Process Engineering
Swift TG Solutions provides fully integrated process engineering services to the process industries. We pride ourself on delivering projects of any scale; from rapid, small‑value tasks to multi‑million pound programs. We support every project stage: concept and feasibility, detailed design, manufacture and fabrication, commissioning, and operations support.
Our team applies rigorous process modelling, internals design, hydraulic analysis, and advanced simulation - Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) - to deliver safe, efficient, and compliant outcomes. We have a proven track record delivering turnkey solutions from design through to manufacture and ongoing operational support. With in‑house mechanical engineering expertise, we convert process concepts into detailed drawings and specifications, including stress, fatigue and integrity assessments, and manage end‑to‑end fabrication and assembly, from lower value prototypes to multi‑million‑pound modular packages.
Industry Sectors and Expertise
Oil & Gas (upstream, topsides and onshore processing)
Waste‑to‑Energy and Energy Recovery
Hydrogen and Emerging Energy Systems
Core Capabilities
Front‑End and Studies
Conceptual and feasibility studies
Debottlenecking and optimisation studies
Technology screening and options evaluation
Basis of Design (BoD) development and project definition
Modelling and
Analysis
Simulations
Hydraulic network studies (single, two‑phase, compressible and incompressible)
Process vessel internals selection and design (predominantly phase separation)
Computational Fluid Dynamics (CFD) for non‑standard and bespoke applications
Finite Element Analysis (FEA) for equipment, skids and support structures (stress, fatigue, vibration)
Detailed Process Design & Documentation
Preparation of Process Design Packages
Equipment specifications
Process Flow Diagrams (PFDs)
Heat, Mass and Energy Balances (HMEBs)
Piping and Instrumentation Diagrams (P&IDs)
Line sizing and hydraulic schematics
Operating and control philosophy and functional specifications
Datasheets, duty summaries, and detailed design calculations
Specialist Capabilities (from our track record)
Multiphase separation design: 2, 3 and 4 phase systems; compact cyclonic devices (both within vessels and in-line); hydrocyclones and conventional methods.
Pyrolysis and thermal decomposition process development and scale‑up
Combustion and species transport modelling; pollution dispersion and emissions studies
Rotating equipment design and analysis
Subsea and topsides separation technology R&D and internals optimisation
