Breath The Freshness Of A Good Environment

Living in a save environment is leaving fresh and green, it is best developement mankind can attain.

Form A Round Opening With Your Thumb And A Finger

Look through the whole and imagine what Environment Go! Imagines of a totally green environment, Awesome Imagination.

How Does It Feel To Lie On A Save Green Lawn Thanking God For Nature?

To Environment Go!, It feels perfect and breath-taking.

Monday, 27 November 2017

What Is Environmental Pollution ? See All You Need To Know

What Is Environmental Pollution ?

Environmental pollution is generally know as the introduction of harmful materials into the environment but this definition is shallow and not concise.

If you want to answer the question " what is environmental pollution " you have to take note and include these three major points in environmental pollution below.
  1.  Introduction of harmful material into the environment
  2.  Causation of harm to human, plant or animal live.
  3.  Degradation or damage to the environment.
The above points are a must-add in defining environmental pollution, skipping any of the points may not define environmental pollution properly.
With the listed points above, you can define environmental pollution in your own words and it would be better you craft your own definition so you can pjut yourself in a situation that would let you feel the harm done to the environment by pollution and polluters.

These pollutants introduced into the environment are mostly from human activities so environmental pollution can also be said to be harm done onto humans by humans.

Environmental Pollution is the introduction of toxic harmful materials into the environment which may cause harm to human health, plant or animal life or result to a significant damage on the environment(Water, Land, Air).


Environmental pollution has been on the increase for lack of awareness and interest on environmental related issues as people put more interest in developing modern facilities and erecting structure while ignoring the environmental effects of their activities.
To foster environmental awareness and care, universities have introduced environmental related courses.

If you are an environmental lover, you can take a look at some scholarship programs available in environmental related courses.
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Environmental Pollution

Wednesday, 22 November 2017

Effect Of Erosion On The Environment

Lets look at the different effect of erosion on the environment and review their impacts on the environment.

At first, you have to know that there are different kinds of erosion and each has a different effect on the environment but we are going to list them one after the other.
First lets list the three main types of erosion;

THREE MAIN TYPES OF EROSION


WIND EROSION
WATER EROSION
GRAVITY EROSION

These erosion types can be further divided especially in the case of water erosion. In water erosion we get Sheet Erosion, Splash Erosion, Gully Erosion and Rill Erosion.

Effect Of Erosion On The Environment

Effect Of Wind Erosion On The Environment - Wind erosion is the carrying away of top soil by wind, the rate at which the soil is carried away depends on the intensity of the wind. Wind erosion brings about its own Effect Of Erosion On The Environment and its severity is determined by the intensity and frequency of the wind.

Effect Of Water Erosion On The Environment - Water erosion is the washing away of top soil by water and this has different effects on the environment depending on the type of water erosion that is involved.

Under water Erosion, we have;
Sheet erosion - sheet erosion is the washing away of the thing layer of soil surface over a large area of land. The effect of sheet erosion on the environment is majorly that it washes away soil nutrients.
Rill Erosion - rill erosion creates small channels in a slope from which water flows down to a bigger channel, it also washes away the surface of the soil but do not cover a large area as sheet does yet digs dipper into the soil than sheet erosion thereby creating its own  Effect Of Erosion On The Environment and land surface.
Splash Erosion - this involves the splashing away of soil particles by rain drops.
Gully Erosion - this is the most dangerous of all erosion types, it digs many fts down into the soil with time and destroys a lot of natural and artificial resources on its way. It is the erosion type that draws most attention when ever it is about to take place or where ever it is located.
Gully erosion destroys a large area of land along its path.
Brown Mountain Pathway
example of path created by gully erosion

 Effect Of Gravity Erosion On The Environment - Gravity erosion is caused by the downward movement of rocks and some other hard materials due to the effect of gravity.

Having listed a number of effects of Gravity on the environment, lets anticipate another post. You air your view through the comment box below.

Thursday, 16 November 2017

Scholarship In Environmental Engineering Abroad

Hey dear environment lover, I will be talking about Scholarship In Environmental Engineering Abroad and how to apply and get them.

I believe people are now building interest on environmental management, safety and sustenance so I have been researching on Scholarships In Environmental Engineering Abroad to help interested environment lovers who cannot afford study fees hit their dream course.

