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Building Statistics

General Building Data

 

Building name:         PSU Agricultural Engineering Building

Location and site:    Penn State University, E. Park Ave. and Curtain Rd.

Occupant Name:     The Pennsylvania State University

Occupancy type:     Teaching Labs, Research Labs, Offices & Classrooms

Size:                          93,000 Square Feet

Number of stories:   3 stories above grade, 1 story below grade

Construction date:   8/22/16- 12/8/17

Total costs (Est):       $40,337,500

Steel Costs:              $2,166,303

Masonry Costs:        $1,110,718

HVAC Controls:       $775,000

Lab Casework:         $1,050,845

Fireproofing:            $3,036,013

Project delivery:       Integrated Project Delivery

Owner:                                The Pennsylvania State University

General Contractor:           MMC Contractors                                 http://www.mmccontractors.com/

Construction Manager:      DPR Construction                                 http://www.dpr.com/

Architect/Engineering:       EYP                                                        http://eypaedesign.com/

Structural Engineer:           Keast & Hood                                        http://keasthood.com/

Electrical Contractor:         Lighthouse Electric                               http://www.lighthouseelectric.com/

Civil Engineer:                    Sweetland Engineering                        http://www.sweetland-eng.com/

Architecture-

 

The Agricultural Engineering building includes a renovation and addition. The existing Klauder building will remain architecturally untouched. The designers for this project used the original architecture of Klauder building and applied that for the basis for the new design. This was done by using 2 types of brick on the exterior of the building (see Figure 1). By using brick at the 1st level of the building that matches the original style of brick and then using a brighter brick for the 2nd and 3rd stories in order to blend the designs together. The designers also brought curtain walls to the exterior of the building to help show the addition as a more modern look and help blend the old and new styles together.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

                                                                                                                Figure 1

 

Major national model code/s-

IBC 2009

IFC 2009

IPC 2009

NEC 2008

IECC 2009

 

Zoning

 

B: Business, A-3 Assembly, F-1 Factory Industrial, S-1 Storage Group

 

 

Building Enclosure

 

This section is to include very specific details about the various types of enclosure systems including windows, curtain wall systems (including the type of glass / glazing), façade / exterior wall materials and extents, and roofing.  Note that Roofing is not the same as Roof.  Roof generally refers to the structural framing and slab / decking used and is covered in the structural section.  Roofing is the type of weather resistant covering used as part of the exterior enclosure (standing seam metal, EPDM, etc.).  Shading devices may be described here or as part of the architecture description as they are often aesthetic as well.  Photographs or renderings showing the facades or close up views of the enclosure elements often can save a lot of descriptive writing in this section.  At a minimum use the two subtopics:

 

Building façades

 

Agricultural Engineering Building design uses a two major types of materials to make up its façade. One of the primary elements that make up this façade is brick. The brick exterior walls are made up of 5/8” GYP sheathing, metal stud framing and uses R-17 mineral wool insulation. The second major material is curtain and storefront walls that make up the façade of the building. These curtain and storefront walls use both clear fully tempered float and Low-E-Coated clear insulating glass. By using the Low-E-Glass it allows the building to minimize excess infrared and ultraviolet light without compromising visible light. This allows the architecture of the building to minimize classic shading techniques and use a more modern approach.

 

Roofing

 

Agricultural Engineering building uses a flat roof over the entire building. This roof is made up of EPDM membrane material and rigid insulation. See Figure 2 for detailed roof construction.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

                                                                                                  Figure 2

 

Sustainability Features

 

The Agricultural Engineering building takes advantage of the flat roof and uses a roof garden. Since this building is a part of the University Park campus it is able to take advantage of the campus chilled water and steam loop to help with energy efficiency. This project is also intended to be LEED certified. Since part of the building is being renovated materials will be recycled such as acoustical ceiling tile, carpet, masonry, gypsum board and wood to gain LEED points. Water efficiency strategies will also be used which includes water use reduction and efficient landscaping. Indoor air quality is also a primary focus by using low-emitting materials, outdoor air delivery monitoring and advanced lighting controls.

Electrical/Lighting:

 

The Agricultural Engineering Building is serviced by a 1500KVA transformer which supplies a 277/480V utilization voltage. Both the main and emergency transformers are located at the exterior southern corner of the site. Power then enters into the basement where the main electrical room is located. The power is then split to 3 distribution panels and is stepped down again with transformers to a 120/208V utilization voltage.

 

The building has many interior zones that rely entirely on artificial light. LED fixtures are used throughout the building in order to greatly reduce lighting loads. Laboratory zones are the most energy intensive with a maximum of 1.0 W/ft2. For comparison, other zones such as offices and classrooms only require 0.6 W/ft2 maximum. Therefore more intense LED fixtures are specified for all laboratory zones, which is where the majority of the lighting load is found.

 

Mechanical:

 

Both cooling and heating demands are met with the campus chilled water and steam loops. Two air handling units that are located in the third floor penthouse mechanical room, supply 100% outdoor air to the building. The air is then conditioned for each zone either by VAV boxes or fan coil units. Both VAV boxes and fan coil units are supplied from the campus chilled water/ steam loop in order to condition the air. Energy recovery is also utilized, and the unit is located in the third floor mechanical penthouse.

 

Structural:

 

Agricultural Engineering is supported below grade by spread footings. The first floor is supported by concrete columns at the plan east and west ends of the building. The middle of the building is supported by W12x50 steel I beams with connection plates to the slab on grade floor. A combination of steel and concrete beams are used for support of the first floor slab on deck. Columns on the first, second, and third floors are all steel I beams supporting the slab on deck floors. In order to resist lateral forces cast in place shear walls are used around elevator shafts.

 

Construction:

 

Construction started August of 2016 and is scheduled for completion January 2018. The contract type used is integrated project delivery. Total projected costs is $40,337,500 and is subject to change.

 

Fire Protection:

 

Agricultural Engineering building is considered by IBC 2009 as type 2B construction. All interior columns have fireproofing applied as well as the floor. The building is protected by sprinklers and smoke detectors. Means of egress have 2 hour fire ratings as well as fire dampers at penetrations.

 

Transportation:

 

Two passenger elevators are located in the building. Stairs are located at the center and four corners of the building.

 

Telecommunications:

 

One telecommunication room is located on each floor of the existing building. All classrooms, laboratories, and offices have telephone and data hookups.   

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