Vogal Group deliver M&E Projects.

Vogal Group completed a heavy-duty mechanical installation for a major UK food manufacturer. This work formed part of a multi-million-pound investment toward Net Zero and involved the mechanical integration of energy-saving evaporator technology. We were appointed to deliver the specialist industrial mechanical services for this critical infrastructure project. This wasn’t just about heavy lifting; it was about precision engineering at scale:

Our Approach: Precision & Validation

Before boots hit the ground, we prioritised rigorous technical validation:

  • Weld Code Development: Established new weld procedure and weld codes for the main evaporator joints.
  • Verification Procedures: To ensure absolute integrity, we developed a tube-flaring procedure. Test sections were flared into a pre-bored plate and sent to France for independent pull testing to validate our methodology.

Technical Execution & Heavy Lifting

Once equipment arrived on-site, working with our customer's project team, we handled the full installation lifecycle:

  • Precision Positioning: Using a 450t main crane and 60t tailing crane, the unit bases were positioned, lined, and levelled.
  • Structural Integration: We executed the sequential lifting and alignment of the main tube nests. While our teams completed full-penetration welding on the first unit, we simultaneously aligned and tack-welded units two and three to maintain a lean project timeline.
  • Quality Assurance: All primary welds underwent Ultrasonic Testing (UT) to guarantee structural integrity.

 

Vogal Group deliver M&E projects.

Specialist Tube Installation

Vogal Group managed the installation of 17,409 tubes across three evaporators (34,818 individual flares):

Bespoke Innovation: We utilised a custom-designed lifting frame, engineered and tested in-house, to safely transport tubes to the evaporator heads.
Distortion Control: Tubes were flared using a specific mechanical sequence to prevent calandria plate distortion.

Final Testing & Commissioning

The project concluded with a two-phase pressure testing regime:

  • Phase 1: Verified the integrity of the tube flaring.
  • Phase 2: Following the installation of the distribution plates the lids were fitted and torque-sequenced to the main body, the upper and lower chambers underwent final pressure validation.

The Outcome

Partnering closely with our customer, we delivered a comprehensive mechanical solution, seamlessly managing every phase from pre-planning through to heavy lift execution. This project sets a new benchmark for precision engineering within the UK’s sustainable manufacturing sector. We are proud of the team and the incredible collaboration with our customer.

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