Create a low-cost, credible and scalable open source urban Air Quality data platform to measure, analyze, source apportion, predict air quality information across Indian cities.
As the leading services for LiDAR mapping in India, our team specializes in LiDAR surveys, digital orthophotography, and photogrammetry services. We have the work force, hardware, and ability to give quick reaction to your basic review, photography, and mapping needs, paying little mind to where your undertaking is found. For more information visit us at- http://www.yolaxinfra.com/drone-lidar-survey.php
This document analyzes the transport industry in Australia, focusing on the airline sector. It examines the industry's PESTLE factors, market share, cost structure, key operational metrics like passenger load factors and fares, domestic air passenger movements, top Australian airports, and forecasts air passenger movements through 2025-26 for both domestic routes and capital city airports.
This document proposes a solution to problems with air pollution, boring billboards, and a lack of interactive information displays. The solution is a smart billboard that displays ads, interacts to provide information, and cleans air pollution. Research shows the air quality problems in the area. The proposal estimates the electricity usage and costs for the billboards, which would be around $4,000-$5,000 each. It argues that these smart billboards could help make the city smarter by cleaning the air, providing interactive information to citizens, and engaging people with technology. The end users would be citizens and companies, and the benefits would include cleaner air, improved health, better communication, and increased acceptance of new technologies.
The document summarizes Singapore's governance principles around traffic management and population policy. It discusses how Singapore implemented the Area Licensing Scheme in 1975 and Electronic Road Pricing in 1998 to manage traffic flow. It also explains the Vehicle Quota System used to control the car population through a certificate of entitlement system requiring buyers to bid for the right to own a vehicle.
NDGeospatialSummit2019 - The Future of UAS in the 'Silicon Valley of Drones'North Dakota GIS Hub
The document discusses the future of unmanned aerial systems (UAS) or drones in North Dakota, which is considered the "Silicon Valley of Drones" due to its supportive regulations and growing UAS industry. It provides an overview of SkySkopes, a UAS solutions company, and the current state of the UAS industry. Precision agriculture and public safety are seen as the most promising commercial markets. The document outlines SkySkopes' UAS offerings and data solutions, as well as current UAS regulations regarding pilots, aircraft, and operations. It emphasizes that North Dakota is well-positioned to lead the future of the UAS industry.
Real time pollution maps with air quality software for smart citiesOizom
Full whitepaper here: https://oizom.com/white-papers/real-time-pollution-maps-for-smart-cities/
Massive-scale urbanization, industrialization, and population growth along with an increase in vehicular traffic and energy use have made urban air quality a global concern. The distribution of air pollution concentration over a large urban area predominantly depends on local emission sources and atmospheric flow conditions. Also, smart cities are the centers of various activities having multiple and diverse pollutant sources emitting all kinds of air pollutants. As a result, the air quality of two points even within the same city-block may have a significantly different pollutant concentration. In order to maintain a healthy air environment, it is important to ensure the availability of fine-resolution air quality data and the ability to visualize on a pollution map. This paper focuses on the benefits of such real-time pollution maps for smart cities.
The traditional approach of monitoring air quality at a few selected locations cannot provide such an accurate representation of total urban air quality. This gap can be bridged by deploying multiple low-cost sensor-based systems, which are compact and can be installed virtually anywhere, from a roadside to a terrace or a pole. Such additional data points facilitate the development of real-time air pollution maps for smart cities. The generation of pollution maps helps in understanding the spatial distribution of pollutants, which also enable hotspot identification. The paper explains various methods of data representation mapping air pollution concentration. It also develops an understanding of how real-time monitoring data can be integrated with secondary data such as meteorological data and traffic data to create dynamic air pollution maps. Such real-time air quality mapping provides great insights into the spatial distribution of air pollution, which enables the opportunity to make informed decisions and actions. Such a monitoring system and real-time pollution mapping capabilities serve the basis for designing and planning of smart cities. The paper also describes OIZOM’s offering of comprehensive and scalable solutions for environmental monitoring and analytics in the form of real-time maps for smart cities. The data generated are integration-friendly for various cross-platform applications, bringing together multiple stakeholders to provide data-driven solutions for smart cities.
Microsoft Internet of Things konference 2015 - Ny teknologi skaber ny forretn...Microsoft
This document discusses Brüel & Kjær's use of cloud services to deliver their Noise Sentinel noise monitoring service. Some key points:
- Noise Sentinel allows customers to remotely monitor noise levels using sensors and access the data through an online portal. It has grown from 1 customer in 2010 to 70 customers in 2014.
