or (DSL) remote-control telemetry packages with graphical P&ID interface
• Land-line standard alarm auto-dialers (fax, page)
• SCADA Systems (Provides sophisticated PLC interfaces with various electrical devices (pumps, blowers, float switches, pressure transducers/switches, etc.)
• Provides remote control and monitoring 
• Data logging capability w/remote access and download capability

QED’s low-profile air strippers have been an industry leader for groundwater remediation with proven performance, reliability, and patented slide-out tray design for ease of maintenance. QED’s air strippers are available in a number of different configurations and materials of construction each selected for desired performance and capacity. QED manufactures air strippers in polyethylene (HDPE), and stainless steel.

• On-site Start-up & Installation Assistance
• On-Site Trouble-shooting & Repair Service
• Existing Equipment Modifications & Upgrades.
• System Maintenance Programs