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Scholarship In Environmental Engineering

Scholarship In Environmental Engineering

  1. The Dr. W. Wesley Eckenfelder Jr. Scholarship. This program offers yearly scholarships to students majoring in environmental engineering with a focus on wastewater management. Awards are based on merit, and applicants must have a minimum GPA of 3.0. Award amounts vary, and are determined by course of study and college of attendance.
  2. The National Environmental Health Association Scholarship offers a maximum of $1000 and is available for students purshuing degrees and careers in environmental engineering. For degree program higher than bachelors degree, applicant is expected to have obtained a bachelor degree in a course related to environmental engineering. Scholarships are open to students enrolled at an EHAC accredited college or university. Applicants must be student members of the NEHA to be considered for an award.
  3. The Switzer Fellowship is offered to exceptional environmental engineering majors who are pursuing careers in land and water conservation, environmental justice, public health, or environmental journalism. The award is highly competitive, and applicants will be judged on their academic performance and commitment to environmental problem solving. The annual award is $15,000. This is a more reason to devote your time in what you love most, as an environmentalist you are to devote time to environmental problem solving.
  4. The Annie’s Sustainable Agriculture Scholarship to students majoring in environmental engineering with a focus on promoting sustainable farming techniques. This Scholarship In Environmental Engineering is available to both undergraduate and graduate students. The annual award is $1000.
There are also a couple of Scholarship In Environmental Engineering programs from colleges and governments which are trending, take a look at them below.

Civil and environmental engineering scholarship by Department of Civil Engineering at the University of Texas.
WORTH: $8000

 Henry Samueli School of Engineering at the University of California offers Henry Samueli Endowed Scholarship
WORTH: Vary

Udall Scholarship for students pursuing degrees in fields related to the environment. Student is to select college of choice by self.
WORTH: $5000

AAAS Science and Technology Policy Fellowship for post-graduate students pursuing research into environmental management and environmental science. Applicants are two provide atleast three referees.
WORTH: Vary.

Ernest F. Hollings Scholarship for students pursuing degrees and careers related to the stewardship of our oceans and atmosphere. The scholarship is accompanied by a 10 week paid internship with NOAA or one of its affiliated organizations.
Applicant must be enrolled into an approved environmental science program.
WORTH: $8000.

I hope the information was of great use to you? You can like us on facebook and also follow us on instagram @environmentgo.

Online Environmental Engineering Courses and Bachelors Degree Programs With Certificate

Below is a list of Online Environmental Engineering Courses and Bachelors Degree Programs that offer students degree certificates at the end of study.
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online environmental engineering courses

Online Environmental Engineering Courses and Bachelors Degree Programs With Certificate


It has been our idea to prompt scholars on environmental engineering online courses and how to participate on any of them together with the environmental engineering courses needed to support the course.

Finding environmental engineering courses online has never been easy as there are very few of them online, but there are many schools abroad and local which handle environmental engineering courses offline and they are pretty okay.

The University of North Dakota has an online graduate certificate program in environmental engineering that consists of nine credits and takes one year to complete. Students listen to recorded lectures as they learn how various engineering disciplines can be used to solve environmental issues. Applicants will need a bachelor's degree in a related engineering field or another area of study that includes intensive math and chemistry coursework.

Keplan University also offers bachelor degree (BS) certificate in Environmental Policy and Management.

At the moment we are yet to get anymore functional functional online environmental engineering courses. We will update this page when we do.

Saturday, 11 November 2017

Environmental Science And Pollution Research Abbreviation

Environmental science and pollution research abbreviation is not a thing to be confused with environmental science and pollution abbreviation. It is good you notice the "research" attached to the former, it makes a much difference from the later.

Environmental Science And Pollution Research Abbreviation
Firsly, it would be important to note that Environmental Science and Pollution Research serves the international community in all areas of Environmental Science and related subjects with emphasis on chemical compounds.

From the name, Environmental science and pollution research abbreviation can easily be derived as "ESPR" and it is as simple as that... In most cases and in most journals, it is though abbreviated as 'Environ Sci Pollut Res' so you have to take note of that also.