- The service is fully hosted on Microsoft's Azure cloud platform, utilizing services like SQL databases, storage accounts, and websites. This allows Brüel & Kjær to offer the monitoring service in a scalable and cost-effective way.
- Migrating the service to the cloud provides benefits for both customers and Brüel & Kjær, including increased flexibility
IRJET- On Board Diagnostics (OBD)3 for Vehicular ManagementIRJET Journal
This document proposes an online vehicle emissions monitoring system using onboard diagnostics (OBD) to help reduce air pollution in cities. The system would use sensors to monitor emissions and vehicle parameters, an onboard computer to analyze the data and identify issues, and RFID tags and wireless communication to transmit the data to authorities. This would allow real-time monitoring of individual vehicles to enforce emissions regulations and policies more effectively than current periodic testing methods. The system is intended to help address the major problem of air pollution caused by the increasing number of vehicles in cities.
As the leading services for LiDAR mapping in India, our team specializes in LiDAR surveys, digital orthophotography, and photogrammetry services. We have the work force, hardware, and ability to give quick reaction to your basic review, photography, and mapping needs, paying little mind to where your undertaking is found. For more information visit us at- http://www.yolaxinfra.com/drone-lidar-survey.php
This document analyzes the transport industry in Australia, focusing on the airline sector. It examines the industry's PESTLE factors, market share, cost structure, key operational metrics like passenger load factors and fares, domestic air passenger movements, top Australian airports, and forecasts air passenger movements through 2025-26 for both domestic routes and capital city airports.
This document proposes a solution to problems with air pollution, boring billboards, and a lack of interactive information displays. The solution is a smart billboard that displays ads, interacts to provide information, and cleans air pollution. Research shows the air quality problems in the area. The proposal estimates the electricity usage and costs for the billboards, which would be around $4,000-$5,000 each. It argues that these smart billboards could help make the city smarter by cleaning the air, providing interactive information to citizens, and engaging people with technology. The end users would be citizens and companies, and the benefits would include cleaner air, improved health, better communication, and increased acceptance of new technologies.
The document summarizes Singapore's governance principles around traffic management and population policy. It discusses how Singapore implemented the Area Licensing Scheme in 1975 and Electronic Road Pricing in 1998 to manage traffic flow. It also explains the Vehicle Quota System used to control the car population through a certificate of entitlement system requiring buyers to bid for the right to own a vehicle.
NDGeospatialSummit2019 - The Future of UAS in the 'Silicon Valley of Drones'North Dakota GIS Hub
The document discusses the future of unmanned aerial systems (UAS) or drones in North Dakota, which is considered the "Silicon Valley of Drones" due to its supportive regulations and growing UAS industry. It provides an overview of SkySkopes, a UAS solutions company, and the current state of the UAS industry. Precision agriculture and public safety are seen as the most promising commercial markets. The document outlines SkySkopes' UAS offerings and data solutions, as well as current UAS regulations regarding pilots, aircraft, and operations. It emphasizes that North Dakota is well-positioned to lead the future of the UAS industry.
Real time pollution maps with air quality software for smart citiesOizom
Full whitepaper here: https://oizom.com/white-papers/real-time-pollution-maps-for-smart-cities/
Massive-scale urbanization, industrialization, and population growth along with an increase in vehicular traffic and energy use have made urban air quality a global concern. The distribution of air pollution concentration over a large urban area predominantly depends on local emission sources and atmospheric flow conditions. Also, smart cities are the centers of various activities having multiple and diverse pollutant sources emitting all kinds of air pollutants. As a result, the air quality of two points even within the same city-block may have a significantly different pollutant concentration. In order to maintain a healthy air environment, it is important to ensure the availability of fine-resolution air quality data and the ability to visualize on a pollution map. This paper focuses on the benefits of such real-time pollution maps for smart cities.
