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What is Blue Energy and how it works

Electricity can be generated wherever fresh water and salt water meet, for instance where rivers flow into the sea.

This is because there are many more charged particles - ions - in salt water than in fresh water.

Separating salt water from fresh water, using a membrane that only allows positively or negatively charged particles to permeate, results in a difference in voltage which you can convert into electricity.

The principle has been known for some time, but its efficiency had always been far too low to make large-scale application interesting.

At the moment our membranes testing in the lab can supply a capacity of about 1.3 watt per square meter of membrane.

We need to increase this to 2 to 3 watt per square meter in order to make blue energy economically profitable.

The installation currently contains some four hundred square metres in membranes, which can process 220,000 litres of salt water and 220,000 litres of fresh water every hour. This figure will be increased to 100,000 square metres during the next few years. In order to save space, different membranes are placed immediately adjacent to one another, at a distance of 0.3 to 0.5 millimetres. A commercial installation will eventually need millions of square metres of membranes.

This seems much, but practically speaking this is certainly feasible.

Solar and wind energy are currently a lot more expensive, energy from petroleum is still cheaper at the moment.

In addition, Blue Energy can be generated continually, contrary to solar and wind energy, which are both dependent on availability and the weather.

The total quantity of electricity that could be generated on the Afsluitdijk is equal to 1200 billion AA batteries a year, or, in other words, sufficient for the energy requirements of 500,000 households.

It is potentially possible to generate the entire electricity consumption worldwide with Blue Energy.

Word of the BO Blue Energy Power plant

Over the past 10 years we put a lot of work and effort into developing and improving the membranes and the Blue Energy technology.

In the future it will be possible to generate ten percent of the country's energy consumption via this technology.

With its large rivers such as the Rhine and the Meuse, the Netherlands has great potential in this area.

We optimised the way in which water passes through the membranes and came up with a number of ways in which to reduce pollution of the membranes, we developed a membrane which yields the highest energy to date.

The expectation is that Blue Energy will succeed and is economically profitable in a few years, thats why we want to raise money for further development of this Blue Energy Power Plant.

We hope that you as investors believe in our project.

All of us look forward to serving you, your family, and your friends with Blue Energy.

Thank you WeTradeNet for giving us the possibility to raise the needed capital to help us develop our business, and it is potentially possible to generate the entire electricity consumption worldwide with Blue Energy.

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