MGD Process Technology Inc. Presents Industry Leading Turborator(R) at the New England Water Environment Association Annual Conference.Boylston, Massachusetts Boylston is a town in Worcester County, Massachusetts, United States. The population was 4,008 at the 2000 census. History Boylston was first settled in 1705 and officially incorporated in 1785. Company Purchased Turborator[R] March 2006 BOSTON -- MGD mgd abbr. million gallons per day Process Technology Inc., announces the recent acquisition of industry leading Turborator[R] patented technology and will demonstrate the self aspirating aerator/mixer in booth 170 at the New England New England, name applied to the region comprising six states of the NE United States—Maine, New Hampshire, Vermont, Massachusetts, Rhode Island, and Connecticut. The region is thought to have been so named by Capt. Water Association Annual Conference held January 21 - 24, 2007 at the Marriott Copley Place Copley Place is an enclosed shopping mall located in the Back Bay section of Boston, Massachusetts. It is part of a complex that includes office buildings, two hotels, and a parking garage. Hotel, Boston, Massachusetts “Boston” redirects here. For other uses, see Boston (disambiguation). Boston is the capital and most populous city of Massachusetts.[3] The largest city in New England, Boston is considered the unofficial economic and cultural center of the entire New . Turborator[R] is an innovative approach to gas/liquid transfer. The simplicity of design results in a rugged, durable, low maintenance system providing superior mixing and aeration aeration /aer·a·tion/ (ar-a´shun) 1. the exchange of carbon dioxide for oxygen by the blood in the lungs. 2. the charging of a liquid with air or gas. aer·a·tion n. with reduced energy costs. The Turborator[R] offers oxygen transfer efficiency higher than other mechanical self aspirating aerators due to the manner in which gas is introduced below the liquid surface. The patented Turborator[R] impeller rotates in a liquid, establishing a low pressure zone behind each blade. This low pressure zone creates a strong vacuum which draws air down the shaft and dispenses as fine bubbles into the surrounding liquid. In testing performed by GSEE GSEE Graduate School Entrance Examination (China) GSEE Gateway Server Enterprise Edition (MailFrontier) GSEE Ground Support Equipment Exhibit Environmental Consultants in accordance with the ASCE ASCE abbr. American Society of Civil Engineers "Standard for the Measurement of Oxygen Transfer in Clean Water" Turborator[R] units have oxygen transfer efficiency 18% greater than competitor's equipment based on the horsepower delivered at the shaft. Other advantages of gas introduction below the liquid surface include the absence of surface splashing and mist formation which release pathogens into the atmosphere and can cause ice build up in cold weather climates. The Turborator[R] has been successfully utilized in both municipal and industrial applications in 3 countries where mixing and aeration are required. Examples of current installations include ATAD Installations, Oxidations Ditches, aeration of Industrial Waste and in Lagoons and Stabilizations Ponds. For more information on MGD Process Technology or Turborator[R] contact principal owners Matthew Dickson P.E., matt.dickson@mgdprocess.com or Gail Dickson, gail.dickson@mgdprocess.com (508) 869-2164 or visit www.mgdprocess.com. About MGD Process Technology Inc. MGD Process Technology Inc. specializes in wastewater treatment equipment and engineering. In March of 2006, MGD purchased the patented Turborator[R] technology which provides an innovative approach to gas/liquid transfer. The simplicity of design results in a rugged, durable, low maintenance system, providing superior mixing and aeration with reduced energy costs. MGD has established manufacturing operations for Turborator[R] in the greater Boston area. For more information visit www.mgdprocess.com. |
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