La entrada dnota installs 12 bettair sensors to measure pollution in the Balearic Islands se publicó primero en dnota.
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dnota installs 12 bettair sensors in the Balearic Islands and strengthens its leadership.
In April 2022, dnota started the maintenance works of the air quality network of the Balearic Islands. dnota was awarded the maintenance management tender for two years. In the improvement plan. It included the installation of 10 bettair sensors, to increase the sampling points. Then, create a hybrid #airquality network.
The Air Quality Monitoring Stations Network is composed of fixed stations in Mallorca, Menorca and Ibiza, as well as a mobile unit that moves to different locations in the islands. dnota installs 12 bettair sensors in the Balearic Islands, as a plan to help improve air quality in the islands.
10 sensors in the city of Palma and 2 in Ciutadella of Menorca
During the month of February, dnota made a request to the Ciutadella City Council, with the intention of installing 2 bettair nodes in Ciutadella, and thus support the Sustainable Mobility Plan launched by the city. The bettair device, will provide very accurate data on air pollution, as well as noise pollution.
On the island of #Mallorca, a sensor has been installed in the mobile unit, which is currently in Manacor sampling, and the rest, in the city of #Palma. In total dnota installs 12 sensors in the Balearic Islands.
The importance of Air Quality
The #atmospheric #pollution and #acoustic #pollution are problems that affect our environment and can have serious consequences for our #health and well-being. That is why it is becoming increasingly important to have a rigorous and exhaustive control over these factors, in order to take measures to reduce their impact and improve people’s quality of life.
In this sense, the combination of a traditional air quality network with bettair sensors can be a very effective solution to control pollution. More accurate and complete way.
Hybrid network in the Balearic Islands
The traditional #airquality network is able to collect accurate and reliable data, which are analyzed and processed by experts in the field to produce reports and statistics that allow to know the evolution of pollution in the city and establish control and prevention measures.
On the other hand, bettair sensors are devices that can be installed in different parts of the city to measure air and noise pollution in a more localized and detailed way. These sensors measure the concentration of the same pollutants as the traditional network (including noise pollution), but do so with a higher frequency and accuracy.
The leading operator of hybrid Air Quality networks
It does not matter to worry about air quality, and this implies being attentive to the levels of pollution present in the #atmosphere. Helping to minimise the #human impact on the #environment too. Thus we advise the different agencies on the implementation of policies and regulations that reduce emissions of #pollutants, as well as the promotion of more environmentally friendly practises in #industry, and #daily life. Good air quality is essential for the health of human beings, and the environment in general.
dnota helps to control the air you breathe. You can see the entire catalogue of products and services on our website. And in our corporate video
More information, about how dnota can help control the air we breathe on our website, www.dnota.com. And our social networks, where you can see all our products and services.
La entrada dnota installs 12 bettair sensors to measure pollution in the Balearic Islands se publicó primero en dnota.
]]>La entrada dnota will install bettair sensors in Gijón to control pollution se publicó primero en dnota.
]]>dnota and bettair are consolidated as one of the leading companies in the Air Quality IoT sensor sector
dnota will install bettair sensors, in the ZBE of Gijón to control pollution. dnota has been awarded Lot 2, in which the City Council contemplated this type of equipment. This technology consists of the installation of a network of sensors, to have accurate information of the different pollutants, as well as the level of noise pollution.
The #Gijón City Council, will launch an integral technological system in the #ZBE Low Emission Zone in the La Calzada neighbourhood. Will control the pollution of its city. This project is funded from European Council, with Next Generation Funds, through the Recovery, Transformation and Resilience Plan,
ZBE Gijón in the neighbourhood of La Calzada
The neighbourhood of La Calzada de Gijón, is one of the most popular neighbourhoods, with 25,000 inhabitants. It is part of district V (also called the western district), along with the neighbouring neighbourhoods of Jove, Tremañes, El Natahoyo and Moreda, reaching the entire district around 50,000 inhabitants.
The Calzada has a rectangular shape, nestled between train tracks to the north, west and south and with the Avenida del Príncipe de Asturias to the east, which separates it from the Natahoyo. The neighbourhood is bordered to the north by the neighbourhood of El Lauredal, belonging to Jove and to the south by the neighbourhood of Tremañes.
What is this system with pollution control?
dnota will install bettair sensors in Gijón, and this system corresponds to a set of tools and equipment. That system allows monitoring and controlling the emission of polluting gases in a specific urban area. These types of systems, usually include technologies such as surveillance cameras, air quality sensors, traffic management, software and early warning systems to inform drivers about the entrance to the area.
