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Electric cars are often presented as 'non-polluting' or 'zero emission' vehicles. But they are not necessarily less polluting than conventional vehicles!

How the energy used is generated?
An average of 60 % of the electricity produced in the world comes from coal and gas, i.e. fossil fuels, but there are each year more energy coming for renewable sources, and country are investing more and more on clean energy, wich is a good sign.

Environmental impact of car manufacture:
An eletric car will be responsible throughout its life for CO2 emission: from manufacture, supply and use, to recycling of the parts. Manufacturing batteries involves the use a lot of energy and often creates a lot of pollution.Then, to produce batteries, extracting the lithium or cobalt needed often weighs heavily in environmental and in human terms. Not to mention the huge problem of recycling.

Are electric cars as polluting as fossil-fuel cars?
There is some ambiguity regarding this topic, that even experts cant agree with. In order to draw up their calculations, scientists not only rely on known data, but also on hypothesis as well as possible scenarios. Depending on the assumption, electric cars are either a lot less, equally or sometimes even a lot more polluting than engine powered traditional cars.

But one thing is for sure:
Diesel and petrol cars also emit other harmful air pollutants particles such as NOx, which are considered to be carcinogenic
These particles, invisible to the eye, may find their way into the lungs. And one fact, it's that they are responsible for more than 12,000 premature deaths a year in Belgium!

With this text, we can conclude, that both types of vehicles pollute at some level, and what better way to avoid it than try use the car, as many times as possible ;) .
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Some green protectors keep warning about the dangers of plastic bottles to our nature, animals and our health. At the same time, media and are warning that the tap water is full of pharmaceuticals, microplastics, heavy metals and chemicals.

Than what should should we do? Let's see some facts:
  1. Based on multiples studies, tap water that follows the World Health Organization’s guidelines for drinkable water (US and EU countries do) is generally as healthier than the bottled one;
  2. Tap water costs less than 0.1 cent per liter. Bottled water costs from 20 cent per liter and upwards, making it 200x more expensive or even more depending on the brand. If we take in account restaurants, coffee shops and kiosks is even more expensive;
  3. The tap water cant provide unlimited fresh water whenever we need for drinking, cooking, making coffee, and a lot more options;
  4.  In some places like Lisbon, London or Madrid the local tap water tastes pretty good, in other countries it may taste poorly. But the bad taste can easily be improved by using a water filters that can be bought on internet;
  5. Let's conclude with the more important one! The waste of bottled water is destroying our oceans, wildlife and earth. Less than 10% of plastic are getting recycled worldwide, were the rest of them ends up in landfills and our nature, and eventually breaks down into microplastics ending up in the oceans.
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 Based on REN21's 2016 report, renewable energy contributed to 19.2% o global energy consumption. By 2015, worldwide investments in renewable technologies amounted more than US$286 billion!
 This article lists the countries generating the most electricity from renewable sources in 2016. This represent the energy that they import and/or export electricity, so it's not based on their consuption.

The list of the 25 countries who have the biggest renewable energy production are:
  1. Albania (100%)
  2. Democratic Republic of the Congo (100%)
  3. Iceland (100%)
  4. Paraguay (100%)
  5. Namibia (99,3%)
  6. Costa Rica (97,7%)
  7. Tajikistan (97,5%)
  8. Norway (97,2%)
  9. Uruguay (96,5%)
  10. Zambia (95,0%)
  11. Ethiopia (93,6%)
  12. Kenya (90,7%)
  13. Kyrgyzstan (86,7%)
  14. New Zealand (83,9%)
  15. Mozambique (83,7%)
  16. Georgia (80,7%)
  17. Brazil (80,4%)
  18. Korea DPR (75,7)
  19. Austria (74.3%)
  20. Togo (73,1%)
  21. Angola (70,3%)
  22. Gabon (68,4%)
  23. Venezuela (67,6%)
  24. Panama (66,6%)
  25. Republic of the Congo (66,4%) 
It's good to watch that exists already 4 countries who produce 100% of their energy from renewable sources, and its even really good that places like the European Union, where they're goal, its to reach by 2050 the neutrality of greenhouse gas emissions.
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The most of people doesn't know about the millions of gallons of virtual water that go into making the consumer goods they consume everyday. Manufacturing materials like paper, plastic, metal and fabric takes water, ands a lot of it. 
To calculate this, is required watch every step in the production processes for many different raw materials and finished products.
Then, the water footprint of a product is calculated by adding up all of the water required for each step of the production process.

Below, it is a list of the consume goods that have the biggest water footprint:
  1. Chocolate (1kg) - 24 000 Liters
  2. Beef (1kg) - 15 500 Liters
  3. Cheese (1kg) - 5 000 Liters
  4. Pork (1kg) - 4 800 Liters
  5. Olives (1kg) - 4 400 Liters
  6. Chicken (1kg) - 3 900 Liters
  7. Rice (1kg) - 3400 Liters 
Analysing in deep the production of beef, and the reason behind so many water is spend, it's mainly because of the production of the food for the animals. It takes an average of three years before the animal can be slaughtered to produce 200 pounds of boneless meat. In this period, the animal consumes 1 300 pounds of grain (wheat, oats, barley, corn, peas, soy flour, and other grains), 7,200 pounds of fiber (pasture, straw), 24 cubic meters of drinking water and 7 meters cubic meters of water for other care. Than, to produce 1 pound of boneless meat, we use about 6.5 pounds of grain, 36 pounds of fiber and 155 liters of water. In addition, feed production requires an average of 15 300 liters of water. This give us the total o 15 500 liters!
 In this method, we do not include the volume of polluted water that may originate from the use of fertilizer to produce the ratio or excess manure that reaches the water system.

