Overview Transport is the number-one source of air pollution in cities, causing serious problems ... more Overview Transport is the number-one source of air pollution in cities, causing serious problems to human health, the economy, climate and the environment. Current approaches to reducing transport emissions have not led to the desired results, leaving city regulators with challenges of protecting the health and wellbeing of their residents. The Air Quality & Transport (AQT) Green Bond provides public authorities and investors with exciting opportunities to capitalize on clean transport projects that monitor, manage and reduce emissions. Returns on investment are maximized through economic benefits of improved public health and economic productivity, climate change mitigation and reduced public expenditure on transport-related externalities. The AQT Bond is particularly suitable for cities wanting to take global leadership on air quality management and climate change mitigation, providing win-win-win solutions that benefits people, the economy, climate and the environment
DPF/ DOC Black carbon Oxidation Efficiency NO2
Diesel particulate matter is emitted in three usua... more DPF/ DOC Black carbon Oxidation Efficiency NO2 Diesel particulate matter is emitted in three usually distinct but overlapping size modes: the nucleation mode, typically 3-30 nm diameter, containing most of the particle number; the accumulation mode, roughly 30-500 nm, containing most of the particle mass; and the coarse mode consisting of larger particles and usually comprising less than 10% of the mass . Lubricating oil is a dominant component of the nucleation mode particles produced without after treatment And co2 is 0.33 nm … ! … What Can you actually measure?
THERMAL DECOMPOSITION and REFORMING
hydrogen can become a metal, apparently similar to mercury... more THERMAL DECOMPOSITION and REFORMING
hydrogen can become a metal, apparently similar to mercury, at some 100,000 atmospheres pressure
It is a well established science that at certain temperatures and pressures gases become liquids, liquids become solids, solids become liquids, and liquids become gases. Covalent bonds can be broken, modified to an altered state and created Is this not how pollutants are formed?
Is it simply a reaction to temperature and pressure?
Overview Transport is the number-one source of air pollution in cities, causing serious problems ... more Overview Transport is the number-one source of air pollution in cities, causing serious problems to human health, the economy, climate and the environment. Current approaches to reducing transport emissions have not led to the desired results, leaving city regulators with challenges of protecting the health and wellbeing of their residents. The Air Quality & Transport (AQT) Green Bond provides public authorities and investors with exciting opportunities to capitalize on clean transport projects that monitor, manage and reduce emissions. Returns on investment are maximized through economic benefits of improved public health and economic productivity, climate change mitigation and reduced public expenditure on transport-related externalities. The AQT Bond is particularly suitable for cities wanting to take global leadership on air quality management and climate change mitigation, providing win-win-win solutions that benefits people, the economy, climate and the environment
DPF/ DOC Black carbon Oxidation Efficiency NO2
Diesel particulate matter is emitted in three usua... more DPF/ DOC Black carbon Oxidation Efficiency NO2 Diesel particulate matter is emitted in three usually distinct but overlapping size modes: the nucleation mode, typically 3-30 nm diameter, containing most of the particle number; the accumulation mode, roughly 30-500 nm, containing most of the particle mass; and the coarse mode consisting of larger particles and usually comprising less than 10% of the mass . Lubricating oil is a dominant component of the nucleation mode particles produced without after treatment And co2 is 0.33 nm … ! … What Can you actually measure?
THERMAL DECOMPOSITION and REFORMING
hydrogen can become a metal, apparently similar to mercury... more THERMAL DECOMPOSITION and REFORMING
hydrogen can become a metal, apparently similar to mercury, at some 100,000 atmospheres pressure
It is a well established science that at certain temperatures and pressures gases become liquids, liquids become solids, solids become liquids, and liquids become gases. Covalent bonds can be broken, modified to an altered state and created Is this not how pollutants are formed?
Is it simply a reaction to temperature and pressure?
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Diesel particulate matter is emitted in three usually distinct but overlapping size modes:
the nucleation mode, typically 3-30 nm diameter, containing most of the particle number;
the accumulation mode, roughly 30-500 nm, containing most of the particle mass;
and the coarse mode consisting of larger particles and usually comprising less than 10% of the mass . Lubricating oil is a dominant component of the nucleation mode particles produced without after treatment
And co2 is 0.33 nm … ! … What Can you actually measure?
hydrogen can become a metal, apparently similar to mercury, at some 100,000 atmospheres pressure
It is a well established science that at certain temperatures and pressures gases become liquids, liquids become solids, solids become liquids, and liquids become gases.
Covalent bonds can be broken, modified to an altered state and created
Is this not how pollutants are formed?
Is it simply a reaction to temperature and pressure?
Diesel particulate matter is emitted in three usually distinct but overlapping size modes:
the nucleation mode, typically 3-30 nm diameter, containing most of the particle number;
the accumulation mode, roughly 30-500 nm, containing most of the particle mass;
and the coarse mode consisting of larger particles and usually comprising less than 10% of the mass . Lubricating oil is a dominant component of the nucleation mode particles produced without after treatment
And co2 is 0.33 nm … ! … What Can you actually measure?
hydrogen can become a metal, apparently similar to mercury, at some 100,000 atmospheres pressure
It is a well established science that at certain temperatures and pressures gases become liquids, liquids become solids, solids become liquids, and liquids become gases.
Covalent bonds can be broken, modified to an altered state and created
Is this not how pollutants are formed?
Is it simply a reaction to temperature and pressure?