We take around 23,040 breaths daily, and in confined spaces like taxis or meeting rooms, 1 in 7 of those breaths could come from another person.

Over 150 million workdays are lost annually in the UK due to ill health, significantly impacting productivity and the economy.

Air quality is the greatest threat to public health, killing over 7 million people annually and posing a severe environmental risk.

Every day, 93% of the world’s children under 15, breathe air that is so polluted it puts their health and development at serious risk.

Every Enquiry will be rewarded with a new tree to be planted. We currently have a forest with 2796 trees planted.

Fires cause around 330 deaths annually in the UK, while PM2.5 particles contribute to over 43,000 deaths within the same period.

The WHO reports that 99% of the global population breathes air exceeding pollution guidelines, declaring it a global public health emergency.

In the UK, we spend just 8% of our time outdoors, making indoor air quality a more significant health risk.

Improving air quality through better ventilation could increase productivity, estimated to add about £5,100 per person annually.

Green buildings with LEED certification consume 25% less energy and 11% less water than non-green buildings, demonstrating their environmental benefits.

Buildings certified to green and healthy standards see 30% fewer occupant complaints, highlighting the impact of improved design on well-being.

CO2-based demand-controlled ventilation (DCV) can reduce HVAC system energy output by 70%, enhancing energy efficiency.

Enhanced ventilation rates can decrease staff sick days by up to 35%, improving overall workplace health.

82% of millennials would feel safer returning to work if offices provided real-time transparency into indoor air quality.

Older LCD screens release heavy quantities of over 30 VOCS and 10L liquid crystal monomers alone. Other culprits include printers, copiers, laptops, and computers.

HVAC systems account for 16% of global energy use, but using current technologies can reduce this by 30% to 80%.

Sick Building Syndrome (SBS) causes respiratory issues, allergies, and asthma in 57% of offices, affecting worker health.

Occupants in buildings with optimal temperature and humidity perform 5.4% better in cognitive tests than those in sub-optimal environments.

The European Society of Cardiology estimates that long-term air pollution exposure contributed to 15% of COVID-19 deaths worldwide.

According to 2018 study, air pollution can lower intelligence, equating to the loss of one year of education, significantly impacting employee performance.

The Clean Air Act saved the USA over $2 trillion. The Inflation Reduction Act allocates $50 billion for energy-efficient building upgrades, including HVAC improvements.

Excessive sanitization under new COVID-19 protocols can raise TVOC concentration to 9900% above acceptable levels, posing health risks.

When room CO2 reaches 800 ppm, 1% of the air is rebreathed; at 1500 ppm, this rises to 3%, increasing health risks.

Silica dust, similar to asbestos, severely damages the lungs, reducing their capacity to produce oxygen, and posing significant health risks.

Air pollution is the largest environmental cause of fatalities, responsible for 1 in 9 deaths globally.

Air pollution poses a greater threat than smoking, HIV, or war, being the largest environmental risk factor for premature death worldwide.

Air pollution is the fourth deadliest health risk worldwide, following smoking, high blood pressure, and dietary risks.

9 out of 10 people breathe air that damages their health, showing the widespread impact of air pollution.

Wood and barbecue smoke can harm your immune system, increasing vulnerability to various health issues.

The UK has the highest asthma rate globally, with mold spores being the leading contributor.

VOCs in offices mainly come from photocopiers, printers, and cleaning products, with emissions 10 to 120 times higher when computers are on.

COVID-19 transmission rates are almost 19 times higher indoors, with 50% of employees still anxious about workplace infection.

A study suggests that SARS-CoV-2 could hitch a ride on PM10 particles, possibly spreading more widely through air pollution.