Exhibit 2. Vibrational Rotational Analysis Services SOW.pdf

SOW TEMPLATE 01.06.2025

SOW DATE: 3/5/2026

PROJECT TITLE: Vibrational Analysis of Rotating Equipment FERMIFOWARD SUBCONTRACT SPECIALIST: Seth Mercil, smercil@fnal.gov FermiForward POINT OF CONTACT: Omar Guzman, ogarfias@fnal.gov COUNTY THAT WORK WILL BE COMPLETED IN: DuPage☒ Kane☒ Fermilab County Line

INTRODUCTION

In order to maintain the continued operation of onsite rotating equipment, FermiLab requires a subcontractor to evaluate the mechanical condition, reliability and performance of rotating machinery using industry-standard vibration analysis techniques. This Statement of Work (SOW) defines the scope, deliverables, responsibilities, schedule, and technical requirements for vibration inspection and condition monitoring services for rotating equipment at Fermi National Accelerator Laboratory (FermiLab) in Batavia, Illinois. The Fermilab site is 6,800 acres and is owned by the Department of Energy (DOE) and operated by the Fermi Forward Discovery Group (FFDG).

The subcontractor shall provide all labor, materials, equipment, and supervision necessary to perform the work indicated in the scope of work below. A Service Coordinator will be assigned to provide oversight of the project.

PROJECT OBJECTIVES

1. Assess the health and operating condition of rotating equipment.

2. Identify abnormal vibration levels, defects, or developing failures.

3. Provide actionable recommendations to prevent unplanned downtime of critical equipment.

4. Establish baseline vibration data for trend monitoring.

5. Ensure compliance with applicable industry standards (e.g. ISO 10816/20816, API 610, API 686, or OEM requirements as applicable).

SCOPE OF WORK

1. Covered Equipment

a. The service provider shall perform vibration inspections on the following types of rotating equipment (as applicable):

i. Pumps (centrifugal, positive displacement)

ii. Motors (AC, DC, variable-speed drive motors)

iii. Fans, blowers, and compressors

iv. Gearboxes and speed increasers/reducers

v. Turbines (if included)

vi. Coupled machine trains

vii. Other equipment identified by the FFDG

b. An itemized list of equipment is provided in Attachment A: FermiLab Rotating Equipment List.

2. Pre-Inspection Services

a. Review equipment list, operating conditions, prior vibration data, and maintenance history.

b. Establish measurement points for each machine.

c. Confirm access, safety requirements, and lockout/tagout (LOTO) per facility rules.

Statement of Work 01.06.2025 Infrastructure Services Division https://fermipoint.fnal.gov/org/os/FESS/web_docs/Shared%20Documents/Fermilab%20-%20with%20County%20Lines-compressed.pdf

3. Vibration Data Collection

a. Collect vibration data in three axes (horizontal, vertical, axial) as applicable.

b. Measure at bearing housings, motor frames, gearbox input/output shafts, and other critical points.

c. Use calibrated vibration data collectors and accelerometers.

d. Collect measurements under normal operating conditions.

4. Vibration Data Analysis

a. Conduct spectral analysis (FFT).

b. Conduct time waveform analysis for complex machinery.

c. Evaluate:

i. Unbalance

ii. Misalignment

iii. Bearing defects

iv. Looseness

v. Resonance

vi. Gear mesh or vane pass issues

vii. Flow-induced or process-related vibration

viii. Electrical harmonics (if applicable)

d. Compare results with:

i. Industry standards (ISO/API)

ii. OEM specifications

iii. Historical trends

iv. Baseline values

5. Reporting

a. Provide a written report including:

i. Summary of findings

ii. Equipment condition assessment

iii. Vibration spectra and time waveform plots

iv. Severity ratings for each issue (Critical / Major / Minor / Normal)

v. Recommended corrective actions

vi. Any required immediate intervention

vii. Suggested follow-up or monitoring frequency

SCHEDULE

1. Vibration analysis shall be performed at frequencies indicated on Attachment A: FermiLab Rotating

Equipment List.

STANDARDS AND COMPLIANCE

All vibration monitoring and analysis shall conform to applicable standards, including but not limited to:

1. ISO 10816 / 20816 – Machine Vibration Severity

2. ISO 7919 – Shaft Vibration

3. API 610 – Centrifugal Pumps

4. API 687 – Machinery Installation

5. API 686 – Machinery Alignment

6. OEM equipment guidelines

7. FermiLab-specific safety and operating procedures

SAFETY REQUIREMENTS

1. All work shall comply with:

o Client safety policies o OSHA regulations (or local equivalents) o Lockout/tagout (LOTO) procedures when applicable o PPE requirements (hard hat, safety glasses, gloves, hearing protection, etc.)

GOVERNMENT FURNISHED PROPERTY

All supplies will be obtained from FFDG ISD stockroom operation and will be issued against work order.

PLACE OF PERFORMANCE

Fermi National Accelerator Laboratory (Fermilab), Central Utility Building, Batavia, IL 60510.)

ESTIMATED SCHEDULE/PERIOD OF PERFORMANCE

EST START DATE: 5/4/2026 EST END DATE: 5/3/2031

DELIVERABLES

1. Vibration measurement results.

2. Trend analysis (if applicable).

3. Final inspection report.

4. Corrective action recommendations.

5. Invoices.