Конференции АВОК
В РАМКАХ ВЫСТАВКИ
МИР КЛИМАТА 2022
Дата проведения: 11 - 13.03.2022
Конференции АВОК
в рамках
Aquatherm Moscow 2021
Дата проведения: 04.02.2021
Международный
вентиляционный
конгресс
Дата проведения: 03.02.2021
Форум АВОК
Многоквартирные дома бизнес-класса.
Инновационное оборудование и технологии
Дата проведения: 02 - 05.03.2021
Современные решения
по обогреву
поверхностей
Дата проведения: 05.08.2020
МНОГОФУНКЦИОНАЛЬНЫЙ ГОСТИНИЧНЫЙ КОМПЛЕКС
Онлайн-форум АВОК
Инновационные технологии и оборудование инженерных систем
Дата проведения: 12 - 14.05.2021
КОНФЕРЕНЦИЯ и МАСТЕР-КЛАСС АВОК
на международной выставке
Engineerica
Дата проведения: 14.04.2021
Программы и онлайн-сервисы для проектирования,
расчета, эксплуатации инженерных систем,
подбора оборудования. BIM-технологии
Дата проведения: 02.06.2021
Симбиоз
архитектуры
и инженерии
Дата проведения: 04.06.2021
СОВРЕМЕННЫЙ ЗАГОРОДНЫЙ ДОМ
Онлайн-форум АВОК
Инновационные технологии и оборудование инженерных систем
Дата проведения: 23 - 25.06.2021
Конференция АВОК в Казахстане!
Высокие технологии
инженерных систем зданий и сооружений
Дата проведения: 08.09.2021
Умные технологии Москвы -
энергоэффективного города
онлайн форум
Дата проведения: 19 - 22.10.2020
Обеспечение безопасного микроклимата
медицинских организаций инженерными системами
в период COVID-19
Дата проведения: 08.12.2021
English version

4rd International Congress AirVent-2021

February 3, 2021,

Moscow Aquatherm Moscow 2021

The Congress will be held in an off-line format on the exhibition grounds, as well as in an on-line format on the ABOK webinar platform

The organizes:

  

 

Dear colleague, dear expert, we would like to draw your attention to the 4rd International Congress AirVent-2021, which will take place in Moscow, Russia, February 3, 2021, and will be hosted by international exhibition Aquatherm Moscow 2021 and co-organized by Russian HVAC Society ABOK, Reed Exhibitions and Hyve Group.

The key theme of the airvent-2021 Congress is "Air treatment, air distribution and air barriers as a measure to reduce the risk of spreading COVID-19".

The largest professional associations and organizations support the Congress: Federation of European Heating, Ventilation and Air Conditioning Associations (REHVA), American Society of Heating, Cooling and Air Conditioning Engineers (ASHRAE), European Association of Indoor Climate Industry (EUROVENT), Association of German Manufacturers of Heating Equipment (BDH), An industry association of German manufacturers of air conditioning and ventilation equipment (Gebäude-Klima eV), China Heating Association research, ventilation and air conditioning (CCHVAC), Moscow Architectural Institute (State Academy).

Authoritative foreign and Russian representatives of the professional community are invited to the congress with reports on global problems of the development of environmental engineering, the practical implementation of engineering ideas, and integral working together with the architects to deliver integrated sustainable design buildings

Сhairmen
Marianna Brodach

Professor at Moscow architectural institute (State Academy) vice-president ABOK

Congress partner:  

Ventart Group LLC

Conference participants: design engineers and specialists of technical services in the field of design, construction and operation of buildings for various purposes

To participate in the online congress in English, please send your name, organization and e-mail address to the e-mail address: efremov@abok.ru

To participate in the online Congress on the Russian language, sign up here

Invited speakers:

11:10 - 11:30
Who is at fault and what to do?

