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Our unique technology Thermal Conversion Process (TCP™) is capable of producing high-quality, crude-equivalent synthetic liquid hydrocarbons, which we call Renewable Crude Oil or RCO.
This high-energy liquid hydrocarbon, has similar characteristics to light crude oil, but created from renewable sources.
Renewable Crude Oil is produced in raw material quality for processing in petroleum refineries. This makes it an excellent substitute for fossil oil.
Many end products, such as gasoline, jet fuel, diesel and asphalt, can be obtained using this raw material quality product.
The TCP process also produces a hydrocarbon-based gas that differs from natural gas by unique characteristics, such as being Alkaline-free and having a higher heating value.
The gas can either be transmitted after being compressed or used on-site for power generation in a Combined Heat and Power (CHP) unit.
When the TCP feedstock contains large amounts of nitrogen rich wastes, such as sewage sludge or animal manure, the feedstock's nitrogen, sulfur and phosphorus are concentrated into a water-based solution containing organic forms of these elements. This simple but effective solution is a perfect liquid fertilizer.
This nitrogen-rich fertilizer, which can potentially increase agricultural productivity to a great extent, is produced from completely natural raw materials without harming the environment and can be sold through the agency of retail or fertilizer producers.
The composition of Biochar, which is the solid product of the TCP process, is closely related to the chemistry of the waste entering the feedstock, just like liquid fertilizer.
Besides being an effective booster frequently used in agriculture, it can be used for different purposes as carbon black or cement kiln feedstock.
When Biochar is added to the soil, it helps adjust the pH of the soil and enables the roots to move easily by allowing soil aeration. As it helps to improve CO2 fixation, it also improves soil quality by allowing it to hold more water and fertilizer.
The Renewable Natural Gas is fed into a CHP unit to produce electricity and steam to operate the plant, the excess electricity can be sold to grid as renewable electricity.
Our unique technology Thermal Conversion Process (TCP™) is capable of producing high-quality, crude-equivalent synthetic liquid hydrocarbons, which we call Renewable Crude Oil or RCO.
This high-energy liquid hydrocarbon, has similar characteristics to light crude oil, but created from renewable sources.
Renewable Crude Oil is produced in raw material quality for processing in petroleum refineries. This makes it an excellent substitute for fossil oil.
Many end products, such as gasoline, jet fuel, diesel and asphalt, can be obtained using this raw material quality product.
The TCP process also produces a hydrocarbon-based gas that differs from natural gas by unique characteristics, such as being Alkaline-free and having a higher heating value.
The gas can either be transmitted after being compressed or used on-site for power generation in a Combined Heat and Power (CHP) unit.
When the TCP feedstock contains large amounts of nitrogen rich wastes, such as sewage sludge or animal manure, the feedstock's nitrogen, sulfur and phosphorus are concentrated into a water-based solution containing organic forms of these elements. This simple but effective solution is a perfect liquid fertilizer.
This nitrogen-rich fertilizer, which can potentially increase agricultural productivity to a great extent, is produced from completely natural raw materials without harming the environment and can be sold through the agency of retail or fertilizer producers.
The composition of Biochar, which is the solid product of the TCP process, is closely related to the chemistry of the waste entering the feedstock, just like liquid fertilizer.
Besides being an effective booster frequently used in agriculture, it can be used for different purposes as carbon black or cement kiln feedstock.
When Biochar is added to the soil, it helps adjust the pH of the soil and enables the roots to move easily by allowing soil aeration. As it helps to improve CO2 fixation, it also improves soil quality by allowing it to hold more water and fertilizer.
The Renewable Natural Gas is fed into a CHP unit to produce electricity and steam to operate the plant, the excess electricity can be sold to grid as renewable electricity.
An effective waste management strategy is vital for organizations and government agencies in today's environmental conditions.
Traditional methods are inefficient for certain reasons and cannot effectively recycle a significant part of the waste, causing environmental pollution.
The TCP method's unique technology minimizes Co2 emissions and environmental pollution by offering extraordinarily efficient recycling.
According to the BP Statistical Review of World Energy, fossil fuels are the world's primary energy source, with a usage rate of 82%.
But we are slowly depleting our fossil fuel reserves. So we need renewable energy sources to meet our long-term needs.
Renewable crude oil and natural gas, which possess almost all the characteristics of fossil fuels, come to the fore as a substitute.
Global urbanization results in an increasing amount of diversified waste that cannot be fully recycled.
Collaborating with SynPet for waste management, municipalities and government agencies are creating greener and cleaner cities.
Petrochemical organizations that want to contribute to a sustainable future, while producing the same quality outputs in a more cost-efficient way, can use the high-quality raw material produced by the TCP process to create useful end products.
The products of the TCP process, such as liquid fertilizer and biochar, can be used by many actors in the agricultural industry to support productive agricultural activities with higher-quality soils.
