The document discusses the environmental impact of coal combustion, highlighting the urgent need for accurate carbon dioxide emission estimates to combat global warming. It introduces a remote online monitoring system for CO2 concentrations using wireless sensor networks, aimed at detecting gas leakage for CO2 capture and storage. This system integrates various technological components such as sensors, GPS, and wireless transmission modules.

1. ONLINE MONITORING OF
GEOLOGICAL CO2 LEAKAGE
BASED ON WIRELESS
SENSOR NETWORKS

2. COAL MINES CARBON
EMISSIONS
 Coal is an important source of energy.
The combustion of coal, however adds
a significant amount of carbon dioxide
to the atmosphere.
 Because of a growing concern over
the possible consequences of global
warming need for accurate estimates
of carbon dioxide emissions is needed

3. Carbon Emission Risk Factors
In terms of ocean acidification and
feedback risks, we have already emitted
too much. Given that we need to combine
fast emission cuts with rising energy use
globally, we need to be focused on
substituting away from any process that
emits carbon into the atmosphere.
Unless we begin sharp reductions in
carbon emissions immediately, we will
commit the world to more that two degrees
of warming.

4. INTENT
A remote online carbon dioxide (CO2)
concentration Monitoring system is
developed, based on the technologies of
wireless sensor networks, in allusion to
the gas leakage monitoring requirement
for CO2 capture and storage.

5. MONITORING SYSTEM
Micro Controller unit
Air environment sensors
Global positioning system (GPS) receiver
module
Liquid crystal display (LCD) module
(GPRS) wireless transmission module