Iurii A. Tabunshchikov, President of ABOK, Professor, Doctor of Technical Sciences, Member of Russian Academy of Architecture and Building Sciences (RAASN), Fellow ASHRAE, Fellow REHVA, Corresponding member of VDI, Head of the Department "Engineering Equipment of Buildings and Structures", Moscow Architectural Institute (State Academy)

 

 


11:30 - 11:50
Definition of green investment in EU and translation into building environmental performance

 Frank Hovorka, President of The Federation of European Heating, Ventilation and Air Conditioning associations (REHVA)

 


 

11:50 - 12:10
REHVA COVID-19 guidance for HVAC systems operation and reduction the spread of viral diseases in workplaces

Jarek Kurnitski, Professor of Energy Performance and Indoor Climate in Buildings, Tallinn University of Technology, Faculty of Civil Engineering

New evidence on SARS-CoV-2 airborne transmission has made ventilation measures the most important engineering controls in the infection control. While physical distancing is important to avoid a close contact, the risk of an aerosol concentration and cross-infection from 1.5 m onward from an infected person can be reduced with adequate ventilation and effective air distribution solutions. Three levels of guidance are discussed in the presentation: (1) how to operate HVAC and other building services in existing buildings right now during an epidemic; (2) how to conduct a risk assessment and assess the safety of different buildings and rooms; and (3) what would be more far-reaching actions to further reduce the spread of viral diseases in future in buildings with improved ventilation systems.

 

12:15 - 12:35
Similarities and differences between REHVA’s & ASHRAE’s COVID-19 guidance
 

Valérie Leprince, PHD, member AIVC COVID-19 working group & ASHRAE’s Epidemic task force 

Ventilation is a major element in strategies for minimizing the risk of COVID propagation. REHVA and ASHRAE have developed guidelines taking into account evidence of aerosol-based transmission. This presentation will have a closer look at the similarities and differences between the guidelines by REHVA and ASHRAE 

 

 

12:35 - 12:50
A novel way of determining the neutral plane in stack effect calculations for the Moscow climate.

Peter Simmonds, Ph.D., Fellow and Life Member ASHRAE, FIBPSA

The calculation of stack effect is still a confusing phenomenon in tall building design. Temperature, and thus air density differences between indoors and outdoors cause stack pressure differences that drive airflows across the building envelope; the stack effect is this buoyancy phenomenon. The building is then characterized by an effective stack height and neutral pressure level (NPL) or leakage distribution, as described in many handbooks. Once calculated, these parameters can be used in physical, single-zone models to estimate infiltration.

The origin of stack effect comes from hydrostatic pressure differentials between building interiors and exteriors. Due to interior space heating or cooling of a building, different temperatures establish between the inside and outside of the building and thus result in air density variation in between. For any building associated with leakage, a neutral pressure level (NPL) exists, i.e., where the indoor and outdoor hydrostatic pressure are equal. Consequently, different densities of air lead to different stack pressures, positive and negative, at different heights except NPL. Thus, a pressure difference establishes across the building envelop at the same height. The magnitude of the pressure difference (ΔP) at the height (H) is related to the height of NPL (HNPL) and the indoor (Ti) and outdoor (To) temperatures.

The real question is how the Neutral Plane derived and calculated, this paper will provide a novel way of accurately calculating the neutral plane specific to the relationship of the building envelope openings and internal openings such as elevator doors and staircases.


12:55 - 13:10
The Louis Vuitton Museum in Paris. Just a fantastic project
.

Peter Simmonds, Ph.D., Fellow and Life Member ASHRAE, FIBPSA

 

 

 

 

13:10 - 13:20
Presentation of the new edition of R NP "ABOK" 5.3.2-2020 "Calculation and selection of air distribution devices". Solemn presentation of certificates to developers and diplomas to participating companies

Marianna Brodach, Vice-President ABOK, Professor of the Moscow Architectural Institute (State Academy), Fellow REHVA

  

 

 

13:20 - 13:40
New recommendations and manuals of ABOK on the calculation and selection of air distribution devices as a tool for preventing the spread of coronavirus infection

Andrey Strongin, Candidate of Technical Sciences, Head of the Laboratory of NIISF RAASN, head of the working group on the development of Recommendations of R NP "ABOK" 5.3.2-2020 " Selection and calculation of air distribution devices»

Ventilation systems are an important engineering tool for controlling the spread of coronavirus infection. Indoor air distribution determines the final effect of ventilation and air conditioning systems. Optimization of the design of air distribution devices makes it possible to improve the sanitary and epidemiological situation in the premises, eliminate overfilling, overcooling, drafts, dirty areas, and reduce the cost of heat and electricity

 

13:40 - 13:55
VENTART air distributors for medical institutions and premises for various purposes