Environmental science and pollution research teams are environmental teams that focus pollution control as a part of environmental science to help in keeping the earth safer for mankind.
Environmental Science And Pollution Research Abbreviation
Environmental Science And Pollution Research Abbreviation

What Is The Meaning Of Environment, All You Need To Know

Environment is actually what we care for here, it is not just a vital part of human existence but it is the possibility of human existence.
Wanting to know what is the meaning of environment is wanting to know what is the platform of human existence; humans exist in the environment.

What Is The Meaning Of Environment, All You Need To Know

Environment is not just the physical surroundings of humans but also the conditions of the surroundings.
Hotness or coldness is a condition and there exists hot and cold environments when referring to the environment in terms of its conditions.

"Generally, environment is the physical surroundings and conditions which an organism interacts with and feels its effects."

All things that man interacts with are components of his environment, so talking about the environment is talking about everything in existence, both biotic and abiotic including empty space and air.

To define the environment in general, it is best to understand its concept first; understanding the concept of the environment gives one the ability to define the environment in his or her own terms and still arrive at the same conclusion with others.

It is easier to define environment in particular than to define it in general.
You can define a school environment, company environment, hospital environment and all particular environment easier compared to trying to define the general environment.

Can you try defining the environment for those Wanting to know what is the meaning of environment in your own words? We will love to read your own definitions in the comment box bellow.


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What Is The Meaning Of Environment, read environmetgo.com





Sunday, 5 November 2017

Waste To Energy Process and Importance

Have you ever thought about converting wastes to energy ? Have you though about creating any waste-to-energy facility or technique ? Have you imagined how a waste-to-energy plant or technology will reduce the amount of waste being deposited into the environment on a daily basis ? 
If you have imagined or thought of any of these, then you are welcome to read and share your idea with us here, if you have not, then you are welcome read on that here.

Waste to energy is the generation of energy in the form of heat or electricity from waste materials or dumps.

HOW TO PRODUCE ENERGY FROM WASTE

There are different waste to energy technologies but we will be talking about just thermal and non-thermal waste to energy technology here.

1) THERMAL TECHNOLOGY -waste to energy technology :

Waste treatment that are conducted involving high temperatures are called Thermal treatment,
the heat generated from this Thermal Treatment can be used to generate energy.

The following are examples of Thermal Technology;

a) Depolymerization
b) Gasification
c) Pyrolysis
d) Plasma arc Gasification


Depolymerization:

Depolymerization uses thermal decomposition wherein the presence of water, organic acids are heated at high temperatures. This process is also known as HYDROUS PYROLYSIS ( the process without the use of oxygen)
This process usually takes plastics and biomass as their primary ingredients and is usually conducted at very high temperatures.

Gasification:

It is another developing process employed in waste to energy generation. It converts carbonaceous substances to carbon monoxide, carbon dioxide and some amounts of hydrogen.
This process like incineration requires high temperatures to obtain results, the difference is that combustion does not occur in gasification.
Steam and/or oxygen is also used in this process where usually fossil fuels or organic substances are used.
The gas that is produced from the waste procedure is called SYNTHESIS GAS, or SYNGAS for short, and is considered as a good means of alternate energy.
SYNGAS is used for heat and electricity production.

Pyrolysis:

This is another waste to energy process used majorly in industrial processes. Pyrolysis is just like HYDROUS PYROLYSIS without the use of oxygen. Pyrolysis employs agricultural waste or organic waste from industries.

Plasma arc Gasification:

As the name implies uses plasma technologies to obtain syngas. A plasma torch is used to ionize gas and there after obtain syngas. This process generates electricity while compressing the waste.

2) NON THERMAL TECHNOLOGIES -waste to energy technology

a) Anaerobic digestion
b) Mechanical biological treatment.

Anaerobic digestion:

This is a slow process, here in, micro organisms are used to breakdown the biodegradable content. No oxygen is present during the procedure.
It is used both domestically and even commercially to tap the release of energy during the process and use it.
Anaerobic waste to energy technology is seen as a good way to reduce the green house gases from the atmosphere and also as a working replacement for fossil fuels.
The process works as a boom for developing countries for creating low energies for cooking and lighting in homes.
Biogas is used to run a gas engine and energy is created for small scale use.

