In industries where business continuity is critical, not having adequate risk management in place jeopardizes the integrity of assets and the safety of personnel. And the absence of up-to-date data and technical models exposes organizations to unforeseen failures and regulatory sanctions.
In addition, the absence of advanced tools limits the ability to anticipate critical events, increasing corrective maintenance costs and affecting the reliability of the entire industrial operation.
Our solution combines advanced technology for operational risk management. We apply normative and customizable models that allow you to protect your industrial assets with real-time information.
Up-to-date data and clear visualizations.
Identifies risks before they materialize.
Improves asset availability.
Prioritizes inspections and maintenance.
Complies with current legal requirements.
Locate and manage risk on interactive GIS maps.
Fully customizable models and reports.
Minimizes costs due to failures and unplanned maintenance.
Our team is comprised of engineers specializing in operational risk, asset integrity, GIS and technology implementation. We combine field experience, regulatory expertise and digital capabilities to deliver comprehensive and customized solutions to each client.
It is a notification based on the exact location of the asset that indicates a latent risk or out-of-standard condition.
Risk reassessment is the continuous process of reviewing and updating asset risk models, taking into account new operational data, inspection results and changes in the operating environment. It is essential to do it periodically or when significant changes occur in the operation, such as process modifications, the acquisition of new assets or regulatory changes.
Risk assessment methodologies include probabilistic models, risk indices and indexing models such as Muhlbauer, which are used to assess the probability of asset failures and their potential impact. International standards such as API 580/581 are also used to ensure that assessments are aligned with the best industry standards.
Risk reporting is customized to the operational and regulatory needs of each company. This includes the configuration of risk parameters, the selection of key performance indicators (KPIs), and the integration of data from different sources, such as IoT sensors, inspection reports and geospatial analysis. Reports can also be configured to generate automatic alerts and recommended actions.
The probabilistic risk model is based on uncertainty and evaluates different failure scenarios based on the probability of occurrence, while the deterministic model is based on fixed parameters and assumes that events will occur according to a single set of conditions. Probabilistic models are more flexible and accurate for estimating the long-term behavior of assets.
Asset integrity management (AIM) is a comprehensive approach to monitoring, assessing and maintaining critical assets within a plant or infrastructure. Through a continuous cycle of inspection, analysis and maintenance, AIM ensures that assets operate safely, reliably and efficiently, helping to prevent catastrophic failures and reduce operational risks.
The customization of the risk modules in PIDT allows the software to be tailored to the specific needs of the company, adapting risk models, reports, and alerts according to the operational and geographical characteristics of the assets. This optimizes the accuracy of risk management and ensures that the software is fully relevant to the client’s specific conditions.
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Integridad, Interruptor TECNA, Protección Catódica - Online
Diego Mendoza
Huella de carbono, Riesgos, Seguridad de procesos, Servicios GIS, Software de Integridad, Software HSEQ, Software seguridad de procesos, Tecnología - Online
Andrea Acosta
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It contains the relevant KPIs to obtain a risk ranking, which are represented by means of dashboards.
Integrates the PIDT Plants with the SCADA tool, in order to calculate the risk, making use of variables such as pressure,
temperature, flow, etc.
Bulk loading of inspections performed on static equipment, generating an inspection plan derived from RBI and sending SAP alerts.
It allows the centralization and codification of the information related to the integrity of the Asset: The necessary nomenclatures are defined in order to identify each document according to its origin. Likewise, each document can be classified in relation to the process in which it is involved. It allows organizing documents by means of a hierarchical tree that enables searches and filters to quickly find documents.
Allows the management, analysis and visualization of information compared to company targets related to:
Allows the evaluation and control of modifications to the design of facilities, operation, organization or activities; prior to implementation, in order to ensure that no new elements will be introduced that increase the risk and existing hazards to the business, people or the environment based on applicable regulations.
Allows the consultation of information associated with the life cycle of the asset and its accessories.
Assesses and analyzes the risk level of the Assets to generate an inspection plan. It is designed to perform the calculation and analysis of static equipment risk under the RP API 581-16 standard. The user will be able to create the required risk assessments
to generate a valuation and inspection plan.
It allows the centralization and codification of the information related to the integrity of the Asset: The necessary nomenclatures are defined in order to identify each document according to its origin. Likewise, each document can be classified in relation to the process in which it is involved. It allows organizing documents by means of a hierarchical tree that enables searches and filters to quickly find documents.
