3. Quite how many industrial accidents occur in India annually is
unknown, as many go unreported. Government statistics –
which show 54,000 killed or injured in factory accidents
between 2014 and 2016 – are thought to only represent a
fraction of all casualties. Campaigners claim the true figure is up
to 15 times greater.
-The Guardian
7. Brainstorm
how to
arrange this
slide show:
please edit this! This is only what I came
up with in a matter of 4 mins!
• Case study incorporation
• Problem statement
• Intro to our solution
• Specifics of the ideas (grouped together if
applicable)
• Potential drawbacks of solution and a rebuttal to
argue why these drawbacks can be ignored (it’s
important to showcase the bad aspects and then
refute them to gain more strength for our
argument)
• This is my opinion if you guys think otherwise im ok
with skipping this too
• How we specifically addressed three factors:
desirability, feasibility, affordability
• (I could be wrong are these the three factors? – im
stupid)
• Chemical engineers pitch in their POV
• Global benefit of our solution
8. The Process:
•Chemical sensors
constantly acquire
temperature and PPM
levels of the specified gas
in atmosphere
•Data is translated from
analog output to
readable data
Data Collection
•Current temperature and
PPM levels are compared
with “normal” levels
•If current > normal, alerts
are generated
•Data processed through
Raspberry Pi board
•Uploaded onto Cloud for use
by safety department
Transferring,
Processing,
and Storing
• The CMS continuously
monitors the real time
data stream and alerts
the respective
supervisor in the case
that it detects any
aberrant behavior.
Automation
9. Why Wearable Technology?
The convenience factor of immediate on-the-
body access to a wearable and its data could
help you stay healthy is the main reason why
we are leaning towards wearable technology. It
allows accurate reading of blood pressure, heart
rate as well as stress levels. Wearable
technology allows easy access to track
employee activity and location; linked to a
central monitoring station, a supervisor can
keep a virtual eye on the employee
10. IoT - wireless monitoring
MQ Gas Sensors
• Sensitive to wide range
of gases
• No electronic
component –
compatible with
AC/DC voltages
• ↑ smoke = ↑ voltage
Wireless monitoring
• Electrochemical sensor
in transmitter housing
• Electrodes create
signal interpreted
by transmitter and
converted into signal
Prevention of Gas
Leakages
• Leakage detection alert
12. Our Solution
Our product serves to make the chemical industry safer than
ever. We have designed a product that regulates the
temperature, humidity, chemical reactions, and leakages. The
monitoring of chemicals is applicable while they are in
transportation as well as at the facility. In addition, to keep
safety guidelines in check, our product has the ability to
assess the health conditions of employees as well as ensure
that they are wearing the proper equipment in designated
areas. On top of that, the product keeps track of who is
authorized in which areas of the facility. With all of these
features, the chemical industry will remain safe for all.
21. • Pre- existing health conditions could also lead to industrial
disasters. Constant health monitoring is a way to keep track of
employees' health conditions. Deteriorating health on the industry
floor could be a signal of factory machinery failure or injuries.
• While developing and utilizing important chemicals and products
there is always a possibility for it to get into the wrong hands.
Security breaches caused due to unauthorized entry is an
important factor to consider while developing technology to
mitigate disasters.
• Our solution, the Smart Band-would consist of sensors like the
gyroscope, accelerometer and heart rate sensors.
• It would also contain RFID chips and sensors in order to monitor
illegal intrusion and to gain records of all entries and exits through
the factories.
• We would be sending alerts through a mobile app for easier
accessibilty features.
• SIMPLY THERE WILL DELETE THIS SLIDE LATER
