Exhibit F Site_39_Memo_Project Defn Report-PDR-10-4-96_EOL_HVAC1.pdf

Memorandum

Fully Loaded Cost Estimate

Date: November 29, 2023

To: Rick Failla

From: Aaron Heider

Re: Project Definition Report (PDR), Site 39 EOL Unit Replacement

ISD/Engineering Project

Summary

The packaged HVAC system serving the first floor of Site 39 is near end of life. The building’s occupants have expressed concerns regarding humid conditions in the summer months and the existing unit not being able to satidfy the space. This report aims to present options for a replacement unit.

Requirements

Per FESHM 1071 – Codes and Standards, the following Codes and Act govern this project:

• International Building Code (2021)

• International Mechanical Code (2021)

Existing Conditions:

The existing space served by the EOL unit is located on the first floor of Site 39 excluding the northwest portion where there is a storage area (refer to Attachment 1). The types of spaces within the building include offices, a break area, and chemistry labs. The chemistry labs are used for testing materials to determine the amount of radiation they have acquired. The chemistry lab has 3 fume hoods that exhaust up to 1500 CFM each. The exhaust is localized to a cabinet where the specimen is placed. Each fume hood is controlled by a manual on-off switch.

The makeup air is provided by the existing central HVAC system. The existing HVAC system is a VVT (variable volume and temperature) type system that oversized for the spaces that it serves. The spaces being served by the existing unit were an addition to the original building.

The addition was completed in the year 2000. The building’s envelope consist of metal exterior wall panels, plywood with building wrap, metal studs, 6-inch batt insulation, and interior FRP panels and the sloped roof consists of exterior metal roof panels, 6 inch batt insulation with a vapor barrier.

Aaron Heider Mechanical Engineer

ISD / Engineering P.O. Box 500, MS 214 Kirk Road and Pine Street Batavia, Illinois 60510-5011

USA

Office: 630.840.2175 aheider@fnal.gov

Proposed Solutions:

Solution 1:

The baseline option would be for a new unit to control to leaving static pressure and temperature (adjustable from the BAS). The existing VVT dampers remain as-is. The new unit will be controlled independently of the VVT system. To properly control the make up air in the chemistry lab, sensors will be placed in the lab and outside the lab in the adjacent corridor. The new unit will open a damper to allow additional airflow in until the pressure is equalized.

• Advantages o Most economical option

• Disadvantages o Existing VVTs have no reheat o Least controllability of the individual spaces

Solution 2:

Solution 2 will include everything in Solution 1 plus new variable air volume (VAV) boxes with electric reheat only in the chemistry lab (CHEMISTRY LAB – RM # 150). The new

VAV boxes would replace the existing VVT boxes. Each VAV will have a damper control to room pressure, while the electric reheat would maintain the zone temperature. To properly control the make up air in the chemistry lab, sensors will be placed in the lab and outside the lab in the adjacent corridor. The new unit will open a damper to allow additional airflow in until the pressure is equalized.

• Advantages o More controllability than Solution 1

• Disadvantages o One thermostat controlling the unit o Existing VVTs have no reheat. As an example, if zone A needs cooling and zone B does needs heating, then one of the zones will be uncomfortable

Solution 3:

Solution 3 will include everything listed in Solution 2 plus a replacement of all existing

VVTs with electric reheat VAV boxes. Lab zones controlled like in option 2. Non-lab zones controlled as standard (electric reheat only active to prevent overcooling when damper is at min position). To properly control the make up air in the chemistry lab, sensors will be placed in the lab and outside the lab in the adjacent corridor. The new unit will open a damper to allow additional airflow in until the pressure is equalized.

• Advantages o Maximum controllability of all three options

• Disadvantages o Most costly option

Cost Estimates:

(See Attachment 0)

Conclusion:

Each solution will address the humidity issue with a properly sized unit (i.e. the unit’s size will match the load). A properly sized unit will prevent short-cycling. Additionally, the unit will provide enough make up air to account for the fume hoods. Each solution will provide adequate heating & colling and humidity control. However, maximum controllability of individual space temperature will come with an increased cost. Conversely, the most economical option comes with decreased controllability.