The traditional approach of monitoring air quality at a few selected locations cannot provide such an accurate representation of total urban air quality. This gap can be bridged by deploying multiple low-cost sensor-based systems, which are compact and can be installed virtually anywhere, from a roadside to a terrace or a pole. Such additional data points facilitate the development of real-time air pollution maps for smart cities. The generation of pollution maps helps in understanding the spatial distribution of pollutants, which also enable hotspot identification. The paper explains various methods of data representation mapping air pollution concentration. It also develops an understanding of how real-time monitoring data can be integrated with secondary data such as meteorological data and traffic data to create dynamic air pollution maps. Such real-time air quality mapping provides great insights into the spatial distribution of air pollution, which enables the opportunity to make informed decisions and actions. Such a monitoring system and real-time pollution mapping capabilities serve the basis for designing and planning of smart cities. The paper also describes OIZOM’s offering of comprehensive and scalable solutions for environmental monitoring and analytics in the form of real-time maps for smart cities. The data generated are integration-friendly for various cross-platform applications, bringing together multiple stakeholders to provide data-driven solutions for smart cities.
Microsoft Internet of Things konference 2015 - Ny teknologi skaber ny forretn...Microsoft
This document discusses Brüel & Kjær's use of cloud services to deliver their Noise Sentinel noise monitoring service. Some key points:
- Noise Sentinel allows customers to remotely monitor noise levels using sensors and access the data through an online portal. It has grown from 1 customer in 2010 to 70 customers in 2014.
- The service is fully hosted on Microsoft's Azure cloud platform, utilizing services like SQL databases, storage accounts, and websites. This allows Brüel & Kjær to offer the monitoring service in a scalable and cost-effective way.
- Migrating the service to the cloud provides benefits for both customers and Brüel & Kjær, including increased flexibility
IRJET- On Board Diagnostics (OBD)3 for Vehicular ManagementIRJET Journal
This document proposes an online vehicle emissions monitoring system using onboard diagnostics (OBD) to help reduce air pollution in cities. The system would use sensors to monitor emissions and vehicle parameters, an onboard computer to analyze the data and identify issues, and RFID tags and wireless communication to transmit the data to authorities. This would allow real-time monitoring of individual vehicles to enforce emissions regulations and policies more effectively than current periodic testing methods. The system is intended to help address the major problem of air pollution caused by the increasing number of vehicles in cities.
IRJET- Smart Dustbin Container using IoT NotificationIRJET Journal
This document describes a smart dustbin system that uses sensors and IoT technology to monitor garbage levels in public dustbins. An ultrasonic sensor measures the garbage level in the dustbin and an ESP8266 WiFi module sends this data via the internet. When the dustbin reaches 70% capacity, an SMS alert is sent to the local authorities. This notifies them to empty the overflowing dustbin and maintain cleanliness. The system aims to optimize waste collection, reduce costs and pollution from frequent emptying of partially filled dustbins.
IRJET- Smart Dustbin Container using IoT NotificationIRJET Journal
This document describes a smart dustbin system that uses IoT technology to notify the proper authorities when garbage bins are nearly full. An ultrasonic sensor detects the fill level of the dustbin and an ESP8266 WiFi module sends this data via the internet. When a bin reaches 70% capacity, an SMS alert is sent using a GSM module. This helps waste collection trucks only service bins that need emptying, saving time, fuel and reducing pollution. The system aims to improve waste management and support initiatives for smart cities.
Collaboration using Open Source Software has resulted in fascinating broad-industry bases to support applications in the auto industry. Might we see similar efforts in healthcare?
IRJET- Design and Fabrication of Prismatic Painting RobotIRJET Journal
The document describes the design and fabrication of a prismatic painting robot. Key points:
1. The robot consists of an aluminum frame with a spray gun mounted on one face. A compressor, battery, and motor drive are mounted on the base. An Arduino controls the motion and spray gun.
2. The robot was designed for simplicity, low weight, low cost, and fast painting time.
3. A comparative study found that the robot requires less time and paint, and is safer than manual painting, though it has a higher initial cost.
This document summarizes an automatic spray painting machine that uses a programmable logic controller (PLC) operated pneumatic spray gun. The machine was designed to automatically paint parts on a conveyor belt. It uses sensors to identify parts and adjust the spray gun position. The PLC controls the spray guns, conveyor speed, and other automated functions according to a programmed logic. This allows for more efficient and consistent painting of parts compared to manual painting methods. An evaluation of the system found it achieved satisfactory painting results with reduced rejection rates and increased productivity compared to traditional painting methods.
IRJET- Design and Implementation of IoT based Portable Outdoor Dust Density M...IRJET Journal
This document describes the design and implementation of an IoT-based portable outdoor dust density monitoring system. The system uses a NodeMCU microcontroller and an optical dust sensor to measure dust density in the air. The dust density measurements are sent to the Blynk cloud platform via WiFi to allow users to monitor dust levels from a smartphone app. The system was constructed, tested in a lab, and found to work satisfactorily for monitoring outdoor dust density using IoT technology.
