This document discusses global waste and proposes a Waste Optimization System to address it. It notes that the world population is over 7 billion people who generate a large amount of total waste. The proposed system would assign waste codes to rate products based on their materials, and apply higher taxes to more hazardous products. This aims to incentivize more sustainable production and consumption. Implementing such a system could help save money, reduce environmental impacts, and improve human health worldwide over the long run, though challenges may include economic or behavioral factors that slow adoption. The key drivers for implementing the system would be international organizations and national governments.
1. Overview
1. Population.
2. Waste globally.
3. Africa, Europe, Asia, Nourth America, South America, Australia.
4. How can people create and consume goods that are renewable, repairable,
reusable, and recyclable?
5. Waste Optimization System.
6. Challenges.
7. Conclusion.
1
2. Continents of the World
Size: 24,709,000 sq km
No. of countries: 23
Population: 579,024,000
1 North
America
Size: 10,180,000 sq km
No. of countries: 50
Population: 738,849,000
2 South
America
Size: 30,221,532 sq km
No. of countries: 54
Population: 1,216,130,000
6 Africa
Size: 44,579,000 sq. km
No. of countries: 48
Population: 4,436,224,000
4 Asia
Size: 8,525,989 sq km
No. of countries: 3
Population: 39,901,000
5 Australia
3 Europe
2
Size: 17,840,000 sq km
No. of countries: 12
Population: 422,535,000
3. % Continents of the World Population
8% 10% 60%
North
America
Europe
Asia
3
4. 16% 5% 1%
% Continents of the World Population
South
America
Africa Australia
4
5. Total population and Estates
● 2019 Population 7,75
● Growth Rate (%) 1.07%
● Pop Density (sq km) 51.80
5.3 billion
7.3 billion
7.7 billion
8.5 billion
11.2 billion
2013
2019
2030
2100
1990
5
8. Optimization Waste-code solution
Face one
1. waste-code solution:
it is contains all of the products on the market.
Every product has its evaluations based on the materials that used on
the production.
These materials will rank the product from scale 1= friendly to 10
hazudous materials
9. Waste Optimization System
Face Two
2.Optimization Waste-Tax solution
• Taxes will add based on waste-code evaluation.
• how and what are products harmful the environment;as harmful as
the taxes will become higher and vice versa.
• The taxes will add on the company based on the type of the product
itself.
10. How is waste optimization positive to the world ?
• This solution will change the lives of millions of humans because it will 4 important cases:
1.saving money:
therefore, the saving money as follows for the producer: They will use in the production cycle recycle
materials instead of mining or using hazardous materials.
2.save Earth:
Reducing waste and its emissions. Also, reduced landfills as possible as. waste volumes increasing and
waste is in increase as human population in increase as well. So, the business wise is how to mitigate
emissions and landfills to zero.
3.saving humans lives:
It will make the world better for our children, make it safe place able to survive longer.
4.Increase the income for some countries
collect TAX FROM Companies. reduce expenses in general.
11. Challenges
• Economic recession:
• Individual Behavior:
• Company reaction:
• 1. The modification production cycle:steps
• 2.Rise the price of product:
• The power of purchasing of end user:
• The reduce profit margin :
12. Who are the main drivers ?
The implementation:
1. United Nation
2. Governments around the world
3. Ministries around the world
4. Implementing Waste Optimization System laws internally
5. Monitor and Harvest.