ISD Engineering Risk Assessment: All True

T=Formal Engineering Risk Assessment NOT REQUIRED

F=Formal Engineering Risk Assessment REQUIRED

Attachments:

0. Cost Estimate

1. Area of Work and Existing Equipment

2. Floor plan for Solution 1

3. Floor plan for Solution 2

4. Floor plan for Solution 3

5. Summary of Load Calculation

ISD/Engineering This task is not a GPP or part of a larger project.

Technology This task will use off-the-shelf technology.

Environmental Impact This task may have some or no environmental impact, but no EA.

Vendor Issues Vendors can cause little or no manageable complications.

Resource Availability Resources will be readily available.

Quality Requirements The quality requirements can be easily met with existing infrastructure.

Safety This task will require little or no increased diligence.

Manufacturing Complexity The manufacturing/construction technologies will be routine.

Schedule The schedule for this task is not critical to other projects.

Interfaces This task involves groups from within Fermilab and not outside institutions.

Experience/Capability At least one lead engineer will participate in this task.

Regulatory Requirements Regulatory agencies will have minor to no involvement.

Project Funding A single source will fund this task.

Project Reporting Requirements Reports to senior management will not be required.

Public Impact The public will not be affected.

Project Cost This task will not require laboratory or DOE budget reporting.

Project No.: Status: Date: Revision Date:

10-4-96 PDR 11/20/2023 -

ITEM NO. DESCRIPTION OF WORK QTY UNITS UNIT COST AMOUNT

01 Mobilize (Site Visits, Training, Badging, Materials Onsite) 1 EA 7,000.00$ 7,000.00$

02 Demolition of Existing Equip (3 ppl, 8 hr/day, 3 days) 72 HR 130.00$ 9,360.00$

03 New HVAC Unit 1 EA 75,000.00$ 75,000.00$

04 New Duct Work (to connect to existing) 10 FT 100.00$ 1,000.00$

05 Labor (3 people, 8 hr/day, 8 days) 192 HR 130.00$ 24,960.00$

06 Electrical Materials 1 EA 10,000.00$ 10,000.00$

07 Electrical Labor (3 people, 8 hr/day, 3 days) 72 HR 130.00$ 9,360.00$

08 Startup (2 people, 8 hr/day, 1 day) 48 HR 130.00$ 6,240.00$

09 Commisioning (2 people, 8 hr/day, 1 day) 48 HR 130.00$ 6,240.00$

SUBTOTAL: 149,160.00$

OVERHEAD & PROFIT @ 20% 29,832.00$

TOTAL: 178,992.00$

Project No.: Status: Date: Revision Date:

10-4-96 PDR 11/20/2023 -

ITEM NO. DESCRIPTION OF WORK QTY UNITS UNIT COST AMOUNT

01 Mobilize (Site Visits, Training, Badging, Materials Onsite) 1 EA 7,000.00$ 7,000.00$

02 Demolition of Existing Equip (3 ppl, 8 hr/day, 3 days) 72 HR 130.00$ 9,360.00$

03 New HVAC Unit 1 EA 75,000.00$ 75,000.00$

04 New Duct Work (to connect to existing) 10 FT 100.00$ 1,000.00$

05 New VAV for Lab Area 1 EA 3,000.00$ 3,000.00$

06 Mechanical Labor (3 people, 8 hr/day, 13 days) 312 HR 130.00$ 40,560.00$

07 Electrical Materials 1 EA 10,000.00$ 10,000.00$

08 Electrical Labor (3 people, 8 hr/day, 3 days) 72 HR 130.00$ 9,360.00$

09 Startup (2 people, 8 hr/day, 1 day) 48 HR 130.00$ 6,240.00$

10 Commisioning (2 people, 8 hr/day, 1 day) 48 HR 130.00$ 6,240.00$

SUBTOTAL: 167,760.00$

OVERHEAD & PROFIT @ 20% 33,552.00$

TOTAL: 201,312.00$

Project No.: Status: Date: Revision Date:

10-4-96 PDR 11/20/2023 -

ITEM NO. DESCRIPTION OF WORK QTY UNITS UNIT COST AMOUNT

01 Mobilize (Site Visits, Training, Badging, Materials Onsite) 1 EA 7,000.00$ 7,000.00$

02 Demolition of Existing Equip (3 ppl, 8 hr/day, 3 days) 72 HR 130.00$ 9,360.00$

03 New HVAC Unit 1 EA 75,000.00$ 75,000.00$

04 New Duct Work (to connect to existing) 10 FT 100.00$ 1,000.00$

05 New VAVs 10 EA 3,000.00$ 30,000.00$

06 Labor (3 people, 8 hr/day, 23 days) 552 HR 130.00$ 71,760.00$

07 Electrical Materials 1 EA 10,000.00$ 10,000.00$

08 Electrical Labor (3 people, 8 hr/day, 3 days) 72 HR 130.00$ 9,360.00$

09 Startup (2 people, 8 hr/day, 1 day) 48 HR 130.00$ 6,240.00$

10 Commisioning (2 people, 8 hr/day, 1 day) 48 HR 130.00$ 6,240.00$

SUBTOTAL: 225,960.00$

OVERHEAD & PROFIT @ 20% 45,192.00$

0 271,152.00$

FERMILAB: ISD COST ESTIMATE

Project Title: Site 39 - HVAC EOL Replacement

Solution 1: Repalce Existing Unit Only

FERMILAB: ISD COST ESTIMATE

Project Title: Site 39 - HVAC EOL Replacement

Solution 3: Replace Exisitng Unit and ALL VAVs

FERMILAB: ISD COST ESTIMATE

Project Title: Site 39 - HVAC EOL Replacement

Solution 2: Repalce Existing Unit and Lab VAV aheider Text Box

ATTACHMENT 0: COST ESTIMATE

F

E

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D.1

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PROJECTNORTH

DATEFERMI LAB

REV. DATE DESCRIPTIONS

REVISIONS

DISCIPLINE

SUBMITTED DRAWING NO.

SCALE:

REV.

DATE

SUITE 107

APPROVED

SUBMITTED

(630) 820-1022

(630) 820-0350 FAX

60504

AURORA, ILLINOIS

DESIGNED

DRAWN

CHECKED

600 NORTH COMMONS DRIVE

CONSULTING ENGINEERS

CRAWFORD, MURPHY & TILLY, INC.

A/E CONSULTANT

REVIEW

REVIEW

CRITERIA

ENGINEERING

REVIEW

FESS REVIEW

W. GRIFFING

D. NEVIN

E. CRUMPLEY

M. OLSON / S. DIXON

D w g:

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-4 -1

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.m

J

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L. HAMMOND

M-110-4-13

HVAC PLAN - SOUTH

SITE 39 ADDITION

E. CRAMER

D. BURRIS

J. HALM

B. HELD

T. RECHNER

HVAC PLAN - SOUTH

3/16"=1'-0"

3/16"=1'-0" 2 0 10 146

SCALE FEET

2 4 8 12

NEW

TOILET

LOW

LEVEL

COUNTING

HIGH LEVEL

COUNTING

UTILITY

ROOM

GROSS

ALPHA BETA

COUNTING

CORRIDOR

UTILITY

ROOM

CHEMISTRY LAB

BEAM ON

DOSE

DECON.

W/ TOILET

EP

SAMPLING

VEST

SAMPLE

RECEIVING

WEIGH AND

PREP.

TLD

TOILET

EXISTING

TOILET

EXISTING

UTILITY RM.

EXISTING

CORRIDOR

NEW

JANITOR

M-5

M-2

M-2

OFFICE

SPACE

M-5

KEY PLAN

M-5 4

M-2 aheider Polygon aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Callout

EX. HVAC UNIT

aheider Callout

EX. CHEM. LAB VAV UNIT

aheider Callout EX. NON-CHEM. LAB VAV UNITS (TYP. of 9) aheider Callout

AREA OF WORK

aheider

ATTACHMENT 1: AREA OF WORK AND EXISTING EQUIPMENT

D

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D.1

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C.9

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E.2

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PROJECTNORTH

DATEFERMI LAB

REV. DATE DESCRIPTIONS

REVISIONS

DISCIPLINE

SUBMITTED DRAWING NO.

SCALE:

REV.

DATE

SUITE 107

APPROVED

SUBMITTED

(630) 820-1022

(630) 820-0350 FAX

60504

AURORA, ILLINOIS

DESIGNED

DRAWN

CHECKED

600 NORTH COMMONS DRIVE

CONSULTING ENGINEERS

CRAWFORD, MURPHY & TILLY, INC.