In addition, this system can also include the supply of more environmentally, friendly vehicles, such as electric vehicle fleets, the implementation of charging infrastructures for these vehicles, and the improvement of public transport networks, to reduce the use of private vehicles in the area.
With this type of system, it seeks to create a cleaner and healthier environment in a specific urban area (Low Emission Zone), through the combination of technological tools and a change in the behaviour of users.
The dnota strategy is to help control the quality of the air you breathe
It does not matter to worry about air quality, and this implies being attentive to the levels of pollution present in the #atmosphere. Helping to minimise the #human impact on the #environment too, Thus we advise the different agencies on the implementation of policies and regulations that reduce emissions of #pollutants, as well as the promotion of more environmentally friendly practises in #industry, and #daily life. Good air quality is essential for the health of human beings, and the environment in general.
dnota helps to control the air you breathe, and you can see the entire catalogue of products and services on our website, as well as in our corporate video
More information, about how dnota can help control the air we breathe on our website, www.dnota.com, and our social networks, where you can see all our products and services
We also have our #corporate video, with the vision of how to control the air we breathe and linkedIn. twitter and Youtube
La entrada dnota will install bettair sensors in Gijón to control pollution se publicó primero en dnota.
]]>La entrada dnota installs bettair nodes in Canada in the Val d’Or and Rouyn-Noranda areas se publicó primero en dnota.
]]>dnota bets on international growth and installs bettair nodes in Canada
To monitor air quality in #Canada, dnota installs bettair nodes in Canada, in the Val d’Or and Rouyn-Noranda areas. This initiative has been possible thanks to the collaboration of H2Lab. The Val d’Or area in Canada is known for being an #industrial region dedicated to the exploitation of #minerals, especially #gold. Rouyn-Noranda is also a mining town located in the Abitibi-Témiscamingue region of #Quebec and is famous for its active and abandoned gold mines. The town was founded in 1920, thanks to the discovery of gold and currently has several operating mines. The area surrounding Rouyn-Noranda is rich in #forests and #lakes, making it an excellent destination for outdoor activities such as hiking, fishing and canoeing.
Quebec to move 200 homes away from the Horne smelter in Rouyn-Noranda
Last March 15, news broke of the relocation of some 200 homes away from the Horne smelter in Rouyn-Noranda, north of the Notre-Dame district. The Quebec government plans to spend $85 million on the relocation. The reason would be that Glencore, a copper smelter. That function would be responsible for the demolition of some 80 buildings to create a new buffer zone around the factory, which produces arsenic fumes and other pollutants.
The province will use the occasion to present the smelter’s next pollutant emissions targets, which are expected to reach a maximum arsenic emissions limit of 15 nanograms (ng) per cubic meter (m3) within five years. But the company will also have to adopt a long-term plan to reach the provincial standard of three ng/m3.
Advantages of installing Bettair node
The main objectives of installing Bettair Cities devices would be:
- #Monitor #air #quality in #real #time to identify and quantify #pollution levels.
- Generate accurate information on air quality in both #cities, which would allow authorities and the population to take measures to reduce pollution levels.
- Contribute to raising public awareness of air quality and its effects on #health and #environment.
- Establish a historical database to analyze the #evolution of #air #quality over time and compare it with other places and cities.
- Identify #pollution hotspots or areas that require special attention and specific measures to reduce pollutant emissions.
dnota’s strategy is to help control the quality of the air you breathe.
dnota cares about air quality and this involves being aware of the levels of pollution present in the #atmosphere and helping to minimize the #human impact on the #environment. In this way, we advise different agencies on the implementation of policies and regulations that reduce emissions of #pollutant gases, as well as the promotion of more #environmentally friendly practices in #industry and #everydaylife. Good air quality is essential for the health of humans and the environment in general.
dnota helps to control the air you breathe and you can see our entire catalog of products and services on our website, as well as in our corporate video.
About dnota
In short, dnota and Artificial Intelligence can help reduce #pollution by enabling better resource management, increasing efficiency and reducing waste.
More information on how dnota can help control the air we breathe on our website www.dnota.com and you can see all our products and services.
We also have our #videocorporate video with dnota‘s vision of how to control the air we breathe.
La entrada dnota installs bettair nodes in Canada in the Val d’Or and Rouyn-Noranda areas se publicó primero en dnota.
