PlasticOil Technology turns common recycling plastic waste without diffuse any emissions and with a high efficiency into clear oil, usable as an ecological fuel. In this way, resources are spared by the substitution of fossil fuels (petroleum).
PlastOil Technology offers unique and fully ecological way to recycle most common plastic waste.
It transforms plastic waste into the fuel for cars, aeroplanes and heating with high quality oil
without diffuse any emissions and with a high efficiency and it is economically viable.
The Technology itself does not represent any ecological burden. It helps clean up the earth from the current and future plastic waste pollution and has a very good CO2 footprint.
The processing of one plant for 5,0 tons plastic waste p.a will provide a production of 4,250,000 liters fuels p.a.
Production costs: 0,26 US Dollar per liter.
Investment: 7,5 Mio US Dollar,
business plan, patents and documents are available.
The costs of the plant are amortized after 2.5 years.
In this way, resources are spared by the substitution of fossil fuels (petroleum) and that is more than a drop in the ocean full of plastic waste.
Active wall coating for interior and exterior, reflecting the heat radiation, respiratory, odorless and free from biocides and toxins. Thanks to the intelligent, breathable DHBm® technology with UV-resistant hydrophobic surface, A high reflection of the heat radiation. Free of biocide and odors and easy to process. Awarded by ECO label.
Der Moringa-Baum ist eine seit Jahrtausenden bekannte Heilpflanze und ein regelrechter „Jungbrunnen für die Zellen“. Stoffe der Schoten und Samen des Moringa-Baums binden Gifte und Schlacken, können nachweislich Wasser soweit reinigen, dass es als Trinkwasser geeignet ist.
With the help of certain types of moths and fog plants, which can use their surface structure to comb out fog droplets from mist or to promote dew formation (by formation of condensation nuclei), it is possible to obtain drinking water even in arid coastal areas. We are committed to working water supply. This improves the quality of life and increases the resistance of people at risk.
Software for the risk assessment of various hazards such as earthquakes, storms and tsunamies on the basis of various global models to quantify the various risk levels of natural catastrophes or human sources of danger.
"Ion sorbents" are a simple and effective method for the treatment and treatment of waste water in municipal plants and industrial plants. The ionic sorbents are used to filter and soften the water in energy and heating plants as well as industrial companies.
With Celitement, Karlsruhe scientists have developed a binder similar to portland cement, which is produced at temperatures below 300 ° C (normal 1450 ° C). It is based on hydraulically active calcium hydrosilicates and saves about 50% of its energy. Thus the carbon dioxide emission is significantly reduced. The method was made possible by examining the cement in the nanometer range using the synchrotron radiation.