A/E CONSULTANT

REVIEW

REVIEW

CRITERIA

ENGINEERING

REVIEW

FESS REVIEW

W. GRIFFING

D. NEVIN

E. CRUMPLEY

M. OLSON / S. DIXON

D w g:

m

1-

-4 -1

3.

dw g P lo tte d:

3J U

L9

3:

:2 3p

.m

J

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L. HAMMOND

M-110-4-13

HVAC PLAN - SOUTH

SITE 39 ADDITION

E. CRAMER

D. BURRIS

J. HALM

B. HELD

T. RECHNER

HVAC PLAN - SOUTH

3/16"=1'-0"

3/16"=1'-0" 2 0 10 146

SCALE FEET

2 4 8 12

NEW

TOILET

LOW

LEVEL

COUNTING

HIGH LEVEL

COUNTING

UTILITY

ROOM

GROSS

ALPHA BETA

COUNTING

CORRIDOR

UTILITY

ROOM

CHEMISTRY LAB

BEAM ON

DOSE

DECON.

W/ TOILET

EP

SAMPLING

VEST

SAMPLE

RECEIVING

WEIGH AND

PREP.

TLD

TOILET

EXISTING

TOILET

EXISTING

UTILITY RM.

EXISTING

CORRIDOR

NEW

JANITOR

M-5

M-2

M-2

OFFICE

SPACE

M-5

KEY PLAN

M-5 4

M-2 aheider Rectangle aheider Callout

NEW HVAC UNIT

aheider

ATTACHMENT 2: SOLUTION 1 FLOORPLAN

D

5 4 3 2 1

D.1

C.7

F

C.7

C.9

E.3

E.2

1.9

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PROJECTNORTH

DATEFERMI LAB

REV. DATE DESCRIPTIONS

REVISIONS

DISCIPLINE

SUBMITTED DRAWING NO.

SCALE:

REV.

DATE

SUITE 107

APPROVED

SUBMITTED

(630) 820-1022

(630) 820-0350 FAX

60504

AURORA, ILLINOIS

DESIGNED

DRAWN

CHECKED

600 NORTH COMMONS DRIVE

CONSULTING ENGINEERS

CRAWFORD, MURPHY & TILLY, INC.

A/E CONSULTANT

REVIEW

REVIEW

CRITERIA

ENGINEERING

REVIEW

FESS REVIEW

W. GRIFFING

D. NEVIN

E. CRUMPLEY

M. OLSON / S. DIXON

D w g:

m

1-

-4 -1

3.

dw g P lo tte d:

3J U

L9

3:

:2 3p

.m

J

U L Y

L. HAMMOND

M-110-4-13

HVAC PLAN - SOUTH

SITE 39 ADDITION

E. CRAMER

D. BURRIS

J. HALM

B. HELD

T. RECHNER

HVAC PLAN - SOUTH

3/16"=1'-0"

3/16"=1'-0" 2 0 10 146

SCALE FEET

2 4 8 12

NEW

TOILET

LOW

LEVEL

COUNTING

HIGH LEVEL

COUNTING

UTILITY

ROOM

GROSS

ALPHA BETA

COUNTING

CORRIDOR

UTILITY

ROOM

CHEMISTRY LAB

BEAM ON

DOSE

DECON.

W/ TOILET

EP

SAMPLING

VEST

SAMPLE

RECEIVING

WEIGH AND

PREP.

TLD

TOILET

EXISTING

TOILET

EXISTING

UTILITY RM.

EXISTING

CORRIDOR

NEW

JANITOR

M-5

M-2

M-2

OFFICE

SPACE

M-5

KEY PLAN

M-5 4

M-2 aheider Rectangle aheider Rectangle aheider Callout

NEW HVAC UNIT

aheider Callout

NEW CHEM. LAB VAV UNIT

aheider

ATTACHMENT 3: SOLUTION 2 FLOORPLAN

D

5 4 3 2 1

D.1

C.7

F

C.7

C.9

E.3

E.2

1.9

S

W

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PROJECTNORTH

DATEFERMI LAB

REV. DATE DESCRIPTIONS

REVISIONS

DISCIPLINE

SUBMITTED DRAWING NO.

SCALE:

REV.

DATE

SUITE 107

APPROVED

SUBMITTED

(630) 820-1022

(630) 820-0350 FAX

60504

AURORA, ILLINOIS

DESIGNED

DRAWN

CHECKED

600 NORTH COMMONS DRIVE

CONSULTING ENGINEERS

CRAWFORD, MURPHY & TILLY, INC.

