Monitor Air wherever you go! Explore our latest portable air-quality monitor- POLLUSENSE.
We spread awareness towards ambient air condition by covering every aspect – whether it’s gaining information about current air pollution status or remedies to improve your lifestyle against the degrading environment.
Air quality is critical for data center reliability. Following ASHRAE, ISA-71.04, and ISO standards, and using real-time monitoring, helps control particles, gases, temperature, and humidity, preventing equipment damage and ensuring consistent uptime.
Agricultural air pollution comes from farming practices such as crop residue burning, fertilizer use, livestock waste, soil tilling, and diesel machinery. These activities release harmful gases and particles that degrade air quality, harm health, and contribute to climate change.
This blog explains how pollutants move between countries, the science behind long-range transport, key pollutants like PM2.5 and ozone, and how monitoring and cooperation help manage cross-border air quality.
Plants can help clean outdoor air by trapping particles, absorbing gases, and shaping microclimates, but their impact is limited without emission control and real-time monitoring to measure what actually improves air quality.
Discover how Dustroid enables real-time monitoring of particulate matter from PM₁ to PM₁₀₀, delivering comprehensive dust profiling for construction, mining, and industrial environments.
Cement production is a major driver of global warming due to process and energy emissions. This blog explains why cement is hard to decarbonize and how low-carbon technologies and monitoring can reduce its climate impact.
Curious which countries are breathing easy and which are choking on smog in 2025? Explore the Top 5 Most & Least Polluted Countries and what’s driving the shift.
Looking for cities with the cleanest air in India? This blog lists the top 10 least polluted Indian cities in 2025 based on AQI data, and explains the geography, policies, and conditions that help keep their air healthier.
Mining operations constantly reshape local air conditions. This blog breaks down what causes pollution around mine sites, how it’s monitored using modern sensors, and how real-time data helps mines control dust, stay compliant, and protect communities.
Dustroid Smart bridges the gap between particulate monitoring and on-site action. This blog explains how real-time PM measurement supports dust control, compliance, and long-term monitoring in construction and mining environments.
Learn how concrete’s CO₂ emissions arise, the role of cement and kilns, and strategies to cut carbon while improving air quality in construction.
Mining air pollution stems from blasting, hauling, and diesel equipment, impacting workers, nearby villages, and ecosystems. Learn the causes, key pollutants, and practical strategies, including real-time monitoring, to effectively manage and reduce emissions.
Explore safe CO levels in mining, exposure limits, risk factors, emergency actions, and the role of continuous monitoring in preventing carbon monoxide hazards underground and on-site.
Explore the essential pollutants in mining sites, from dust and silica to gases and heavy metals, and understand why real-time monitoring is crucial for operational efficiency, worker safety, and regulatory compliance in modern mining operations.
Explore Surat’s new approach to clean air, comparing smog towers and air quality sensors. Learn why sensors provide city-wide visibility, real-time data, and smarter planning, while smog towers offer only hyperlocal relief.
Air pollution continues to threaten health, economies, and the environment worldwide. This blog ranks the top 10 most polluted cities in 2025, their AQI levels, pollutants, and the need for cleaner technologies to safeguard communities and improve urban air quality.
Explore how formaldehyde (HCHO) shapes outdoor air quality, its sources, risks, global limits, measurement techniques, and key mitigation strategies. Understand why monitoring HCHO is essential for managing pollution and protecting environmental and public health.
Explore how major global environmental agencies work, why their decisions influence your everyday air quality, and how understanding them empowers smarter choices in sustainability, compliance, and environmental awareness, no matter where you live.
When a tornado hits, it’s not just the debris you should worry about. From asbestos to fine dust, these storms stir up hidden air pollutants, making post-disaster air quality monitoring more vital than ever.
Discover how the ozone layer protects the planet, why ground-level ozone affects air quality, and how monitoring reveals its real impacts. This blog explains ozone chemistry, effects, and solutions for cleaner air.
Delhi experienced its most toxic post-Diwali air in 5 years, with AQI levels surpassing 470. This blog explores why green crackers failed, what monitoring revealed, and how cities can prevent future smog crises.
Fertilizers feed our crops, but they might also be quietly fueling climate change. Explore how smarter farming, precision tools, and air monitoring can turn agriculture into a climate solution.
Hydrogen is seen as a clean energy fuel, but even small leaks can intensify global warming. Understanding its climate risks and improving leak detection and management are essential to ensure hydrogen remains a true ally in achieving a greener future.
The ceramics sector faces major air pollution challenges, including particulate matter, dust, NOx, SOx, and VOCs. Real-time air quality monitoring helps identify emissions, protect workers, ensure compliance, and improve processes for cleaner, safer, more sustainable production.
Construction dust from building and demolition is highly hazardous, exposing workers and nearby communities to silica, asbestos, and PM2.5. Real-time monitoring, safety gear, and proper site management reduce exposure, improve air quality, and ensure compliance and safety.
As India moves toward greener mobility, E20 petrol is gaining attention. But what does this ethanol blend mean for your vehicle and the air you breathe? Explore how E20 affects fuel efficiency, engines, and urban air quality.
London’s Ultra Low Emission Zone (ULEZ) is a key program tackling the city’s air pollution. With strict vehicle standards and real-time monitoring, it promotes cleaner air, better health, and offers insights for sustainable, equitable urban living.
Factory air pollution comes from multiple sources, harming air quality, human health, and ecosystems. Real-time monitoring, sustainable practices, and modern technologies help industries reduce emissions, ensure regulatory compliance, and balance economic growth with environmental responsibility.
Trees fight city air pollution by retaining gases such as SO2, NO2, and CO, filtering particulate matter, releasing oxygen, and curtailing smog. This blog further explores how certain species effectively clean the air.
Open waste burning pollutes cities with PM2.5, CO, and toxic gases, harming human health and the environment. Real-time monitoring pinpoints these emission sources, helping authorities act quickly, prevent exposure, and develop cleaner, safer waste management strategies.
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Oizom offers Environmental IoT and Environmental AI solutions for a sustainable future.
India
House No.2, Garden View, Corporate House,
Opp. Bodakdev Auda Garden, Ahmedabad,
India – 380054
Email: [email protected]
For Sales Inquiries: +91-8866660025
For HR Related: +91-7861876049
Oizom offers Environmental IoT and Environmental AI solutions for a sustainable future.
India
House No.2, Garden View, Corporate House, Opp. Bodakdev Auda Garden, Ahmedabad, India – 380054
[email protected] | +91-8866660025
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