An ENVID study is a structured, multidisciplinary assessment used to identify potential environmental hazards and impacts associated with project activities across the facility lifecycle. Conducted at early design stages and during project development, ENVID ensures that environmental risks - such as emissions, discharges, spills, and ecological impacts - are systematically identified and managed in line with regulatory and corporate sustainability requirements.

Bowtie Analysis is a visual, barrier-based risk assessment methodology used to clearly illustrate the pathways from hazards to potential consequences, along with the controls in place to prevent and mitigate them. Widely applied in the Oil & Gas industry, Bowtie provides a powerful and intuitive way to understand major accident risks by linking causes, preventive barriers, the top event, and mitigating measures within a single, easy-to-interpret diagram.

FMEA is a systematic and structured methodology used to identify potential failure modes within a system, equipment, or process, and evaluate their impact on safety, reliability, and performance. Widely applied across Oil & Gas facilities, FMEA helps anticipate how components may fail, understand the consequences of those failures, and prioritize actions to enhance system integrity and operational continuity.

A SIMOPS study is a structured risk assessment that evaluates the hazards arising from concurrent activities occurring within the same location or timeframe. In complex Oil & Gas environments - such as construction, commissioning, maintenance, and live operations - simultaneous activities can interact and significantly increase risk if not properly managed. Our SIMOPS workshops bring together multidisciplinary teams to systematically identify potential conflicts, assess associated risks, and define safe coordination strategies.

SIL / LOPA is a structured, semi-quantitative risk assessment methodology used to evaluate whether sufficient independent protection layers are in place to reduce identified risks to an acceptable level. LOPA builds upon scenarios identified in studies such as HAZOP by analyzing initiating events, consequences, and existing safeguards, while SIL assessment determines the required performance (reliability) of Safety Instrumented Functions (SIFs) in accordance with functional safety standards such as IEC 61511.

A HAZOP workshop is a structured and systematic review of a process or operation, using a guideword-based methodology to identify potential hazards and operability issues arising from deviations from the design intent. The study is conducted by a multidisciplinary team and facilitated by an experienced HAZOP leader, ensuring that all credible process deviations (e.g., no flow, high pressure, low temperature) are thoroughly examined. The review is typically performed using P&IDs and other design documents to assess how process parameters may deviate and impact safety, reliability, and performance.

A HAZID workshop is a structured, multidisciplinary review conducted at the early stages of a project to systematically identify potential hazards and major accident scenarios. It brings together experienced personnel from various disciplines - including process, operations, safety, and engineering - to evaluate risks associated with the facility, activities, and surrounding environment.