FONEBOXENGINEERING & EPC

Capabilities

From investment premise to operating asset.

FoneBox integrates project development, engineering and field delivery around one control basis. The objective is not activity—it is a safe, compliant asset that performs against the owner’s approved technical and commercial requirements.

01Development advisory
02FEED & detailed engineering
03EPC & EPCM
04Commissioning & operations

Integrated scope

Technical depth organized around execution.

Each discipline is connected to a decision, contract package, field workfront, test boundary or operating requirement. That is how engineering becomes executable.

A

Project development & advisory

Establish the evidence, alternatives and risk posture required to commit capital deliberately.

  • Opportunity and site screening
  • Technical and commercial feasibility
  • Pre-FEED and concept selection
  • Execution strategy and packaging
  • CAPEX/OPEX and schedule basis
  • Permitting, utility and stakeholder interfaces
  • Bankability and technical due diligence
  • Owner’s engineering and lender support
B

Engineering & design

Convert the approved concept into coordinated, procurable and construction-ready information.

  • Design basis and battery limits
  • Process, mechanical and piping
  • Civil, structural and architectural
  • Electrical power systems
  • Instrumentation and controls
  • Industrial utilities and HVAC
  • 3D model and interface coordination
  • Constructability and value engineering
C

Procurement & supply chain

Control technical compliance, commercial exposure and required-on-site dates from RFQ through receipt.

  • Procurement plan and bidder strategy
  • Vendor prequalification
  • Technical and commercial bid evaluation
  • Purchase-order scope and data requirements
  • Vendor-document control
  • Inspection and test planning
  • Expediting and logistics
  • Material control and preservation
D

Construction & project controls

Integrate field work with engineering, material availability, safety, quality, schedule and completions.

  • Construction planning and work packaging
  • Site logistics and mobilization
  • Subcontract strategy and administration
  • Field engineering and RFI control
  • HSE and quality management
  • Integrated cost and schedule control
  • Change, risk and interface management
  • Progress measurement and forecasting
E

Electrical, automation & OT

Deliver the power, instrumentation and control architecture required to operate the asset safely and repeatably.

  • MV/LV distribution and protection
  • MCC, VFD and motor systems
  • PLC, DCS, SCADA and HMI
  • Instrumentation and analyzer systems
  • OT networks and system integration
  • Power and energy management
  • Cause-and-effect and control narratives
  • FAT, SAT, loop checks and functional testing
F

Commissioning & asset readiness

Manage the transition from installed equipment to accepted, operable and maintainable systems.

  • Systemization and turnover strategy
  • Mechanical-completion verification
  • Pre-commissioning and energization
  • Startup sequence and readiness reviews
  • Performance and reliability testing
  • Operator procedures and training
  • Asset register and maintenance basis
  • As-built, vendor-data and closeout dossiers

Execution assurance

Governance embedded in the deliverables.

01

Scope control

Design criteria, battery limits, interfaces, deliverable registers and acceptance requirements are baselined and changed deliberately.

02

Technical assurance

Reviews are scheduled around design maturity, hazards, operability, constructability, maintainability and readiness—not calendar habit.

03

Information control

Documents, models, submittals, vendor data, comments and as-built status are governed through defined workflows and ownership.

04

Completion evidence

Inspection records, test results, punch closure, certificates, manuals, training and performance evidence remain traceable to each system.

Define the exact scope needed for your next decision.

Discuss the mandate