[Online streaming course] IMPROVING AIR QUALITY (SARS COV 2 PREVENTION)

IMPROVING AIR QUALITY (SARS COV 2 PREVENTION) Current Regulations:

- Regulation of Thermal Installations in Buildings (RD 1027/2007)

- Occupational Risk Prevention: Occupational Risk Prevention, of Royal Decree 39/1997, approving the Regulation of Prevention Services.

- Royal Decree 374/2001, relating to the protection of workers against chemical agents.

1. IT Air Quality Requirement 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 external 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 outdoor air supply 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 the Filtration systems by recommendations against 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 Enthalpic Heat Recoverers.

3.1.3 Exchanger with cross-flow plates

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 the Soler & Palau program: easyvent), calculation of inlet temperatures and humidity by cross-flow with the SICRO program (Universitat Politècnica de València).

4. Air Disinfection System for SARS VOC 2 prevention

4.1 Disinfection systems against pathogens according to IDEA and ASHRAE recommendations.

4.1.1 Air disinfection system using UV-C system

4.1.2 Air disinfection system using Photocatalysis system.

4.1.3 Air disinfection system using Radical Hydroxyl.

4.2 Practical examples and existing equipment on the market.

5. Air Quality Measurement Systems.

5.1 Characteristics reading probes Air Quality (VOC's).

5.2 Characteristics and type of air quality study (biological).

5.3 Practical examples and reports.

5.4 Technical Instruction of the Air Quality Monitoring and Control Service.

5.4.1 VOC emission limit values for activities affected by RD 117/2003

5.4.2 Declaration of the source of volatile organic compounds in the environment department.

5.5 Mandatory periodic inspections.

6. Preventive Maintenance Protocols RD 1027/2007 and SARS VOC 2 prevention recommendations

6.1 Protocol of the tasks of Preventive Maintenance to realize.

6.2 Readings to be performed by technical staff during preventive maintenance.

6.3 Documentation to be provided to the Owner of the Installation.

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

At the moment we are currently facing the health crisis due to SARS-CoV-2 it is very important to know what technologies to apply in order to improve air quality in the workplace with compliance of current regulations as well as 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 must 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.

Cancellation of registrations:

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

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

Images and recording of the course: we inform you that, in compliance with the provisions of the RGPD, the current legal regulations on data protection and Law 1/1982 on civil protection, the right to honor, personal and family privacy and the image itself, photographs will be taken during the course and in certain cases will be recorded and / or broadcast live. In no case will the name of the Interested Party be published. The image is used legitimized by the legitimate interest of the College to promote these courses and their possible subsequent viewing by attendees.

Due to attendance, these images will be kept and while the course is posted on the platform. Once the time has elapsed to be able to view it later, it will no longer be uploaded to the platform and the images will be deleted with the appropriate security measures.

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