]]>La entrada dnota and Artificial Intelligence help to reduce pollution se publicó primero en dnota.
]]>dnota and #artificialintelligence
dnota and Artificial Intelligence can help reduce #pollution in a number of ways, including:
- Energy optimization – AI can analyze large amounts of data to identify more efficient ways to produce and use energy. This can help reduce greenhouse gas emissions. The pollution heat map proposed by dnota has a model, which takes into account urban canyons, using an Artificial Intelligence (AI) module for Computational Fluid Dynamics (CFD) simulations. This module has been developed in collaboration with the Barcelona Supercomputing Center (BSC) and awarded with the HPC Innovation Excellence Award. In this case, the prestigious Hyperion Research.reo environmental research. More information about pollution heat maps in this link.
bettair sensors help generate pollution data
2. Artificial Intelligence can analyze data collected by #sensors and cameras to monitor #air, #water and #soil #quality. Also detect #illegal #emissions and prevent environmental disasters. dnota proposes pollution control with state-of-the-art Bettair Cities sensors with correlation higher than 97% with respect to certified equipment.
Artificial #intelligence improves mobility
3. Intelligent transportation: AI can #optimize #transportation routes, reduce #traffic and increase vehicle efficiency, which can reduce vehicle emissions.
4. Waste #reduction: AI can analyze consumption patterns and predict demand, which can help reduce waste production and disposal.
5. #precision #farming: AI can help farmers make better use of resources and reduce waste and #soil #pollution by applying #fertilizers and #pesticides more efficiently.
6. #sustainable #industry : AI can identify ways to reduce waste from the production of goods and services, optimize energy and reduce emissions.
About dnota
In short, dnota and Artificial Intelligence can help reduce #pollution by enabling better resource management, increasing efficiency and reducing waste.
More information on how dnota can help control the air we breathe on our website www.dnota.com and you can see all our products and services.
We also have our #videocorporate video with dnota‘s vision of how to control the air we breathe.
La entrada dnota and Artificial Intelligence help to reduce pollution se publicó primero en dnota.
]]>La entrada dnota launches its corporate video se publicó primero en dnota.
]]>We are very excited to launch our first corporate video. It will be an audiovisual tool that will allow us to spread our philosophy. Our mission is to generate commitment with all our customers and collaborators.
The video is aimed at our customers, suppliers and collaborators. The intention is to increase the number of customers of our products and services.
In addition, we want to position the dnota brand, within the air quality monitoring business.
Main objective of the video
This corporate video gives us the opportunity to raise awareness and capture our audience, generating a commitment to air quality, which will make each person who sees it identify with us and prefer it over our competitors. The key for this type of resource to be successful is to use it as a commercial tool and direct it to all our clients and collaborators, as another tool.
The video is available in Spanish and English. We also have a version in each language with subtitles. The video will be available on our website, LinkedIn, Twitter and Youtube. All four versions of the video will only be available on Youtube.
Read our news about the launch of our new website last March 15
About dnota…
dnota is a company that focuses its strategy on pollution control at all levels. It represents the leading manufacturers of pollution measuring equipment for more than 20 years. dnota works in air quality control through a traditional service combined with the most advanced products and services.
With its new slogan “dnota controls the quality of the air you breathe“, we intend to address the entire population and raise awareness in the control of the quality of the air we breathe in all types of spaces, such as a hospital, a school, as well as any type of industry or city.
Air pollution is not good for our health and dnota’s products and services are also aimed at Smart Cities through the control, maintenance and management of air quality networks.
The manufacturers that dnota represents from the more traditional business are Thermo Scientific, Digitel and Synspec and also highlight the bettair IoT sensors, with a smart technology that allows mapping and measuring air pollution.
Visit our website or our ecommerce platform for more information.
La entrada dnota launches its corporate video se publicó primero en dnota.
]]>La entrada dnota releases its new website se publicó primero en dnota.
]]>During this year 2023, dnota is focusing all its efforts on the Air Quality business. The new website shows great innovations in what refers to its content, developing its catalog of products and services in addition to expanding its functionality with an ecommerce platform.
PRODUCTS
As a new feature in this section, the web shows the instrumentation catalog of equipment from all its represented companies, such as Thermo Scientific, Synspec or Digitel. Each of the equipment shown has a photograph, a brief description of its functionality, as well as its technical data sheet and a description of the product.
SMART CITIES
dnota is committed to address the environmental market of Smart Cities and the new website has all the services that dnota makes available. From the commercialization of Bettair IoT sensors, as well as advanced pollution control services with Heat Maps.
