Enerxon know how to successfully develop and optimise energy, oil & and gas as well as minerals projects. We assist customers in developing new ventures and enhancing the success of existing operations. Our expert teams are well versed in all phases of project development from initial project planning through to delivery of the product to the customer.

Enerxon’s expertise includes electrical, mechanical, piping, welding and structural engineering. We offer simulation, enterprise integration, integrated automation processes, and interactive 3D and 4D modeling.

Our sustainability and environmental services expertise helps clients assess their operations while providing the tools necessary to solve environmental challenges and improve our clients’ efficiency and business performance. We provide practical and reliable solutions to help energy, mining and oil and gas companies meet difficult technical challenges unique to their industry.


Conceptual Design

Conceptual Design

Feasibility and conceptual studies are provided according to the client’s needs in order to deliver the best technical solutions before the project enters the engineering phase. For the conceptual and feasibility studies, Enerxon uses various software and modeling tools available in the market.

Between the conceptual and feasibility studies Enerxon offers:

  • State Steady Modelling.
  • Finite Element Modelling.
  • Energy Analysis.
  • Flow Assurance Studies.
  • Computational Fluid Dynamic.


After the feasibility and conceptual studies are reviewed and accepted by the client, the project enters the
engineering phase, which could include:

  • Process.
  • Pressure Vessels.
  • Rotating Equipment.
  • Computing.
  • Piping, Civil Works.
  • Cost Control and Scheduling.

Basic Engineering Design (BED) Covering

The BED information package includes core documentation for the project, including:

  • Identification of the Scope.
  • Equipment Process Specifications.
  • Material Balances.
  • Definition of Control and Safety Devices.
  • Piping Diagrams.
  • Process Flow and Control Diagrams.
  • Material of Construction Diagrams.
  • Detailed Operating Instructions.
  • Analytical Procedure Manual.
  • Equipment Sizing.
  • Equipment Layout.


Front End Engineering Design

Front End Engineering Design (FEED) Covering

During the FEED phase, Enerxon collects all the project specific requirements, technical information and rough investment cost for the project. The FEED can be divided into different packages, covering the different parts of the project. The FEED is used as a basis for bidding the execution phase contracts and as a design basis. Generally speaking, the FEED includes all the studies to be performed before ordering the main equipment.


Detail Engineering

Detail Engineering Covering

Detail engineering follows FEED and is undertaken by project teams using the best design tools available in the market. During this phase, the various teams create a full definition of every aspect of the project. This phase includes all the studies necessary to be performed before the construction of the project starts.

  • Engineering Execution Strategy.
  • Commencement of Detail Design.
  • Hazards Identification.
  • Design Development.
  • Design Review and Audit.
  • Design Approval.
  • Approval for Construction.
  • Design Close Out.
  • Material of Construction Diagrams.
  • Detailed Operating Instructions.
  • Analytical Procedure Manual.
  • Equipment Sizing.
  • Equipment Layout.


Piping Engineering

Piping Engineering

Enerxon’s piping design engineering team provides quality piping system design services at competitive rates across industries such as oil & and gas as well as process industries like petrochemical, pharmaceutical, fertiliser while including utilities such as water and effluent treatment and power.

Our piping design consultants can help design engineering companies and EPCs (Engineering, Procurement and Construction) to speed up the delivery of detailed engineering plans in order to meet tight schedules.