Internet of Industrial Things Presentation - Sophie Peachey - IoT Midlands Me...WMG, University of Warwick
Sophie Peachey, Director of Innovation & Insight at Axillium Research Ltd discusses a new funding opportunity through the Advanced Manufacturing Supply Chain Initiative in the area of the Internet of Things.
Seevider is developing a smart parking solution using vision sensors called SeeVider Sensors. The sensors use cameras and mini computers to provide real-time parking availability information to drivers through mobile apps and help reduce time spent searching for parking. This can save billions of gallons of gas and reduce emissions annually. Seevider Sensors are cheaper to install than competitors' solutions and provide additional benefits like lighting control. Several large companies are evaluating the system, and Seevider is seeking $3 million in funding to expand manufacturing and sales.
Cisco Tech Advantage Webinar. June 4th, 2014
Video: http://youtu.be/RkmMi9qea5Y
IoT is everywhere, from smart meters on houses to parking sensors in the ground – all devices are connected to the Internet. Internet engineers are helping traditional industries solve new industrial world challenges by connecting billions of new devices. An exciting part of the IoT journey is the integration between both worlds: Information Technology (IT) and Operation Technology (OT). For that a systems approach is required to scale the existing Internet infrastructure to accommodate IoT use cases, while making IT technology easy to adopt for OT operators.
In this session you will learn:
IoT infrastructure challenges and the need for open standards and partner ecosystem
Key elements to build large-scale IoT systems as IPv6, access control, plug and play, distributed intelligence and contextual awareness
Introduction to fog computing and advantages of extending cloud computing and services
Looking ahead to the future
Industry4.0 Oil & Gas - Exploration & Production / UpstreamDrew Sparrow
This document discusses how digital innovations are reshaping the oil and gas exploration and production industry. It outlines several macro trends impacting supply and demand forces and also key digital trends like internet of things, big data/analytics, mobile devices, and cloud computing. The document then focuses on how these digital technologies can be applied across the asset lifecycle to create significant value through initiatives like operations optimization, advanced analytics and modeling, connected worker technologies, new era of automation including autonomous operations and remote operations centers, predictive maintenance, and more. It provides estimates on the potential financial and operational benefits these initiatives could provide as well as estimated impacts on reducing costs, accidents, emissions and more.
IRJET-Android Device for Smart Fluid Meter Reading System in IOT and WSN Envi...IRJET Journal
This document proposes an IoT and wireless sensor network based smart fluid meter reading system using an Android device. A YF-S201 fluid sensor is placed between a fluid pipe and contains a pinwheel sensor to measure fluid flow. It outputs electric pulses counted by an Arduino Nano microcontroller. Bluetooth transmits this data to an Android app for monitoring. Data is stored and analyzed on the cloud for user access from anywhere. The system provides accurate, economical fluid measurement and analysis to reduce waste and optimize consumption.
Smart Cities and Intelligent Buildings.pptxReetaDutta1
The document summarizes a report by the Continental Automated Buildings Association (CABA) about smart cities and intelligent buildings. CABA is an international industry association dedicated to connected home and building technologies. The report discusses major drivers of smart cities like urbanization, environmental challenges, and new technologies. It also outlines key elements of smart city development like vertical applications, enabling technologies, and the role of intelligent buildings. The COVID-19 pandemic accelerated the adoption of technologies that improve indoor air quality, energy management, and remote building management. The report provides recommendations and best practices for using intelligent building technologies to address post-pandemic challenges.
The document summarizes a report by the Continental Automated Buildings Association (CABA) about smart cities and intelligent buildings. CABA promotes connected home and building technologies. The report discusses major drivers of smart cities like urbanization, aging infrastructure, and new technologies. It outlines key aspects of smart city development including vertical applications, enabling technologies, and the role of intelligent buildings. The COVID-19 pandemic accelerated trends like remote working and demand for touchless buildings solutions. The report recommends technologies that can help address post-pandemic challenges in areas like indoor air quality, occupancy monitoring, and digital twins.
The October 2016 spectrum auction in India ended in failure as none of the 700MHz spectrum was sold. ICT development failure as none of the 700MHz spectrum was sold rusulting in negative consequences for mobile users, a blow to ICT development in India and failure to deliver National Telecoms Policy 2012. The auction also failed in fiscal terms because of its failure to reach the revenue target from the sale of spectrum. Based on advice from TRAI, the Government of India planned to raise Rs 536,239 crores (US$ 80 bn) but only raised Rs 65,789 crores (US$ 10 bn).
