Health Care
Recycling

Solutions

To find sustainable and environmental solutions, there are many possible ways. Below you find different technological possibilities for selected needs. Please decide yourself about your specific needs and send us your request. Our Technology Division, consiting of international experts, will advise you how to proceed to reach your aims properly.

SOLUTION 1

​Recycling and recovery of red mud (aluminum production)

 

In the key global industrial aluminum production the waste product produced red mud over and in large quantities. It includes harmful heavy metals, but also, for. Example, the sought-after and valuable components of iron oxide (Fe2O3), alumina (Al2O3) and titanium oxide (TiO2).

At this stage, red mud is stored predominantly consuming and costly, but not recycled and reused.

The global red mud storages are partly in very poor condition. It is often on the agenda that red mud seeping into the bounding soil and groundwater or is sometimes even passed deliberately to water and thus causes particularly heavy metal and Etch pollution.

The worldwide incidence of red mud is estimated to profound research of our members, to unimaginable about 4 billion tons.

After extensive market analysis of our members not only other method that is economically profitable exists outside the recycling and recovery techniques for red mud worldwide.

The plant model  1 recycled red mud by extracting with specially developed process red mud from the valuable components, and utilizes the remaining components through particular molecular and molecular physical chemical processes into harmless and useful substances and materials.

All fabrics and materials derived from the red mud can be profitably sold on the world markets as raw materials of excellent quality and grade then.

 

SOLUTION 2:

Carbon from coal (lignite and coal) prior to combustion for energy production in coal power plants

With the help of plant model 2, the coal to be burned can be decomposed before the combustion process in coal-fired power plants in their constituents or individual constituents.

It will be on selected out from the coal extracted for the combustion process and the environment harmful and contaminants, as well as exquisite, sought-after and valuable substances.

What remains is the required mainly for combustion, high-purity carbon. The combustion efficiency is increased and the ash content is reduced by about 85%.

All fabrics and materials derived from coal can be profitably sold on the world markets as raw materials of excellent quality and grade then.

 

 

SOLUTION 3:

Recycling and recovery of conventional coal ash and fly ash

The world many thousands of existing conventional coal-fired power plants generate electricity in the production of electricity with previously untreated coal (see plant model 2) tons of coal ash and fly ash. Coal ash includes, among other things harmful heavy metals, but also popular and valuable components such. As precious metals.

At this stage, coal ash is stored in part-consuming and costly, partly disposed of charge (usually deposited).

The worldwide incidence of coal ash and fly ash is estimated to profound research of our member alone in the sample countries Russia to around 1.5 billion tonnes, China to around 2.5 billion tonnes and India 1.2 billion tons. The new rise of coal ash and fly ash produced annually is several hundred million tons that are added continuously.

The plant model 3 recycles coal ash by extracting with specially developed process of the coal ash valuable components, and utilizes the remaining components through particular molecular and molecular physical chemical processes into harmless and useful substances and materials.

All fabrics and materials derived from coal can be profitably sold on the world markets as raw materials of excellent quality and grade then.

 

 

SOLUTION 4:

Refining of crude oil and oil sands with enormous efficiency improvements and quantity increases

In the promotion and production of petroleum or crude oil is not 100%, but only around 70% to 85% of the oil from the developed natural bearing Stetten can be promoted using traditional methods, because the oil partly strongly with other materials, such. B . mud and sand is mixed.

Thus, at the present time about 15% to 30% of the oil remain unused in the natural storage Stetten, which is inefficient and represents a high loss totaling millions of barrels of crude oil.

Our member has the system model 4 via a specially developed method with which up to 100% of the crude oil or crude oil, thus "contaminated" oil can be extracted and processed.

Merely environmentally friendly steam is used for the extraction and refining operations.

Thus the basis is consequently created, refining the pretreated oil to fuels or otherwise further processed.

SOLUTION 5:

Refining of conventional fuels with enormous quality improvements and increases in volume

To produce fuels such., Diesel, crude oil must be refined.

In the conventional refining processes many harmful substances, as well as high-quality materials in the fuels that get in the course of the combustion process by z. B. a passenger car or boat motor, uncontrolled damaging or wasteful to the environment remain.

With the plant model 5, the conventional refining of crude oil into fuels to a processing step will be expanded modularly.

Here, in a new and environmentally friendly, highly efficient methods are the harmful components of fuels, such. As heavy metals, as well as the valuable contents of the fuels, such as. For example, noble metals are extracted.

The result is a significant quality and environmental improvement of the respective fuel.

All fabrics and materials derived from the fuels can be profitably sold on the world markets as raw materials of excellent quality and grade then.

In addition, our member has developed a method which the volume of gasoline by about 3% to 8%, increased by converting an already contained in the fuel material. In the course of this process can also, if desired, the efficiency of the fuel can be increased.

All this in compliance with the existing and current standards for the respective fuels.

 

 

SOLUTION 6

Individual models, customized according to customer needs

Technically, the recycling, extraction and refining opportunities REWATRON-Individual plants are almost limitless.

Our member can make both stationary and mobile machinery and equipment, as well as miniature plants, for example, for the following areas and projects:

  • Recycling and recovery of electrical waste

  • Recycling and recovery of plastic to flow or oil

  • Recycling and recovery of organic substances to z. B. biomass with electricity

  • Recycling and recovery of toxic waste and hazardous waste

  • Recycling and reuse of sewage sludge

  • Recycling and recovery of household waste

  • Cleaning and decontamination systems for soil, water and air

  • Filtration systems for industrial waste gases

  • Extraction and refining plants for the pharmaceutical industry and the healthcare industry

  • Extraction and refining equipment for laboratories and research facilities