Mechanical biological treatment:

This process uses domestic waste as well as industrial and commercial waste to generate products.
Waste-to-energy is an emerging innovative technology aimed at sustenance of the environment, with minimum damage to the ecosystem. With these technologies developing by day and their acceptance, increasing household and industrial setups.
Worldwide, waste to energy is seen as a development tool for emerging countries.
Waste to energy or energy from waste is a concious attempt to equalize the patterns of our planet and save our ecological cycles.
The energy generations from these technologies are small scale right now and their employment for domestic and industrial use is sparse.
However, they are seen as the energy solutions for tomorrow that are set to affect the world immensely.

Tell us what you think of this in the comment box below.

ARTICLE WRITTEN BY:
Onwukwe Victory Uzoma
An Environmental Technologist/Engineer.

Waste To Energy Process and Importance

Have you ever thought about converting wastes to energy ? Have you though about creating any waste-to-energy facility or technique ? Have you imagined how a waste-to-energy plant or technology will reduce the amount of waste being deposited into the environment on a daily basis ? 
If you have imagined or thought of any of these, then you are welcome to read and share your idea with us here, if you have not, then you are welcome read on that here.

Waste to energy is the generation of energy in the form of heat or electricity from waste materials or dumps.

HOW TO PRODUCE ENERGY FROM WASTE

There are different waste to energy technologies but we will be talking about just thermal and non-thermal waste to energy technology here.

1) THERMAL TECHNOLOGY -waste to energy technology :

Waste treatment that are conducted involving high temperatures are called Thermal treatment,
the heat generated from this Thermal Treatment can be used to generate energy.

The following are examples of Thermal Technology;

a) Depolymerization
b) Gasification
c) Pyrolysis
d) Plasma arc Gasification


Depolymerization:

Depolymerization uses thermal decomposition wherein the presence of water, organic acids are heated at high temperatures. This process is also known as HYDROUS PYROLYSIS ( the process without the use of oxygen)
This process usually takes plastics and biomass as their primary ingredients and is usually conducted at very high temperatures.

Gasification:

It is another developing process employed in waste to energy generation. It converts carbonaceous substances to carbon monoxide, carbon dioxide and some amounts of hydrogen.
This process like incineration requires high temperatures to obtain results, the difference is that combustion does not occur in gasification.
Steam and/or oxygen is also used in this process where usually fossil fuels or organic substances are used.
The gas that is produced from the waste procedure is called SYNTHESIS GAS, or SYNGAS for short, and is considered as a good means of alternate energy.
SYNGAS is used for heat and electricity production.

Pyrolysis:

This is another waste to energy process used majorly in industrial processes. Pyrolysis is just like HYDROUS PYROLYSIS without the use of oxygen. Pyrolysis employs agricultural waste or organic waste from industries.

Plasma arc Gasification:

As the name implies uses plasma technologies to obtain syngas. A plasma torch is used to ionize gas and there after obtain syngas. This process generates electricity while compressing the waste.

2) NON THERMAL TECHNOLOGIES -waste to energy technology

a) Anaerobic digestion
b) Mechanical biological treatment.

Anaerobic digestion:

This is a slow process, here in, micro organisms are used to breakdown the biodegradable content. No oxygen is present during the procedure.
It is used both domestically and even commercially to tap the release of energy during the process and use it.
Anaerobic waste to energy technology is seen as a good way to reduce the green house gases from the atmosphere and also as a working replacement for fossil fuels.
The process works as a boom for developing countries for creating low energies for cooking and lighting in homes.
Biogas is used to run a gas engine and energy is created for small scale use.

Mechanical biological treatment:

This process uses domestic waste as well as industrial and commercial waste to generate products.
Waste-to-energy is an emerging innovative technology aimed at sustenance of the environment, with minimum damage to the ecosystem. With these technologies developing by day and their acceptance, increasing household and industrial setups.
Worldwide, waste to energy is seen as a development tool for emerging countries.
Waste to energy or energy from waste is a concious attempt to equalize the patterns of our planet and save our ecological cycles.
The energy generations from these technologies are small scale right now and their employment for domestic and industrial use is sparse.
However, they are seen as the energy solutions for tomorrow that are set to affect the world immensely.

Tell us what you think of this in the comment box below.

ARTICLE WRITTEN BY:
Onwukwe Victory Uzoma
An Environmental Technologist/Engineer.