A/E CONSULTANT

REVIEW

REVIEW

CRITERIA

ENGINEERING

REVIEW

FESS REVIEW

W. GRIFFING

D. NEVIN

E. CRUMPLEY

M. OLSON / S. DIXON

D w g:

m

1-

-4 -1

3.

dw g P lo tte d:

3J U

L9

3:

:2 3p

.m

J

U L Y

L. HAMMOND

M-110-4-13

HVAC PLAN - SOUTH

SITE 39 ADDITION

E. CRAMER

D. BURRIS

J. HALM

B. HELD

T. RECHNER

HVAC PLAN - SOUTH

3/16"=1'-0"

3/16"=1'-0" 2 0 10 146

SCALE FEET

2 4 8 12

NEW

TOILET

LOW

LEVEL

COUNTING

HIGH LEVEL

COUNTING

UTILITY

ROOM

GROSS

ALPHA BETA

COUNTING

CORRIDOR

UTILITY

ROOM

CHEMISTRY LAB

BEAM ON

DOSE

DECON.

W/ TOILET

EP

SAMPLING

VEST

SAMPLE

RECEIVING

WEIGH AND

PREP.

TLD

TOILET

EXISTING

TOILET

EXISTING

UTILITY RM.

EXISTING

CORRIDOR

NEW

JANITOR

M-5

M-2

M-2

OFFICE

SPACE

M-5

KEY PLAN

M-5 4

M-2 aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Rectangle aheider Callout

NEW HVAC UNIT

aheider Callout

NEW CHEM. LAB VAV UNIT

aheider Callout NEW NON-CHEM. LAB VAV UNITS (TYP. of 9) aheider

ATTACHMENT 4: SOLUTION 3 FLOORPLAN

System Component Selection Summary

Primary

9Number of Rooms

9Number of Zones

Variable Air Volume (VAV)System Type:

VAV RH (30% Min Default) (DX)System Name:

Component Quantity

Cooling Coils 1

Heating Coils 10

Fans 2

Coil Location Coil Selection at Design Airflow Conditions at Design Water Flow Conditions

Time of Peak Total capacity

Sensible capacity

Vent Load

Ov/undr sizing Airflow Vent Enter DB/HR Leave DB/HR Flow

Enter Temp

Leave Temp

Mo/D/Hr (tons) (MBh) (MBh) (MBh) (MBh) (cfm) (cfm) (°F) (gr/lb) (°F) (gr/lb) (gpm) (°F) (°F)

Cooling Coils

SCC-1 DX Block 7/21 14:00 6.2 74.3 55.1 14.0 -9.4 2,044 344.7 79.0 75.31 52.8 61.09 N/A N/A N/A *Values do not include effects of plenum loads, heat exchangers such as evaporative cooling devices and similar components.

Heating Coils

Coil Location Coil Selection at Design Airflow Conditions at Design Water Flow Conditions

Time of Peak

Total capacity

Vent Load

Ov/undr sizing Airflow Vent Enter DB Leave DB Flow

Enter Temp

Leave Temp

Mo/D/Hr (MBh) (MBh) (MBh) (cfm) (cfm) (°F) (°F) (gpm) (°F) (°F)

SHC-1 Electric Block 1/21 05:00 0.0 12.9 0.0 1,722 344.7 77.8 55.0 N/A N/A N/A

VRH-1 Zn-140 - OFFICE Electric Peak 1/21 24:00 11.4 0.0 0.0 263 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-141 - SAMPLE RECV Electric Peak 1/21 24:00 2.1 0.0 0.0 49 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-142 - BREAK Electric Peak 1/21 24:00 1.9 0.0 0.0 44 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-143 - CORRIDOR Electric Peak 1/21 24:00 9.9 0.0 0.0 230 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-144 - EP SAMPLING Electric Peak 1/21 24:00 6.4 0.0 0.0 149 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-150 - CHEM LAB Electric Peak 1/21 24:00 9.2 0.0 0.0 213 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-152 - GROSS ALPHA

BETA COUNTING

Electric Peak 1/21 24:00 4.1 0.0 0.0 94 0.0 55.0 95.0 N/A N/A N/A

VRH-1 Zn-156 - HIGH LVL COU

NTING

Electric Peak 1/21 24:00 8.8 0.0 0.0 203 0.0 55.0 95.0 N/A N/A N/A

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Site 39 - EOL Replacement.mdf TRACE™ 3D Plus 4.01.97 Page 1 of 3

