PITTSBURGH (KDKA) — Officials with the VA Pittsburgh Healthcare System say their University Drive should be operating normally by Monday morning after an air-handling unit failure caused some problems over the weekend. Kathleen Pomorski, the VA Pittsburgh Healthcare System’s chief of Public Affairs, says the unit failed Friday, making cool air flow unavailable to three patient care units. “The main concern was rising temperatures and if air is not flowing and is not cool that is a concern. We were able to move the patients so they did not experience temperatures that did not exceed standards,” she said. Thirty-eight inpatients were transferred to other available beds within the medical center. Two were sent to other local hospitals. Pomorski says by 9:30 a.m. Saturday, the hospital had attempted to notify each of the inpatients’ family members to inform them of the moves. Late Saturday afternoon, Pomorski said the air-handling unit had been repaired and normal air flow was restored to the three patient care units.

The affected patient rooms and areas were cleaned and sanitized to “ensure proper conditions for patient reoccupation.” Three of the 38 inpatients who were transferred were discharged Saturday, and the remaining patients are being transferred back to their original units. All affected inpatients should be transferred back to their units or discharged Sunday. Some medical and surgical admissions at the VA Pittsburgh Healthcare System’s University Drive location will continue to be sent elsewhere into Monday morning. The Emergency Department remains open. Normal operations should resume by Monday morning. Family members or anyone who has questions should call the information hotline at 412-360-1199. Join The Conversation On The KDKA Facebook Page Stay Up To Date, Follow KDKA On Twitter Family Jewels - Creating Quality BIM Content « Voting Open for AU2010 classes |Worksharing Log File Tips » follow me on Twitter Autodesk Revit 2017 Service Pack 2

Autodesk Revit 2017 Service Pack 1 Downloading R2 for 2016... Revit 2016 – Render Coarse Poche Material Revit 2016 R2 - Delete Multiple Object Style Subcategories Revit Customize Alphanumeric Sequence - Copy and Paste Educational Resources by Type Continuing Education (GBCI, AIA, PDH) Trane Continuing Education programs are developed to help HVAC design professionals make sound decisions that meet or exceed the technicalac repair noida sector 50 requirements of a green building. 9000 btu ac unitAll courses are available at noviking air handling unit charge to demonstrate our commitment to sustainability through sound STEP 1: View the online course, STEP 2:Take the required quiz and submit with 100% accuracy, STEP 3: Download your

certificate of completion from the confirmation page. provides the information required to self-report credit using the GBCIHVAC Systems and Airside Economizers I  detailsCoil Selection and Optimization I  detailsVariable-Speed Compressors On Chillers I  detailsAcoustics: Evaluating Sound Data I  details Acoustics: Specifying Quality Sound  I  details Systems, Energy and IAQ Air-to-Air Energy Recovery  I  details All-Variable-Speed Chilled-Water Plant  I  details Applying Variable Refrigerant Flow  I  details ASHRAE Standard 62.1  I  details ASHRAE Standards 62.1 and 90.1, and VAV Systems  I  details ASHRAE Standard 90.1  I  details Central Geothermal System Design and Control  I  detailsChilled-Water Terminal Systems  I  details Dedicated Outdoor Air Equipment  I  details Energy-Saving Strategies for Rooftop VAV Systems  I  details Energy-Saving Strategies for Water- and Ground-source Heat-Pump

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Some systems use water as part of the cooling process. The two most well-known are chilled water systems and cooling tower air conditioners. Gas vs. Electric Stoves: Which is really more efficient? Magnetic Air Conditioners: A High Tech Way Of Keeping Cool What natural gas home appliances are available? Should all of my appliances come from the same manufacturer? Is stainless steel on its way out? Chilled water systems -Cooling tower technology - Because of rising electrical costs and environmental concerns, some other air cooling methods are being explored, too. One is off-peak or ice-cooling technology. An off-peak cooling system uses ice frozen during the evening hours to chill interior air during the hottest part of the day. Although the system does use energy, the largest energy drain is when community demand for power is at its lowest. Energy is less expensive during off-peak hours, and the lowered consumption during peak times eases the demand on the power grid.

Another option is geo-thermal heating. It varies, but at around 6 feet (1.8 meters) underground, the earth's temperature ranges from 45 to 75 degrees Fahrenheit (7.2 to 23.8 degrees Celsius). The basic idea behind geo-thermal cooling is to use this constant temperature as a heat or cold source instead of using electricity to generate heat or cold. The most common type of geo-thermal unit for the home is a closed-loop system. Polyethylene pipes filled with a liquid mixture are buried underground. During the winter, the fluid collects heat from the earth and carries it through the system and into the building. During the summer, the system reverses itself to cool the building by pulling heat through the pipes to deposit it underground [source: Geo Heating]. For real energy efficiency, solar powered air conditioners are also making their debut. There may still be some kinks to work out, but around 5 percent of all electricity consumed in the U.S. is used to power air conditioning of one type or another, so there's a big market for energy-friendly air conditioning options [source: ACEEE].