We use our own and third-party cookies to make our website work safely and personalize its content. Likewise, we use cookies to measure and obtain data on your navigation and to adjust advertising to your tastes and preferences. Press the "Accept all" button to confirm that you have read and accepted the information presented. To manage or disable these cookies, click on "Configuration". For more information see our cookies policy.
Modify cookies
Technical and functional Always active
This website uses its own Cookies to collect information in order to improve our services. If you continue browsing, you accept their installation. The user has the possibility of configuring his browser, being able, if he so wishes, to prevent them from being installed on his hard drive, although he must bear in mind that such action may cause difficulties in navigating the website.
Analytics and personalization
They allow the monitoring and analysis of the behavior of the users of this website. The information collected through this type of cookies is used to measure the activity of the web for the elaboration of user navigation profiles in order to introduce improvements based on the analysis of the usage data made by the users of the service. They allow us to save the user's preference information to improve the quality of our services and to offer a better experience through recommended products.
Marketing and advertising
These cookies are used to store information about the preferences and personal choices of the user through the continuous observation of their browsing habits. Thanks to them, we can know the browsing habits on the website and display advertising related to the user's browsing profile.
  • Blog
  • Training
  • PHA Tecniques

    Risk identification

    By using techniques such as HAZOP, HAZID, WHAT-IF and FMEA, the risks inherent to a facility are identified and the best procedures available are applied (such as those published in C.P.R. 18E “Purple Book” of TNO or in “Guidelines for chemical process quantitative risk analysis” of CCPS/AICHE) in order to establish the hypotheses of accidents resulting from such risks.

    This data is then incorporated into an appropriate simulation model and the accidental consequences of the hypotheses proposed to foresee the physical effects of each one are determined. The reliability of a simulation is not guaranteed by the best software; it depends on who generates and interprets it. TEMA has been working for 30 years with specific models for the calculation of accident effects in the chemical industry, such as EFFECTS, PHAST, DEGADIS, HEGADAS and ALOHA, PHA-WORKS, DNV-Pro, therefore, it has unique experience in this regard.

    • FERA
    • BRA
    • QRA
    • RAM

    Request more info

    I accept the legal terms