Technology Transfer Labs
Our Environmental Projects
Primary Technology Scenarios
The Waterbender Technologies are universal, covering more than 18 different application areas including desalination of seawater, complete purification of brines, treatment of chemical or wastewater, pyrolysis liquids, and ballast water, as well as the removal of arsenic, lead, mercury, and other groundwater contaminants.
The system is extremely low in energy consumption and is capable of harnessing solar and wind energy as well. It does not require consumables, filters, membranes, chemicals, reagents, inhibitors, coagulants, filters, cathodes, anodes, etc. Productivity can be increased by using multiple 40-foot-long, linearly expanding capacity devices.
Plastic Pollution is a Global Problem
Plastic waste is one of the biggest issues facing the planet today, with its impacts stretching far and wide. It can be found polluting the tallest mountains to the deepest ocean trenches, and can affect human health, destroy ecosystems, and harm wildlife – especially marine species.
The problem has been aggravated in recent decades as the consumption of this versatile material has continued to rise. Global plastic production has doubled since the beginning of the century, to almost 495.75 million metric tons per year in 2019. While the lifespan of plastic products averages around 10 years, plastics can take up to 500 years to decompose, depending on their composition and disposal.
In accordance with analyses conducted by OECD, a significant proportion, specifically 49%, of the substantial global plastic waste generation amounting to 495.75 million tons annually, equivalent to 242.91 million metric tons per year, undergoes no recycling. Additionally, 22% of the annual total, corresponding to 109.06 million metric tons, is subject to mismanagement involving inappropriate technologies. (Source: OECD 2022)
The European Union has prioritized managing the continent's ongoing energy crisis causing enormous economic problems. Based on the current economic environment of the energy industry, it is vital to find alternative and efficient solutions suitable for energy production in order to reduce the EU's energy dependence on oil and gas. This task requires the implementation of readily available alternative energy production technologies so that the member states reduce their energy dependence as soon as possible.
Another EU objective is to increase the
recycling of plastic waste. According to the relevant Task Plans and Guidelines
(Brussels, June 5, 2019), the recycling of plastics should reach 30-55%
(depending on product groups) by 2030. (3)
(Source 3: Communication from the commission to the European Parliament, the Council, the European Economic and Social Committee and the committee of the regions a European Strategy for Plastics in a Circular Economy, document 52018dc0028, com/2018/028 final, {swd (2018) 16 final} - brussels, January 16, 2018,)
Our Portfolio
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Solution for the plastic problem
TTL USA INC is committed to
developing technologies to solve the global plastic waste crisis, such as the
Plastic Processing Power Plant, a groundbreaking solution, which provides a
solution for the environmental risks associated with non-recyclable (end-of-lifecycle)
plastic waste.
The Plastic Processing Power Plant (PPPP) project hold paramount significance and possess noteworthy value as they present a globally exemplary and unique solution to plastic pollution, one of the most substantial environmental challenges today.
This efficient technology both recycles and disposes of plastic waste effectively, it also generates valuable electrical energy.
The present challenges posed by plastic waste, including its costly disposal through landfilling and detrimental environmental impact, will be transformed into a profitable opportunity that produces valuable storable hydrocarbons. By leveraging this technology, the EU will effectively meet the requirements outlined in the EU Waste Recovery Directive (30% PET bottles by 2030, and 55% plastic packaging by 2030), thus avoiding substantial penalty costs. Currently, EU's progress stands at 38%, and with this solution, the EU can ensure compliance without incurring significant financial penalties.
The adoption of the PPPP technology, coupled with a diversified and modular system, promises a significant reduction in the EU's energy dependence. This strategic shift allows the EU to produce substantial quantities of hydrocarbons from domestic resources, which can be effectively utilized for electricity and heat generation via turbines. Through the reduction of energy dependence, the EU's economic rating and qualification status will witness improvement while simultaneously enabling the management and control of inflation, thus ensuring the EU's economic stability.
