Dusts Institute is a collaborative platform that combines a research faculty, art institution and community space.
________________________________________________________________________________________________________________________________________________________________________________________________________________________
________________________________________________________________________________________________________________________________________________________________________________________________________________________
9.12. - 31.01.2020
Adam Hudec “Prachovnice” at GAB
16.12.2020
Dusts Hunting workshop in Brno
26.12.2020-23.01.2021
Adam Hudec at ‘Beyond Human Power’ exhibition in Chongqing
1.2. - 28.2.2021
Adam Hudec “Vzduchoprach(y)” at Pragovka
11.2.2021
Korzo Pragovka - Prachytač Workshop and Lecture
March 2021
Die Feinstaubjagd workshop in Vienna
April 2021
Dusts Free Chamber MQ in Wien
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Latest projects
Dusts Catcher
Particulate matter is known to function as a carrier for many chemical and biological contaminants including viruses that float all around us while we are unable to feel or see them.
Dusts Catcher Kit is a simple, foldable and fully recyclable tool for collecting and materialising airborne dusts. The nanofabric is inserted into the folding paper device that materialises the particulate matter by collecting dusts particles from the environment and it transforms otherwise invisible airborne dusts into visible and tangible objects.To find a proper collection place, the participant needs to consider the wind direction, since wind is a carrier of airborne dusts. Placing the device on the breathable level for one day ensures that the collected dusts is a good representation of the dusts particles we inhale.
After the collection, the gradient tool might be used to identify the type of collected dusts.
__________________________________________________________________________________________________________
Dusts Chambers
Instruments for recalibrating our common knowledge about the environment
Project Dusts Chambers attempts to exceed how we perceive, process and understand the reality of human impact upon the environment by looking at one element in the air - airborne dusts. The project investigates particulate matter as an information carrier of our social, cultural and economic cycles settled on a facade of cultural monuments over time. Dusts Chambers reveal the invisible scales of changing environment and make it perceivable by the human body. Thus, physical perception has the potential to act as a catalyst in our rediscovery of the interrelationship between dusts and culture, political choices, environment, individual decisions and our bodies.
Project Dusts Chambers attempts to exceed how we perceive, process and understand the reality of human impact upon the environment by looking at one element in the air - airborne dusts. The project investigates particulate matter as an information carrier of our social, cultural and economic cycles settled on a facade of cultural monuments over time. Dusts Chambers reveal the invisible scales of changing environment and make it perceivable by the human body. Thus, physical perception has the potential to act as a catalyst in our rediscovery of the interrelationship between dusts and culture, political choices, environment, individual decisions and our bodies.
__________________________________________________________________________________________________________
Dusts Scales
Trust in technology and digital data are often the only channels we learn about human contribution to the changing nature. This fact is underlain by the belief that our co-existence with the environment is understood through data and computation technologies. However, architecture can provide tools and instruments to navigate our attention towards context and concepts that recalibrate our common knowledge about the environment. Therefore, the collective scale is about common knowledge, awareness and interactions between the human and non-human world. It is about becoming conscious of how human beings are connected with other non-human beings such as minerals, flora and fauna. The understanding of a collective coexistence must question our sense of what we perceive as real and non-existent.
Trust in technology and digital data are often the only channels we learn about human contribution to the changing nature. This fact is underlain by the belief that our co-existence with the environment is understood through data and computation technologies. However, architecture can provide tools and instruments to navigate our attention towards context and concepts that recalibrate our common knowledge about the environment. Therefore, the collective scale is about common knowledge, awareness and interactions between the human and non-human world. It is about becoming conscious of how human beings are connected with other non-human beings such as minerals, flora and fauna. The understanding of a collective coexistence must question our sense of what we perceive as real and non-existent.
_____________________________________________________________________________________________
“Dusts are solid particles, ranging in size from below 1μm up to at least 100μm, which may be or become airborne, depending on their origin, physical characteristics and ambient conditions.”
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Levels of air pollution in Italy in February 2020 | Number of Coronavirus cases in Italy in March 2020
Dusts as a carrier
A recent study from The University of Bologne correlates the incidence of cases of viral infection with the concentrations of atmospheric particulate matter (e.g. PM10 and PM2.5). Atmospheric particulate is known to function as a carrier, i.e. as a carrier, for many chemical and biological contaminants, including viruses. Viruses "attack" (with a process of coagulation) to atmospheric particulate matter, consisting of solid and / or liquid particles capable of remain in the atmosphere even for hours, days or weeks, and which can spread and be also transported for long distances. The atmospheric particulate, besides being a carrier, constitutes a substrate that can allow the virus to remain in the air in vital conditions for a certain time, even for hours or days. The rate of virus inactivation in atmospheric particulates depends on the environmental conditions: while an increase in temperatures and solar radiation affects positively on the speed of inactivation of the virus, a high relative humidity can favor a higher spread rate of the virus. scientific research has highlighted some characteristics of the spread of viruses in relation to concentrations of particulates air pollution in a case study of north Italy.