A presentation that did at UKTI briefing about market opportunity in internet of things (iot) & Machine to Machine (M2M) Communication in Indian market to UK based companies
IRJET- IoT based Industrial Water Quality Monitoring SystemIRJET Journal
This document describes an IoT-based system for industrial water quality monitoring. The system monitors key water parameters like pH, turbidity, and temperature using sensors. It sends the sensor readings over WiFi to a NodeMCU microcontroller. The microcontroller then sends the data over the internet to a web page, allowing remote monitoring of the water quality in real-time. The system also has a GPS module to track the location of the sensor node. If the sensor readings exceed safe levels, it can automatically send an alert message to notify the relevant industry. The goal is to enable continuous monitoring of industrial wastewater to help control pollution and protect water resources.
IRJET- LORA based Solid Waste ManagementIRJET Journal
This document describes a proposed smart waste management system using LORA technology for communication. Key features include smart bins fitted with sensors to detect waste levels and conditions. The bin data is transmitted via LORA modules to a gateway and then to the cloud for storage and analysis. This allows waste collection trucks to be routed efficiently based on real-time bin levels. An Android app and web server interface provide access to the bin data for users, collectors and administrators. The goal is to improve waste collection efficiency while gaining insights into waste production patterns.
Smart Cities – The Journey Toward Greater Economic, Social & Environmental Ac...Amazon Web Services
<Management Track>
Sumner Lemon, Director, Public Sector Industry Solutions Group, Intel Asia-Pacific
Driving innovation in cities is critical to the future of economic growth and citizen engagement. Defining and executing a smart-city strategy is neither straightforward nor without risks – but the benefits can be significant. To start, a successful city transformation requires the right level of stakeholder engagement, clear priorities, and careful technology infrastructure planning. This session features Intel’s experience working with innovative partners to revamp cities around the world, and how digital technology helps bring vision to life.
This document describes an IoT-based smart parking system that uses various technologies to help drivers find available parking spaces. The system uses NodeMCU devices and sensors at each parking spot to detect occupancy and communicate with a central server. An Android app allows users to view available spots and reserve spaces in advance. The backend uses Google Cloud Platform for hosting databases to store user/spot data and running Python scripts to coordinate the system. The goal is to reduce time/fuel wasted searching for parking and traffic caused by it.
GFW Office Hours: How to Use Planet Imagery on Global Forest Watch_June 11, 2024Global Forest Watch
Earlier this year, we hosted a webinar on Deforestation Exposed: Using High Resolution Satellite Imagery to Investigate Forest Clearing.
If you missed this webinar or have any questions about Norway’s International Climate & Forests Initiative (NICFI) Satellite Data Program and Planet’s high-resolution mosaics, please join our expert-led office hours for an overview of how to use Planet’s satellite imagery on GFW, including how to access and analyze the data.
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This document describes a smart dustbin system that uses sensors and IoT technology to monitor garbage levels in public dustbins. An ultrasonic sensor measures the garbage level in the dustbin and an ESP8266 WiFi module sends this data via the internet. When the dustbin reaches 70% capacity, an SMS alert is sent to the local authorities. This notifies them to empty the overflowing dustbin and maintain cleanliness. The system aims to optimize waste collection, reduce costs and pollution from frequent emptying of partially filled dustbins.
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This document describes a smart dustbin system that uses IoT technology to notify the proper authorities when garbage bins are nearly full. An ultrasonic sensor detects the fill level of the dustbin and an ESP8266 WiFi module sends this data via the internet. When a bin reaches 70% capacity, an SMS alert is sent using a GSM module. This helps waste collection trucks only service bins that need emptying, saving time, fuel and reducing pollution. The system aims to improve waste management and support initiatives for smart cities.
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This document summarizes an automatic spray painting machine that uses a programmable logic controller (PLC) operated pneumatic spray gun. The machine was designed to automatically paint parts on a conveyor belt. It uses sensors to identify parts and adjust the spray gun position. The PLC controls the spray guns, conveyor speed, and other automated functions according to a programmed logic. This allows for more efficient and consistent painting of parts compared to manual painting methods. An evaluation of the system found it achieved satisfactory painting results with reduced rejection rates and increased productivity compared to traditional painting methods.
