YOUR DIAGNOSTIC LABORATORY
"It is the correlation of results and the understanding of trends that allow for choice and anticipation"
SUPPORT FOR DECISION-MAKING
➡️Anamnesis of your systems and zero point
➡️Choice of sampling points
➡️Lists of parameters to control and their levels
➡️Definition of specific objectives
➡️Implementation of analysis techniques to be performed
➡️Periodicities and evolutions over time
➡️Choice of sampling points
➡️Lists of parameters to control and their levels
➡️Definition of specific objectives
➡️Implementation of analysis techniques to be performed
➡️Periodicities and evolutions over time
➡️Rapport by analysis type
➡️Mise results and highlights
➡️Etude trends and correlation of all parameters
➡️Synthèse overview, conclusion with hypotheses and areas for improvement
➡️Mise results and highlights
➡️Etude trends and correlation of all parameters
➡️Synthèse overview, conclusion with hypotheses and areas for improvement
➡️Support from a diagnostic expert for explanations and discussions about future hypotheses.
➡️Assistance in finding solutions through laboratory tests, research models, fluid behavior simulation (aging), and system modeling.
➡️Assistance in finding solutions through laboratory tests, research models, fluid behavior simulation (aging), and system modeling.
➡️Presentation of operational solutions and their potential applications.
➡️Selection of optimal solutions.
➡️Implementation and deployment.
➡️Monitoring of improvement areas and deployed solutions.
➡️Selection of optimal solutions.
➡️Implementation and deployment.
➡️Monitoring of improvement areas and deployed solutions.
➡️Implementation of a predictive system and fluid plan.
➡️Proposal of AI support and solutions to facilitate corrective actions and decision-making.
➡️Continuous improvement at your side.
➡️Proposal of AI support and solutions to facilitate corrective actions and decision-making.
➡️Continuous improvement at your side.
➡️Formations in conjunction with current standards, complemented by best practices. In this way, we make your day-to-day work easier, and meet your requirements and those of the various regulations as closely as possible.
➡️Vous provide training to give you even greater precision and ease of use. This can involve sampling, interpretation, the reaction of fluids to the environment and much more.
➡️Vous provide training to give you even greater precision and ease of use. This can involve sampling, interpretation, the reaction of fluids to the environment and much more.
➡️Dépôt of your analyses instantly after completion
➡️Accès personal access to your analysis & follow-up history
➡️Espace encrypted storage for easy consolidation of dedicated information
➡️Accès personal access to your analysis & follow-up history
➡️Espace encrypted storage for easy consolidation of dedicated information
DIAGNOSTICS AND ANALYSES
ENTRUST THE ANALYSIS OF YOUR OILS TO EXPERTS
WHAT IS OUR APPROACH?
- ANTARA GROUPE relies on its analysis and research laboratory to carry out predictive and proactive monitoring of installations: Rotating machine, Turbine, Turbo-compressor, Compressor, Press, Furnace, Diesel, Bio-Diesel, Process fluid, Hydraulic system, Lubrication.
- Our team of experts in tribology and filtration techniques is at your disposal to work with you to find the right solution to your problems. Our team includes lab technicians, engineers, and Ph.D.s, who can meet the specific needs of developments and, above all, stay one step ahead.
- A significant portion of our annual investments is dedicated to new techniques and technologies.
ANALYSIS
The laboratory conducts audits to detect anomalies and trace them back to their sources.
- Cleanliness audits
- Filtration and hydraulic system expertise
- Monitoring of system analyses
- Support for service interventions performed on customer sites
TYPES OF ANALYSIS
- Analysis of oil composition, anti-oxidants, and all the various oil degradation processes, potentially involving RULER, ESR, MPC, RPVOT, Water Content, APC, Viscosity, SEM, FTIR, ESR measurements.
- Automatic particle counting or operator counting, granulometry, foaming, demulsification, deaeration, TOST, CPA, Spectroscopy.
EXAMPLE OF PREDICTIVE ANALYSIS
Oil degradation test specifically according to existing standards.
- Definition of cleanliness objective according to standard 12669.
- Conducting an audit of the environment, working methods, and the various components of the system.
- Establishment of a predictive maintenance action plan based on analyses
TYPES OF ANALYSIS
- Quantitative and qualitative particle counting analysis according to ISO 4406 and 4407 standards.
- Identification of pollution and its nature, number, granulometric distribution, oil and patch color.
- Monitored by aqueous analysis and correlated according to system severity via MPC analysis (oxidation residue level in oil) and RULER analysis (anti-oxidant level remaining in oil), potentially accompanied by quarterly and/or annual analysis based on 45% viscosity, acidity, base number, or atomic element spectroscopy, as well as foaming, demulsification, or deaeration.
