Specialised Services

Industrial Engineering
Process Critical Systems
Process Sustainability

Industrial Engineering | Triple P Approach

Why and what

Industrial engineering is the optimisation of complex processes and systems by developing, improving and/or implementing integrated building facilities.

Industrial engineering is the cornerstone for design.

An industrial engineering programme translates the process/production requirements in the quantitative and qualitative project design starting points.

(CSA, MEP)

Creating the IE Programme

The IE programme is initiated in the early stages of the project, spanning from project initiation through to conceptual design and engineering, and also utilising the Triple P Approach.

Process Critical Systems

Process Critical Systems

  • Utilities that come into contact with highly sensitive products industries like semiconductors and life sciences must be extremely pure, free from particles, contaminants, or dissolved substances.
  • Environmental, health, and safety (EHS) considerations are crucial due to the use of hazardous materials.
  • These process critical systems aim to ensure uninterrupted delivery of pure media, meeting quality and quantity.

Environmental & Safety Measures

Gas detection, Leak Detection Safety Systems

(gas detection, sprinkler, fire detection)

Performance surveys, impact assessment, permitting

(also QRA, PGS)

Expertise with international safety regulations

(ATEX, PGS, FM Global, NFPA, REACH, GHS)

Risk Assessment, Safety Audits

(HAZOP (Hazard and Operability Study), QRA and Explosion Safety Documents)

Process wastewater treatment and recovery,

chemical waste treatment and recovery, waste-air and exhaust-gas treatment

PCS Specific Services

1. Programming

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2. Design & Engineering

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3. Testing, Qualification and Validation

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4. Hook-Up

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5. Operational support

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Process Sustainability

Deerns Sustainability Approach

Process Critical Systems

  • Utilities that come into contact with highly sensitive products industries like semiconductors and life sciences must be extremely pure, free from particles, contaminants, or dissolved substances.
  • Environmental, health, and safety (EHS) considerations are crucial due to the use of hazardous materials.
  • These process critical systems aim to ensure uninterrupted delivery of pure media, meeting quality and quantity.

Process Sustainability

Sustainability Advisory

Process Critical Systems

  • Utilities that come into contact with highly sensitive products industries like semiconductors and life sciences must be extremely pure, free from particles, contaminants, or dissolved substances.
  • Environmental, health, and safety (EHS) considerations are crucial due to the use of hazardous materials.
  • These process critical systems aim to ensure uninterrupted delivery of pure media, meeting quality and quantity.

Process Critical Systems

  • Utilities that come into contact with highly sensitive products industries like semiconductors and life sciences must be extremely pure, free from particles, contaminants, or dissolved substances.
  • Environmental, health, and safety (EHS) considerations are crucial due to the use of hazardous materials.
  • These process critical systems aim to ensure uninterrupted delivery of pure media, meeting quality and quantity.

Environmental

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Social

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Governance

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Economic

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