The project for recycling sewage sludge in to organo-mineral fertilizers

Mundo Offshore is highly committed to the financial wealth being of its readers and followers, especially with the current situation in the world getting harder by the day. We are facing harsh times: increasing government control, the danger of higher taxation and tighter measures, the economic crisis as a result of the pandemics, the possible collapse of the entire economy, and finally, the uncertainty of a new world order that we see before us.

These are the times in which our strength needs to be tested, and when it becomes necessary to find a way to overcome these difficulties.

And in these everchanging times, one thing remains steady as a rock: Mundo´s commitment to human personal and financial freedom.

For this reason, Mundo´s experts keep working from their homes during the quarantine and keep offering advice to those readers that wish to protect their assets from the crisis and ease the consequences over their finances.

As a part of this structure, we offer the best and most interesting investment projects.

Today, we want to present a project that brings high profit and is also committed to the sustainability of the environment, and to the protection of the environment.

With this investment, you won´t only have profit but will be investing in preserving the planet intact for your children’s children.

The problem

In the world, according to Global Water Intelligence, already in 2017, 83 million tons of sewage sludge was formed - this is the same as a train with a length from Finland to New Zealand, there is still no solution to the sewage sludge problem, while the increase is 10.7 % per year - every year there is an increase in WWS around the world.

All standard technologies require extremely high costs for turning the sewage waste into fertilizers, resulting in products that are forced to compete with cheaper and more efficient ones.

The need

Land is facing a degradation process due to overpopulation and overuse, with no efficient method to preserve the soil´s nutrients and natural minerals, that make the land fertile for growing food and feeding cattle. It has become a necessity to efficiently address this problem in order to prevent a shortage of food and basic alimentary products in the future.

The solution

Unlike other sewage sludge processing methods, our new technology uses a set of methods that allow processing sewage sludge without the use of reagents and high temperatures, preserving living organics, which are then used to produce organic-mineral fertilizer. With the application of innovative sewage sludge processing methods, it is possible to create cost-effective and organic fertilizers that will also nourish the land, making it sustainable and available for agriculture purposes and for a longer period of time.

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Issues of sewage sludge and mineral fertilizer use

Europe generates more than 8.7 million tonnes of sewage sludge per year.

If you want to see it from a practical perspective, this is the equivalent to 150 thousand train cars with a length of 2 thousand km, which is approximately equal to the distance from Helsinki to Rome or a layer of 0.5 meters that could cover the entire territory of Finland.

At the same time, according to the estimates of the International Association of Fertilizer Manufacturers, the global demand for mineral fertilizers will reach 200 million tons by 2021–2022, but a decrease in the supply of organic fertilizers and an increase in the doses of mineral fertilizers leads to an imbalance in the doses of nitrogen, phosphorus, potassium (NPK) as well as to soil impoverishment. According to the Unified Interdepartmental Information and Statistical System (EMISS), the annual consumption of mineral fertilizers is proportional to the population of the Earth.

According to forecasts, by 2040 the world's population will exceed 9 billion people and the formation of a sustainable food system is becoming one of the main tasks of the world community. Increasing agricultural productivity, according to the UN sustainable development agenda, is one of the main ways to ensure food security for the world population.

In recent years, the problem of overpopulation of the planet, overload of soils, as a result of which the process of land degradation is taking place. This is true for all countries in which agriculture is developed. The situation is made worse by the fact that the land is constantly experiencing a lack of organic fertilizer.

It seems the economic crisis is not the only one that we are now facing. If we take into account that the soils are losing their nutrients by the day and that the cost of the usual fertilizers is high and bring even more damage to the environment, it could mean that in a few decades from now the agricultural industry won´t be sustainable anymore. People simply will run out of food.

Increasing agricultural productivity has now become a key aspect to ensure the food supply for the whole population.

For this reason, it is necessary to rethink the way we produce fertilizers in order to protect the soils from the danger of desertification.

One of the ways to solve these problems is the introduction of a new technology - the disposal of sludge waste and its use as an organo-mineral fertilizer.

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One technology – three solutions:

Ecology - disposal of sludge waste

Agriculture – preserve and increase soil fertility (restoring degraded soil)

Industry – creation of technological equipment

Global tendencies

The study of the organo-mineral fertilizer market shows rapid growth in its volume, about 10% per year. According to international organizations like OECD, the use of fertilizers will increase within the agricultural sector.

Many people around the world are increasingly choosing a healthier way of life, eating organic and clean products. This trend has resulted in a growing demand for such products. For this reason, it has become necessary for the agricultural sector to implement the use of organic fertilizers without artificial additives that are both harmful to the soil and to the population. 

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