You can see all the news updates also on our LinkedIn
SERVICES
From turnkey projects, advanced maintenance services, including AIRE data management software, to the calibration laboratory and technical service of all the represented companies.
HIGHLIGHTS
dnota maintains the “HIGHLIGHTS” section in order to show all its customers the great solvency of the company in products and services related to Air Quality.
NEWS
We will also continue to show the blog news of interest to the sector, related to dnota, as well as in the innovation of new products.
ECOMMERCE PLATFORM
The great new feature of the new website is the online sales platform. The main objective has been to organize the wide variety of instrumentation that we can offer to all our customers and take a step in the marketing of products through the Internet. In a first phase we will offer to all our customers the technical information of each of our products, and later we will enable the possibility to sell spare parts and consumables of all the manufacturers we represent.
La entrada dnota releases its new website se publicó primero en dnota.
]]>La entrada dnota will be present at the SmartCity Expo World Congress from November 15 to 17. se publicó primero en dnota.
]]>dnota will be present together with Bettair Cities at Smart City Expo World Congress
#scewc22
next 15th, 16th and 17th of November in #barcelona.
Held in Barcelona since 2011, the Smart City Expo World Congress is the leading international event for cities. The main mission of the congress is to empower cities and collectivize urban innovation worldwide. By promoting social innovation and identifying opportunities for collaboration, the event is dedicated to creating a better future for cities and their citizens.
Air quality monitoring in the EPZs will allow municipalities to promote sustainable mobility measures.
dnota can also help to monitor air quality in other areas of the city, such as schools and health centers, which are particularly sensitive areas in the event that pollution levels are exceeded.
dnota is focusing its strategy on strengthening its position in the air quality business.
By the end of 2023, all municipalities with more than 50,000 inhabitants, as well as island territories, will have to establish a Low Emission Zone (LEZ). This obligation will also be extended to those municipalities with more than 20,000 inhabitants when the pollution levels set forth in Royal Decree 102/2011, of January 28, on the improvement of Air Quality are exceeded.
dnota has been betting on Air Quality Control in the reference stations installed in all the Autonomous Communities, being the leading company in the sector. Since last November, dnota became a shareholder of Bettair Citieswith the intention of becoming an operator capable of providing traditional air quality services, as well as solutions with novel technology that enables highly accurate mapping of urban air pollution on a scale previously unimaginable..
For air quality monitoring in Low Emission Zones and in any other area, dnota makes available the bettair® static nodes, which measure all air quality indicators, NO2, NO, CO, O3, O3, SO2, H2S, CO2, PM10, PM2.5, PM1.0as well as the level of environmental noise y meteorological parameterswith wireless connectivity, can be integrated into any platform.
La entrada dnota will be present at the SmartCity Expo World Congress from November 15 to 17. se publicó primero en dnota.
]]>La entrada dnota signs its first Innovation project with CDTI se publicó primero en dnota.
]]>dnota signed last June 14, its first Innovation project with the CDTI-CENTER FOR INDUSTRIAL TECHNOLOGICAL DEVELOPMENT, E.P.E.. The project has a budget of 666,850 and is denominated as follows RESEARCH AND DEVELOPMENT OF INTELLIGENT SYSTEMS FOR DATA AND EQUIPMENT ANALYSIS IN AIR QUALITY STATIONS’ The project involves the collaboration of two prestigious entities, ACCVRATE and LEITAT TECHNOLOGICAL CENTER, in software development, Machine Learning and Artificial Intelligence techniques.
dnota and innovation
dnota is committed to research, technological development and innovation and, in this sense, we have developed projects to promote new technologies of an applied nature, which represent a significant improvement in the service we offer.
Developing R&D&I activities enables us to reduce the management and production costs of projects and processes, and provides us with greater competitiveness in the sector, as well as allowing us to offer our clients a higher quality service.
During these last months dnota has worked on innovation projects that The activities include research on industrial processes and their interaction with the environment, as well as the experimental development of innovative tools and techniques for the analysis and control of environmental parameters.
Innovative SME Seal of the Ministry of Science and Innovation.
Last July, dnota was awarded the Innovative SME Seal by the Ministry of Science and Innovation, as a result of the work developed in R&D&I.
This seal reflects dnota’s firm commitment to research, technological development and innovation.
The Innovative SME Seal has allowed us to become more competitive in the sector, a key aspect at a time when productivity improvement is essential.