Levels of air pollution in Provincia Brescia in February 2020, red colour indicates exceeding the daily limits of PM10
________________________________________________________________________________________________________________________________________________________________________________________________________________________
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Dust Atlas
A collection of images documenting the aggregated dusts on facade of buildings.
A collection of images documenting the aggregated dusts on facade of buildings.
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Cross-sectional analysis
Microscopic cross-sectional analysis of settled dust layer on facade of historic monuments was developed with Institute for Natural Sciences and Technology at Academy of Fine Arts in Vienna. Small samples of polluted facade had been investigated through microscopic analysis where the main goal was to explore the aggregation of pollutants and crystal forming on the surface of selected samples. Samples embeded in resin revealed a layer, several nanometer thick, consisting of century old accumulated pollutants.
Microscopic cross-sectional analysis of settled dust layer on facade of historic monuments was developed with Institute for Natural Sciences and Technology at Academy of Fine Arts in Vienna. Small samples of polluted facade had been investigated through microscopic analysis where the main goal was to explore the aggregation of pollutants and crystal forming on the surface of selected samples. Samples embeded in resin revealed a layer, several nanometer thick, consisting of century old accumulated pollutants.
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Dusts Sensors
Most of us, as data says, live in cities which suffer from a constant high level of airborne dusts pollution. We do not perceive the 18 kilograms of dusts that every human being, on average, inhales in a lifetime. Therefore we developed devices, that deconstruct air pollution into readable data, information, visualisation that describe dust processes in atmosphere in a precise but not always factual ways. These devices are dust detectors, simple optical sensors counting the number of particles within a certain volume of air.
Most of us, as data says, live in cities which suffer from a constant high level of airborne dusts pollution. We do not perceive the 18 kilograms of dusts that every human being, on average, inhales in a lifetime. Therefore we developed devices, that deconstruct air pollution into readable data, information, visualisation that describe dust processes in atmosphere in a precise but not always factual ways. These devices are dust detectors, simple optical sensors counting the number of particles within a certain volume of air.
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Vocabulary of Pollution Events
A collection of extraordinary pollution events emphasize the contemporary context of ordinary, man-made, airborne dusts, distinct from its natural forms. By acknowledging airborne dusts as a particular danger to human health, it encourages us to re-think, re-calibrate and re-explore our contemporary understanding of its relationship to urban planning, landscape, art and architecture
A collection of extraordinary pollution events emphasize the contemporary context of ordinary, man-made, airborne dusts, distinct from its natural forms. By acknowledging airborne dusts as a particular danger to human health, it encourages us to re-think, re-calibrate and re-explore our contemporary understanding of its relationship to urban planning, landscape, art and architecture
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Collection of Airborne dusts
High tech material with nano-technology fibres from Respilon was used to collect samples of dust. Device was place in breathable level, close to wind corridors in order to ensure air flow through nano fibre fabric. This technique was developed in collaboration with Institute of Chemical Technologies and Analytics Division Environmental and Process Analytics Enviromental Analytics at Vienna University of Technology. These simple devices have been able to collect and archive atmospheric phenomena including Sahara Dust in Vienna or human produced pollution clouds over winter months.
Do you care about the air?
orkshop @ CARE – Cities. Action. Research and Education
High tech material with nano-technology fibres from Respilon was used to collect samples of dust. Device was place in breathable level, close to wind corridors in order to ensure air flow through nano fibre fabric. This technique was developed in collaboration with Institute of Chemical Technologies and Analytics Division Environmental and Process Analytics Enviromental Analytics at Vienna University of Technology. These simple devices have been able to collect and archive atmospheric phenomena including Sahara Dust in Vienna or human produced pollution clouds over winter months.
Do you care about the air?
orkshop @ CARE – Cities. Action. Research and Education
22 November 2019, TU Vienna
________________________________________________________________________________________________________________________________________________________________________________________________________________________
Dusts Archive
Changes in the air composition above territories is a spatio-temporal atmopheric phenomena often harmful to the environment and human body. Air pollutants aggregate above densed populated areas as a result of human activity. These anomalies can be observed as a dusts clouds visible from outer space - Dusts Archive tends to store and represent these events as an information worth of our attention.
Changes in the air composition above territories is a spatio-temporal atmopheric phenomena often harmful to the environment and human body. Air pollutants aggregate above densed populated areas as a result of human activity. These anomalies can be observed as a dusts clouds visible from outer space - Dusts Archive tends to store and represent these events as an information worth of our attention.