HAZOP

As part of the HyNet North West Low Carbon Project, Eni will develop and operate offshore and onshore transportation and storage of CO2 captured from industrial sites in Northwest England at the Liverpool Bay offshore oil and gas facilities in line with its mission to transition towards a low-carbon future.Â

The Protos pipeline is one of several pipelines being installed as part of the Carbon Capture network.

Client
Eni
Industry
Carbon Capture and Storage
Location
United Kingdom
Services
HAZID
ENVID
HAZOP
SIL Classification (via Risk Graph)
SIMOPS
Project Risk Assessment
Year
2024
Client
  • Eni
Industry
  • Carbon Capture and Storage
Location
  • United Kingdom
Services
  • ENVID
  • HAZID
  • HAZOP
  • Project Risk Assessment
  • SIL Classification (via Risk Graph)
  • SIMOPS
Year
  • 2024

The challenge

To address potential risks and hazards associated with the project during the Front End Engineering Design (FEED) phase, Process Risk Consulting were commissioned to facilitate the Project Risk Assessment, Hazard Identification (HAZID), Environmental Identification (ENVID), Simultaneous Operations (SIMOPS), Hazard and Operability (HAZOP) and Safety Integrity Level (SIL) Allocation Workshops , in line with ENI Guidelines for the Protos pipeline and associated facilities.

The scope of workshop included all of the onshore transport and storage facilities including several onshore pipelines and Above Ground Installations (AGI’s).

As part of the HyNet North West Low Carbon Project, Eni will develop and operate offshore and onshore transportation and storage of CO2 captured from industrial sites in Northwest England at the Liverpool Bay offshore oil and gas facilities in line with its mission to transition towards a low-carbon future.Â

The Runcorn pipeline is one of several pipelines being installed as part of the Carbon Capture network.

Client
Eni
Industry
Carbon Capture and Storage
Location
United Kingdom
Services
HAZID
ENVID
HAZOP
SIL Classification (via Risk Graph)
SIMOPS
Project Risk Assessment
Year
2024
Client
  • Eni
Industry
  • Carbon Capture and Storage
Location
  • United Kingdom
Services
  • ENVID
  • HAZID
  • HAZOP
  • Project Risk Assessment
  • SIL Classification (via Risk Graph)
  • SIMOPS
Year
  • 2024

The challenge

To address potential risks and hazards associated with the project during the Front End Engineering Design (FEED) phase, Process Risk Consulting were commissioned to facilitate the Project Risk Assessment, Hazard Identification (HAZID), Environmental Identification (ENVID), Simultaneous Operations (SIMOPS), Hazard and Operability (HAZOP) and Safety Integrity Level (SIL) Allocation Workshops , in line with ENI Guidelines for the Runcorn pipeline and associated facilities.

The scope of workshop included all of the onshore transport and storage facilities including several onshore pipelines and Above Ground Installations (AGI’s).

As part of the HyNet North West Low Carbon Project, Eni will develop and operate offshore and onshore transportation and storage of CO2 captured from industrial sites in Northwest England at the Liverpool Bay offshore oil and gas facilities in line with its mission to transition towards a low-carbon future.

Client
Eni
Industry
Carbon Capture and Storage
Location
United Kingdom
Services
HAZID
ENVID
HAZOP
SIL Classification (via Risk Graph)
SIMOPS
Project Risk Assessment
Year
2024
Client
  • Eni
Industry
  • Carbon Capture and Storage
Location
  • United Kingdom
Services
  • ENVID
  • HAZID
  • HAZOP
  • Project Risk Assessment
  • SIL Classification (via Risk Graph)
  • SIMOPS
Year
  • 2024

The challenge

To address potential risks and hazards associated with the project during the Front End Engineering Design (FEED) phase, Process Risk Consulting were commissioned to facilitate the Project Risk Assessment, Hazard Identification (HAZID), Environmental Identification (ENVID), Simultaneous Operations (SIMOPS), Hazard and Operability (HAZOP) and Safety Integrity Level (SIL) Allocation Workshops , in line with ENI Guidelines for the Padeswood pipeline and associated facilities.

The scope of workshop included all of the onshore transport and storage facilities including several onshore pipelines and Above Ground Installations (AGI’s).

As part of Saudi Aramco’s continuous upgrades of existing facilities in order to increase production, Saudi Aramco are upgrading a number of their offshore platforms within the Abu Safah field through the installation of Electrical Submersible Pumps (ESP’s).

Client
Saudi Aramco
Industry
Offshore Oil and Gas
Location
Saudi Arabia
Services
HAZID
HAZOP
LOPA
Year
2024
Client
  • Saudi Aramco
Industry
  • Offshore Oil and Gas
Location
  • Saudi Arabia
Services
  • HAZID
  • HAZOP
  • LOPA
Year
  • 2024

The challenge

To address potential risks and hazards associated with installation ESP’s on the existing platforms, and installing completely new platforms, Process Risk Consulting were instructed with the task of chairing a series of Safety Study workshops including a Hazard Identification (HAZID), Hazard and Operability (HAZOP) and Layers of Protection Analysis (LOPA) in accordance with Saudi Aramco Guidelines SAEP-104 and SAEP-250.

As part of Saudi Aramco’s continuous upgrades of existing facilities in order to increase production, Saudi Aramco are upgrading a number of their offshore platforms within the Abu Safah field through the installation of Electrical Submersible Pumps (ESP’s).

Client
Saudi Aramco
Industry
Offshore Oil and Gas
Location
Saudi Arabia
Services
HAZID
HAZOP
LOPA
Year
2024
Client
  • Saudi Aramco
Industry
  • Offshore Oil and Gas
Location
  • Saudi Arabia
Services
  • HAZID
  • HAZOP
  • LOPA
Year
  • 2024

The challenge

To address potential risks and hazards associated with installation ESP’s on the existing platforms, and installing completely new platforms with ESP’s, Process Risk Consulting were instructed with the task of chairing a series of Safety Study to identify the hazards that could lead to overpressure pressure scenarios in order to ensure that the High Integtiy Protection System (HIPS) can protect against them. This was done through chairing a series of Overpressure Process Hazard Analysis (OPHA) (also known as a HAZOP) and an Overpressure Layers of Protection Analysis (LOPA) for the entire network of platforms going upto the onshore Gas Oil Separation Plant (GOSP).