System Zone Type

Sizing Method

System Zone Type

Sizing Method aheider Text Box

ATTACHMENT 5: LOAD CALCULATION SUMMARY

(1 OF 5)

Heating Coils

Coil Location Coil Selection at Design Airflow Conditions at Design Water Flow Conditions

Time of Peak

Total capacity

Vent Load

Ov/undr sizing Airflow Vent Enter DB Leave DB Flow

Enter Temp

Leave Temp

Mo/D/Hr (MBh) (MBh) (MBh) (cfm) (cfm) (°F) (°F) (gpm) (°F) (°F)

VRH-1 Zn-160 - LOW LVL COUN

TING

Electric Peak 1/21 24:00 14.4 0.0 0.0 332 0.0 55.0 95.0 N/A N/A N/A

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Site 39 - EOL Replacement.mdf TRACE™ 3D Plus 4.01.97 Page 2 of 3

System Zone Type

Sizing Method aheider Text Box

(2 OF 5)

Load/Airflows

Location Cooling Heating

Area

Time of Peak

Supply Airflow

Sensible Load

Time of Peak

Supply Airflow

Sensible Load

(ft²) Mo/D/Hr (cfm) (Btu/h) Mo/D/Hr (cfm) (Btu/h)

VAV RH (30% Min Default) (DX) 3,691 N/A 1,895 N/A N/A 303 N/A

Zn-140 - OFFICE 476 7/21 15:00 899 6,093 1/21 24:00 270 7,111

140 - OFFICE 476 7/21 15:00 899 6,093 1/21 24:00 270 7,111

Zn-141 - SAMPLE RECV 153 7/21 16:00 168 1,795 1/21 24:00 50 1,329

141 - SAMPLE RECV 153 7/21 16:00 168 1,795 1/21 24:00 50 1,329

Zn-142 - BREAK 110 7/21 12:00 151 1,376 1/21 24:00 45 1,192

142 - BREAK 110 7/21 12:00 151 1,376 1/21 24:00 45 1,192

Zn-143 - CORRIDOR 432 7/21 15:00 786 2,444 1/21 24:00 236 6,211

143 - CORRIDOR 432 7/21 15:00 786 2,444 1/21 24:00 236 6,211

Zn-144 - EP SAMPLING 308 7/21 10:00 509 4,392 1/21 24:00 153 4,026

144 - EP SAMPLING 308 7/21 10:00 509 4,392 1/21 24:00 153 4,026

Zn-150 - CHEM LAB 638 9/21 14:00 728 7,619 1/21 24:00 218 5,758

150 - CHEM LAB 638 9/21 14:00 728 7,619 1/21 24:00 218 5,758

Zn-152 - GROSS ALPHA BETA COUNTING 318 9/21 14:00 323 3,749 1/21 24:00 97 2,551

152 - GROSS ALPHA BETA COUNTING 318 9/21 14:00 323 3,749 1/21 24:00 97 2,551

Zn-156 - HIGH LVL COUNTING 636 9/21 14:00 693 6,865 1/21 24:00 208 5,480

156 - HIGH LVL COUNTING 636 9/21 14:00 693 6,865 1/21 24:00 208 5,480

Zn-160 - LOW LVL COUNTING 619 9/21 14:00 1,135 8,036 1/21 24:00 340 8,972

160 - LOW LVL COUNTING 619 9/21 14:00 1,135 8,036 1/21 24:00 340 8,972

Fans

Efficiency

Efficiency with PRM

Fan Override Static

Pressure Flow Rate Power

Power with PRM

Fan Override

Motor Heat in Air

(%) (%) (in. Wg) (cfm) (W) (kW) (%)

VAV RH (30% Min Default) (DX) SF-1 System 53.00 N/A 3.00 2044 1,350 N/A 100.00

Zn-150 - CHEM LAB _EXHAUST FAN Zone 10.00 N/A 0.00 1500 0 N/A 100.00

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Site 39 - EOL Replacement.mdf TRACE™ 3D Plus 4.01.97 Page 3 of 3

System Zone Room

System Zone Type aheider Text Box

(3 OF 5)

System Cooling Checksums

VAV RH (30% Min Default) (DX)

