[POSTGRADUATE ONLINE streaming] CHEMICAL RISK SAFETY ENGINEER.

Aimed at engineers who want to know in more detail the methods to improve air quality and apply it in real cases.

This course allows to justify part of the hours of continuous training necessary to access the certification of Expert in Energy Audits, certification accredited by ENAC according to the ISO 17024: 2012 Standard. All the information to be able to access the certification is available at https://certificacioprofessional.cat/

The aim of the course is to get to know in depth the regulations and technology that exist today to improve air quality.

At a time when we are currently facing a health crisis due to SARS-CoV-2, it is very important to know what technologies to apply in order to be able to improve air quality in workplaces with compliance. of the current regulations as well as the recommendations published by the IDAE and ASHRAE.

The course is structured in the analysis of regulations and then delve into the part of calculation, design and execution of facilities.

The aim is for students to finish the course knowing all those key aspects that need to be taken into account when calculating and installing disinfection, filtration and ventilation systems with heat recovery, in new or existing facilities. , complying with the current regulatory framework.

1. Air Quality Requirement IT 1.1.4.2 RD 1027/2007. (Outdoor Air Contribution)

1.1 Selection of the Air Quality category according to the use in the buildings and minimum flow of outside ventilation air.

1.2 Calculation methods according to RD 1027/2007.

1.2.1 Indirect method of outdoor air flow per person.

1.2.2 Direct method by CO₂ concentration

1.2.3 Indirect method of air flow per unit area

1.3 Practical examples and application of the different methods.

1.4 Improvements and recommendations for the supply of outdoor air according to IDAE and ASHRAE

2. Minimum outside ventilation air filtration IT 1.1.4.2.4 (Filtration Systems)

2.1 Classification of filtration systems according to the type of activity

2.2 Classification and characteristics of the different filtration systems

2.2.1 Particle filtration systems

2.2.2 Absolute particle filtration systems (EPA, HEPA and ULPA)

2.2.3 Electrostatic filtration systems

2.2.4 VOC filtration systems. (Activated Carbon)

2.3 Improvement of Filtration systems by recommendations in front of * COVID - 19 IDAE and ASHRAE

2.4 Practical examples, list of manufacturers and certifications of existing filters on the market

3. Heat recovery systems to meet the requirements of well-being, hygiene and energy efficiency

3.1 Classification and characteristics of heat recuperators

3.1.1 Thermal Heat Recovery

3.1.2 Entrapic Heat Recoverers

3.1.3 Cross-flow plate heat exchanger

3.1.4 Exchanger with parallel flow plates

3.1.5 Exchanger with rotary flow plates

3.2 Compliance with ERP2018 energy efficiency regulations

3.3 Control systems (by-pass system, Modbus integration, recovery programming)

3.4 Practical application:

Selection of heat recuperators (use of Soler & Palau program: easyvent)

Calculation of inlet temperatures and humidity by cross flow with the SICRO program (Polytechnic University of Valencia).

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Depending on the registrations made, the training action will be viable or not, which is why it is important that you notify the cancellations.

The cancellation must be communicated 48 hours before the start of the training via e-mail formacio@cetit.org, if 100% of the amount of the training action will not be invoiced.

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