It is impossible to make a water footprint of zero because it takes water to make just about everything we choose to buy, eat, use and throw away, but, individual we can take daily decisions that might seem small, but cumulatively can have a great impact.

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Let's use a orange juice as an example: 
 When someone see on a label "natural flavor", it doesn't mean that it uses only orange flavor, or even contain orange extract at all, this flavor it's created also with extracts from bark and grass.

But if companies want to approximate the flavors as more realistic as possible why do not just use "oranges"? The answer comes down to availability, cost and flexibility, where according to flavor chemist Gary Reineccius, of the University of Minnesota. "At one time, there were 10 times more grape-flavored products than grapes grown," Reineccius says. "If you're going to use all your grapes on grape soda, you don't have any for wine. It would be exceedingly expensive. Then what do you do with the byproduct you create after you've sucked all the juice out of the grape?".

Natural and artificial flavors are that different at all. While natural flavors are created by extracting chemicals from natural ingredients, artificial flavors are made by creating the same chemicals synthetically.

The main reason for companies bother to use natural flavors rather than artificial flavors its only by one reason: MARKETING!

Besides the consumer believe thats products with natural flavors are healthier, they're nutritionally is no different from those with artificial flavors. Another point it's that natural flavors may have more detrimental environmental consequences than artificial flavors, because to made them, there are forest clear-cutting and carbon emissions from transport.
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By 2050, Europe desire to get a neutral impact on the emission of CO2, reducing between 80 and 95% of emissions.
In the US, by 2050, the Wind Power will be responsible for the 35% of eletrical production.
To measure the efficiency of each source we are taking in count the cost of the fuel, the cost of production, and the cost of dealing with the environmental damages.

The most efficient types of Renewable Energy are:
  1. Wind
  2. Geothermal
  3. Hydro
  4. Nuclear
  5. Solar
The Wind Power, as the winner have a lot of advantages, like:
  1. As January of 2016, it was providing 88 000 jobs only in the United States;
  2. Generates over $128 billions in private investment between 2008 and 2015;
  3. Doesn't pollute the environment;
  4. Has low operation costs.
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A typical america generate around 4 pounds of waste per person every day, totaling more than 220 million tons of trash each year – a majority of which gets sorted and sent to landfills.

What happens to this trash we send away and how long does it take discarded items to decompose?

Below, we show you some of the more trowaway things:

Paper Towel - 2 to 4 weeks
Orange or Banana Peel - 2 to 5 weeks
Apple Core - 2 Months
Cotton Shirt - 2 to 5 Months
Plywood - 1 to 3 Years
Cigarette Filter - 1 to 5 Years
Plastic Bag - 10 to 20 Years
Nylon - 30 to 40 Years
Leather - 50 Years
Bamboo Flowering - 40 to 50 Years
Plastic Foam - 50 Years
Rubber Boot Sole - 50 to 80 Years
Aluminum Can - 80 to 200 Years
Disposable Diapers - 450 Years
Glass Bottle - 1 Million Years
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About me

https://lh3.googleusercontent.com/kZqsrEMWlob31gaQmrhgIR69SNpN3dyVgjFi9BrcUv-I6tpSivGjXoVK3SXKyHe4UCj0VL_u1aXu8xPAP1nRExqoUlmYAYRLDsaYMPy-7fRwGp3AiSt2fgInu5BdSfQ4RvaA7DyDtehS4EvqVVDrAnxBHaV0L8qcp7lNQJnCnRtm8J3JgXijJqisJSptuCaDx3IkuFUWH6PfAG3rdmZrlsYYxElCzbKvJEZtrOmEBenE9EbM61-I11Is7fSlI6tjk71yaA8GWfdsOtd99t8QOLFdMnqUulA_RJBr4WZksf6489c6qAV5_UFKRoX-HoU00KIkrTZJBFqy4biNJO2ceUdhjj05fAJ_Pb0MYg90U97WfEI4g47XPxIdA8VaFUX47ozV3W_EfTYjMlzH1VMzydSuJt2BEJyoGm0ez9MhkP1FYRTG-IU2VaBvQDy_Mvvglgy-h54QB5eP_0RvEUJ1nEIdE6NokFZAuOP1wFQLwMM7XuTmBhO1X6sbBeidFYHC0SPSrQu75oa4k-NXvVhugU5y3qL88_05ZtZb1R413XERSclqJI3AQ5A_O4feN4jT_0LJ_WLUkwDISmF05MerMNH5ZD-mq609-bwBCPyFm7loahFbR50rkKzlGe9Cf1W9oAnvbuVLz-LxUoDKKfMUMvZdjsqyjoL4=w497-h635-no
Diogo Fernandes

Hi! I am Diogo Fernandes— In love with Graphic Design and the Environment. Join me as I share great facts, amazing infographics, about an incredible better life and awesome tips for people who want to be more GREEN!

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