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Cisco Tech Advantage Webinar. June 4th, 2014
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IoT is everywhere, from smart meters on houses to parking sensors in the ground – all devices are connected to the Internet. Internet engineers are helping traditional industries solve new industrial world challenges by connecting billions of new devices. An exciting part of the IoT journey is the integration between both worlds: Information Technology (IT) and Operation Technology (OT). For that a systems approach is required to scale the existing Internet infrastructure to accommodate IoT use cases, while making IT technology easy to adopt for OT operators.
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Trichogramma spp. is an efficient egg parasitoids that potentially assist to manage the insect-pests from the field condition by parasiting the host eggs. To mass culture this egg parasitoids effectively, we need to culture another stored grain pest- Rice Meal Moth (Corcyra Cephalonica). After rearing this pest, the eggs of Corcyra will carry the potential Trichogramma spp., which is an Hymenopteran Wasp. The detailed Methodologies of rearing both Corcyra Cephalonica and Trichogramma spp. have described on this ppt.
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1. Copyright of Shell InternationalCopyright of Shell International
India 2022
Oslo, November 2017
Images for representation purposes only
Social Enterprise for
Urban Air Quality in India
2. Copyright of Shell InternationalCopyright of Shell International
Project Name: Social Enterprise for Urban Air Quality (AQ)
in India
Project Initiator: Shell India Markets Pvt. Ltd..
Project detail
Images for representation purposes only
3. Copyright of Shell InternationalCopyright of Shell International
Call for Action
In India*
▪ 1.2 million deaths/year due to Air Quality
▪ Air Quality can cost >7-8% of GDP
▪ 15 cities out of 300 cities (>1million) have sensor network
▪ 600 sensors across the country
▪ No regular source apportionment and forecasting of AQ
▪ Only Government Sources of information
Gap*
*Secondary source information
Images for representation purposes only
4. Copyright of Shell InternationalCopyright of Shell International
Vision
Images for representation purposes only
Create a low-cost, credible
and scalable open source
urban Air Quality data
platform to measure, analyze,
source apportion, predict air
quality information across
Indian cities.
5. Copyright of Shell InternationalCopyright of Shell International
AQ – Designing Prototype Network (Existing Phase)
Pilot -
1. Affordable Sensors in a prototype
network of at least 100 sensors.
2. Statistical reliability check and source
apportionment.
3. Forecast and impactful
communication real time and 2 day
forecast
Expanding AQ “Fusion” Network 100+ cities
For, by and of the user –
1. Build open air quality network in
100+ cities.
2. Integrate with existing data/network
3. Expand Network across geographies
Sustain AQ Social Enterprise
Sustain the social, business, people and
government support
How we plan to solve this challenge….
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Cost*
*Costs are tentative and created based on various network study on source apportionment conducted in India in the past and also as proposed by various agencies
1. Network size may vary
with size of city and type of
establishments in the city.
2. Cost will go down
substantially over time with
application of machine
learning.
Description Cost (USD) Unit Qty Total (USD)
Sensors
Manual 8000 Per Sensor 30 240000
Low Cost 200 Per Sensor 600 120000
EPC
Manual 200 Per Sensor 30 6000
Low Cost 0 Per Sensor 0 0
Rental
Manual 150 Per month 30 4500
Low Cost 0 Per Month 0 0
Calibration* 100 Per Sensor 60000 60000
Modelling
Receptor Run 150 per sample 1950 292500
Disperssion
Run 50 per sample 1950 97500
PMO
Resources 2500
FTE Per
Month 180 450000
$1,270,500
Air Quality Network Cost for a City
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Outcome
▪ Private participation driven Air Quality monitoring
network.
▪ High Quality AQ data for more local abatement
strategy and policy choices.
▪ Explore commercial opportunities that may lead to
offset emissions or ensure effective abatement
▪ Emissions trading
▪ Impact of PM 2.5 on solar PV performance.
▪ Impact on real estate pricing.
▪ Health insurance industry
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Participation
▪ Ongoing engagement with local Think tanks to
create and scale the Air Quality Movement
▪ In conversation with Ivy League universities to
explore unique technology solutions
▪ A Not-for-Profit organization is being formed
Organizations can participate in the Social Enterprise by committing people,
knowledge, technology, resources, funds and support
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Contact
Subrata Basu: Subrata.basu@shell.com
Anindya Chowdhury: Anindya.chowdhury@shell.com
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