The document discusses greenhouse gas emissions from different industrial sectors including coal, oil, gas, cement, and gas flaring. It analyzes how consumption and production affect carbon footprints differently across countries and how variations in these factors should influence each country's climate solutions. The document also presents data on total and per capita CO2 emissions from global cement production in 2020, findings from the data, and challenges in working with an incomplete dataset.

1. EnviroBruins
Group 2: Alana Malika, Jion Kim, Kuni Morimoto, Milton Mak

2. Key Points/Main Argument:
1. What has a greater overall carbon footprint,
consumption or production in different countries?
○ How should these variations differentiate each
country’s climate solutions?
2. Between the following 5 fuel industries, how does
each country contribute to global CO2 emissions?
○ Coal
○ Oil
○ Gas
○ Cement
○ Flaring
Topic: Greenhouse gases and
equivalent CO2 emissions from
different industrial sectors.

3. Data Set
Our World in Data
https://github.com/owid/co2-data
Compiled Data from:
● CO2 Emissions: UN, the Global Carbon Project
● Population: UN World Population Prospects, Gapminder
Updated regularly: 15 days ago

4. Global CO2 vs Average Global Temperatures

5. Total Global CO2 emissions from cement production in 2020

6. Total Global CO2 emissions from cement production in 2020

7. Total Global CO2 emissions from cement production in 2020

8. Total Global CO2 emissions from cement production in 2020

9. Total Global CO2 emissions from cement production in 2020

10. Global CO2 emissions from cement production per capita in 2020

11. Surprising Findings + Challenges
● Transportation emissions are included in global data but excluded from
individual countries
● Total emissions data is skewed towards a few countries while per capita data
shows a better spread of emitting countries
● Incomplete Data Set
● Extremes interfering with useful, extractable information