Research and development of intelligent systems for data and equipment analysis in air quality stations.
The main objective is the development of technological solutions that allow predictive studies on environmental data and the operation of Air Quality station equipment.
Network measurement equipment is currently quite advanced and can be managed by low-cost (and low reliability) solutions, or by very complex certified solutions with maintenance programs. In any case, network maintenance is currently performed on a reactive basis. (when it is detected that something is not working well) or in preventive (when a scheduled maintenance operation is performed without seeing the actual condition of the equipment, simply by the data provided by the manufacturer based on their quality studies). Therefore, the project proposes the development of predictive solutions for maintenance tasks, since it will enable operations to be carried out when the equipment requires it.
On the other hand, a second important aspect of the project refers to the analysis of data received from the networks, which in many cases continues to be a manual procedure, in which a technician identifies if there is data that is considered “invalid” and discards it. If unjustified anomalies are detected, a malfunction report is issued.
In this way, and with what is proposed in the project, the process called data validation, as well as the prediction of alert thresholds of exceedance of values by pollutants, would be carried out without relying solely on the human factor of the technician’s experience, but would rely on an expert support system.
Therefore, the main objective of the project is the research and development of algorithms and intelligent systems for the analysis of data obtained from environmental monitoring stations.
In this regard, it should also be noted that the objective of the project is perfectly aligned with the premises and objectives pursued by the development of technologies aimed at Smart Cities.
La entrada dnota signs its first Innovation project with CDTI se publicó primero en dnota.
]]>La entrada dnota bets on Air Quality Control in Low Emissions Zones (LEZ) se publicó primero en dnota.
]]>dnota bets on LEZs
By the end of 2023, all Spain municipalities with more than 50,000 inhabitants, as well as island territories, will have to establish a Low Emissions Zone (LEZ). This obligation will also be extended to those municipalities with more than 20,000 inhabitants when the pollution levels set forth in Royal Decree 102/2011, of January 28, on the improvement of Air Quality are exceeded.
dnota has been betting on Air Quality Control in the reference stations installed in all the Spain Regions, being the leading company in the sector.
Promoting Sustainable Mobility
Air quality monitoring in the LEZs will allow municipalities to promote sustainable mobility measures.
dnota can also help to monitor air quality in other areas of the city, such as schools and health centers, which are particularly sensitive areas in the event that pollution levels are exceeded.
dnota specializes in environmental control in water, air and noise, and has more than 160 employees throughout the country. The company has experienced significant growth in recent years and is positioned as one of the leading companies in the sector.
bettair® node
Since last November, dnota entered the capital of Bettair Cities, with the intention of becoming an operator capable of providing traditional air quality services, as well as solutions with a novel technology that allows mapping urban air pollution with high accuracy on a previously unimaginable scale.
For air quality monitoring in Low Emission Zones, dnota provides bettair® static nodes, which measure all air quality indicators, NO2, NO, CO, O3, SO2, H2S, CO2, PM10, PM2.5, PM1.0, as well as ambient noise level, and meteorological parameters, with wireless connectivity, can be integrated into any platform.
La entrada dnota bets on Air Quality Control in Low Emissions Zones (LEZ) se publicó primero en dnota.
]]>La entrada dnota manages the Air Quality Network of the Balearic Islands. se publicó primero en dnota.
]]>dnota consolidates its growth in the Balearic Islands
During this month of April, dnota has started the maintenance works of the air quality network of the Balearic Islands. Last December, the Government of the Balearic Islands awarded dnota the maintenance management tender for the next two years, which is also scheduled to be extended. dnota’s Air Quality business continues its expansion in the sector, and takes a step further by setting up in the Balearic Islands, opening its first office.
The Air Quality Monitoring Stations Network is composed of fixed stations in Mallorca, Menorca and Ibiza, as well as a mobile unit that moves to different locations in the islands, monitoring gases and particulate pollutants in the atmosphere, as well as meteorological sensors.
In addition to the measuring equipment itself, dnota also manages the information generated by the sensors distributed throughout the territory, ensuring the correct processing of data to obtain real-time information that is transferred to official bodies and the public.
Together with the information from the Balearic Government’s own stations, dnota integrates and processes the data generated by other air quality stations and atmospheric emissions control systems, owned by Endesa, Cemex, Tirme, Aena or the State Meteorological Agency.
Air Quality Control Application
La entrada dnota manages the Air Quality Network of the Balearic Islands. se publicó primero en dnota.
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