Roman Mitronov, General Director of Ventart Group LLC, member of the working group on the development of Recommendations of R NP ABOK 5.3.2-2020 " Selection and calculation of air distribution devices»

 

 

 

 

13:55 - 14:15
Organization of air exchange and architectural and planning solutions for medical institutions as a measure of nonspecific prevention of nosocomial infection

Anna Borisoglebskaya, Professor at Moscow Architectural Institute (State Academy),, Chairman of the ABOK Committee  “Medical and Preventive Institutions”

 


 

 


European Union Green DealConsequences for the European heating industry and new technologies

Andreas Lücke, Hauptgeschäftsführer BDH Bundesverband der Deutschen Heizungsindustrie e.V.

The European Union Green Deal is the flagship of the new European Commission under the EC presidency Ursula von der Leyen. One part of the Green deal the European Commission published in September 2020 is a new target for the 2030 Greenhouse gas emissions reduction in comparison to 1990, to bring it up from 40 % to 55 %. The Green deal includes a strategy for a Renovation Wave for existing buildings with actions to switch fuels towards renewable heating solutions, install the most efficient energy products and appliances on renewable energy and integrate energy managements solutions in buildings.

The European people of the northern hemisphere use approximately 40 % of their energy consumption for space heating and the provision of hot water. Consequently, heating is by far the largest energy consuming sector in Europe and Asia. As Russia joined the Climate Agreement in September 2019 like the individual member states of the EU before, the participation in the climate protection process is also very important for Russia.

The presentation will illustrate the importance of the "heating market" particularly shown in the consumption of energy for space heating and hot water, also for ventilation and cooling in the EU. It will give an overview over the existing modern technologies for an energetic modernization of existing building as well as for new buildings, in particularly of the obsolete less efficiency installations to reach the ambitious climate targets. By explaining the benefits of new technologies like Fuel cells, hybrids and green gases combined with smart energy management systems the presentation will show the readiness of the European heating market to contribute to the targets of the reduction of CO2 emissions.

 

The possibility of calculation and selection of air distribution devices with the use of software calculation. TROX Solutions

Dmitry Kudryavtsev, Project Manager of Trox Rus LLC, participant in the development of recommendations

 



Non-typical air distribution in the office. CFD analysis of air parameters in the occupied space.

Mikhail Malygin, Chief Project Engineer, Clancy Engineering

Finding a solution for air distribution inside the unique interior’s offices. Calculations of the chosen air distribution scheme. CFD simulation of the implemented air distribution scheme. Analysis of the comfort criteria for the occupied zone. Revision of the air distribution scheme based on the results of CFD simulation.


The attractiveness of real estate objects due to effective engineering solutions. Overview of SP60.13330.2020 requirements

Alexander Kolubkov, Vice-president of ABOK, director of PPF "AK", member of ABOK Premium category

Recently, the interest of developers in comfort and business class housing has increased. How they imagine it, what they do in order to minimize the allocated space for engineering equipment and communications. What is the role of the designer, if he is such in fact, and does not build castles in the air and does not mislead the investor. Comparative analysis of engineering solutions for maintaining the microclimate parameters in the premises of residential buildings. How can I write a STU and make engineering systems not work? How does the understanding of problems and responsibility to buyers of apartments come and whether it comes at all. What is being done in this direction at the legislative level. Regulatory requirements in the draft revision of SP60. 13330, aimed at preventing solutions that are embedded in projects and lead to inoperable engineering systems.

To participate in the online congress in English, please send your name, organization and e-mail address to the e-mail address: efremov@abok.ru

To participate in the online Congress on the Russian language, sign up here


Contact:

Marianna Brodach vice-president ABOK, brodatch@abok.ru


President of the Russian Association of Engineers for Heating, Ventilation, Air Conditioning, Heat Supply and Building Thermophysics “ABOK”, Head of the Department of the Moscow Institute of Architecture (State Academy), Professor, Academician of the Russian State Academy of Architecture and Building Sciences, ASHRAE Fellow, REHVA, VDI Corresponding Member. He was awarded a personal diploma of the Intergovernmental Panel on Climate Change (IPCC) for his contribution to the work, following which IPCC was awarded the Nobel Peace Prize in 2007 for efforts to study and disseminate knowledge about global climate change as a result of human life and the development of fundamental activities, preventing these changes.

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