Coil Peak

Peak Time (Mo/D/H:M): 7/21/14:00

Outside Air (DB/WB/HR): 87.9 / 74.0 / 107.9

Fan Peak

Peak Time (Mo/D/H:M): 7/21/14:00

Outside Air (DB/WB/HR): 87.9 / 74.0 / 107.9 Supply

°F

Temperatures

55.0

Return 77.2

Mixed Air

Fan Heat TD

79.0

2.1

Instant

Sensible

(Btu/h)

Time

Delay

Sensible

(Btu/h)

Latent

(Btu/h)

Total

(Btu/h)

Total of

Percent

Btu/h per ft²

0Roof 13,874 0 13,874 19.4 3.6

0Other Roof 0 0 0 0.0 0.0

5,198Glass 3,856 0 9,054 12.6 25.4

0Door 24 0 24 0.0 0.1

0Wall 6,335 0 6,335 8.8 1.4

0Below-Grade Wall 0 0 0 0.0 0.0

0Other Wall 0 0 0 0.0 0.0

0Partition 591 0 591 0.8 0.1

0Exterior Floor 0 0 0 0.0 0.0

0Interior Floor 0 0 0 0.0 0.0

0Slab -5,879 0 -5,879 -8.2 -1.5

0Other Floor 0 0 0 0.0 0.0

0Infiltration 0 0 0 0.0 0.0

Envelope Subtotal 5,198 18,802 00 33.524,000 -

1.89.16,4863,2581,518People 1,710

2.99.87,02203,690Lights 3,332

0.04.43,12800RA Sensible (Lights) 3,128

1.99.87,03202,272Miscellaneous Loads 4,760

23,669 33.03,2587,48012,930Internal Subtotal -

4,662Ventilation 0 9,319 13,981 19.5 -

0DOAS Direct to Zone 0 0 0 0.0 -

0Ceiling 0 0 0 0.0 0.0

0Refrigeration 0 0 0 0.0 0.0

0Service Water 0 0 0 0.0 0.0

0HVAC Equipment Losses 0 0 0 0.0 0.0

0Adj Air Transfer Heat 0 0 0 0.0 0.0

4,607Supply Fan Heat 0 - 4,607 6.4 -

0Time Delay Correction -117 - -117 -0.2 -

0Sizing Factor Correction - - 0 0.0 -

3,175Airflow Correction 0 2,350 5,525 7.7 -

30,572Grand Total 26,165 14,926 71,664 100.0

Instant

Sensible

(Btu/h)

Time

Delay

Sensible

(Btu/h)

Total

Sensible

(Btu/h)

Percent of

Total

Related

Area

(ft²)

0 13,874 13,874 31.3 3,908

0 0 0 0.0 3,908

5,198 3,856 9,054 20.4 356

0 24 24 0.1 293

0 6,335 6,335 14.3 4,570

0 0 0 0.0 0

0 0 0 0.0 4,570

0 591 591 1.3 5,997

0 0 0 0.0 0

0 0 0 0.0 0

0 -5,879 -5,879 -13.3 3,908

0 0 0 0.0 0

0 0 0 0.0 4,570

-54.124,00018,8025,198

3,6917.33,2281,5181,710

3,69115.87,0223,6903,332

3,69115.97,0322,2724,760

9,802 7,480 17,282 39.0 -

0 0.0 0

0 0 0 0.0 0

0 0.0 3,691

0 0.0 3,691

0 0.0 0

0 0 0 0.0 0

0 -117 -117 -0.3 -

0 - 0 0.0 -

3,175 - 3,175 7.2 -

18,175 26,165 44,340 100.0

Airflows

345Ventilation

2,044Main Fan cfm

Min Stop / Reheat 1,722

0Infiltration cfm/ft²

% OA

Engineering Checks

.55

Btu/h-ft² 19.43 cfm/ton 342.25 ft²/ton 617.95

People 16 ft²/person 226.55

16.87

Areas ft²

Roof

Other Roof

Ceiling

Window

Door

Wall

Below-Grade Wall

Other Wall

Partition

Exterior Floor

Internal Floor

Slab

Other Floor

3,908

3,908

4,570

4,570

5,997

3,908

File name:

Alternative: Primary Calculated at: Apr 25, 2023 - 11:29 AM

Site 39 - EOL Replacement.mdf TRACE™ 3D Plus 4.01.97 Page 1 of 1 aheider Text Box

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System Heating Checksums

VAV RH (30% Min Default) (DX)

Coil Peak

Peak Time (Mo/D/H:M): 1/21/05:00

Outside Air (DB/WB/HR): 28.0 / 28.0 / 22.5

Fan Peak

Peak Time (Mo/D/H:M): 7/21/14:00

Outside Air (DB/WB/HR): 87.9 / 74.0 / 107.9 Supply

°F

Temperatures

55.0

Return 90.3

Mixed Air

Fan Heat TD

77.8

0.0

Instant

Sensible

(Btu/h)

Time

Delay

Sensible

(Btu/h)

Latent

(Btu/h)

Total

(Btu/h)

Total of

Percent

Btu/h per ft²

0Roof -8,988 0 -8,988 67.1 -2.3

0Other Roof 0 0 0 0.0 0.0

-7,915Glass 0 0 -7,915 59.1 -22.2

0Door 72 0 72 -0.5 0.2

0Wall -9,666 0 -9,666 72.2 -2.1

0Below-Grade Wall 0 0 0 0.0 0.0

0Other Wall 0 0 0 0.0 0.0

0Partition 1,457 0 1,457 -10.9 0.2

0Exterior Floor 0 0 0 0.0 0.0

0Interior Floor 0 0 0 0.0 0.0

0Slab 9,735 0 9,735 -72.7 2.5

0Other Floor 0 0 0 0.0 0.0

0Infiltration 0 0 0 0.0 0.0

Envelope Subtotal -7,915 -7,390 00 114.3-15,305 -

0.2-4.6618326121People 171

2.7-45.26,05902,727Lights 3,332

0.046.7-6,25000RA Sensible (Lights) -6,250

1.7-48.16,44201,682Miscellaneous Loads 4,760

6,869 -51.33264,5312,012Internal Subtotal -

-12,873Ventilation 0 -9,203 -22,077 164.8 -

0DOAS Direct to Zone 0 0 0 0.0 -

0Ceiling 0 0 0 0.0 0.0

0Refrigeration 0 0 0 0.0 0.0

0Service Water 0 0 0 0.0 0.0

0HVAC Equipment Losses 0 0 0 0.0 0.0

0Adj Air Transfer Heat 0 0 0 0.0 0.0

0Supply Fan Heat 0 - 0 0.0 -

0Time Delay Correction 1,858 - 1,858 -13.9 -

0Sizing Factor Correction - - 0 0.0 -

15,260Airflow Correction 0 0 15,260 -113.9 -

-3,516Grand Total -1,001 -8,878 -13,394 100.0

Instant

Sensible

(Btu/h)

Time

Delay

Sensible

(Btu/h)

Total

Sensible

(Btu/h)

Percent of

Total

Related

Area

(ft²)

0 13,874 13,874 31.3 3,908

0 0 0 0.0 3,908

5,198 3,856 9,054 20.4 356

0 24 24 0.1 293

0 6,335 6,335 14.3 4,570

0 0 0 0.0 0

0 0 0 0.0 4,570

0 591 591 1.3 5,997

0 0 0 0.0 0

0 0 0 0.0 0

0 -5,879 -5,879 -13.3 3,908

0 0 0 0.0 0

0 0 0 0.0 4,570

-54.124,00018,8025,198

3,6917.33,2281,5181,710

3,69115.87,0223,6903,332

3,69115.97,0322,2724,760

9,802 7,480 17,282 39.0 -

0 0.0 0

0 0 0 0.0 0

0 0.0 3,691

0 0.0 3,691

0 0.0 0

0 0 0 0.0 0

0 -117 -117 -0.3 -

0 - 0 0.0 -

3,175 - 3,175 7.2 -

18,175 26,165 44,340 100.0

Airflows

330Ventilation

2,044Main Fan cfm

Min Stop / Reheat 1,722

0Infiltration cfm/ft²

% OA

Engineering Checks

.55

Btu/h-ft² -3.63 cfm/ton -1,831.14 ft²/ton -3,306.21

People 16 ft²/person 226.55

16.87

Areas ft²

Roof

Other Roof

Ceiling

Window

Door

Wall

Below-Grade Wall

Other Wall

Partition

Exterior Floor

Internal Floor

Slab

Other Floor

3,908

3,908

4,570

4,570

5,997

3,908

File name:

Alternative: Primary Calculated at: Apr 25, 2023 - 11:29 AM

Site 39 - EOL Replacement.mdf TRACE™ 3D Plus 4.01.97 Page 1 of 1 aheider Text Box

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