Waste Depolarization (TDP): Energy Efficiency of the ERVO Technology Stack

Thermal depolarization of waste (TDP) is a method of destroying high-molecular organic compounds to short-chain hydrocarbons in an aqueous environment under the influence of controlled pressure and temperature.

The ERVO technology stack integrates this process into a closed thermodynamic cycle, minimizing the entropy of the system and maximizing the yield of energy carriers.The ERVO technology stack integrates this process into a closed thermodynamic cycle, minimizing the entropy of the system and maximizing the yield of energy carriers.%MCEPASTEBIN%

Thermodynamic parameters and ERVO architecture

Unlike pyrolysis, the ERVO stack uses water as a working fluid and hydrogen donor, which ensures stable hydrogenation of fragmented molecules.

This eliminates the formation of excess carbon residue (coke) and improves the quality of distillates.

Key performance indicators:

• EROEI (Energy Returned on Energy Invested): The system’s performance is >5.0.
• Energy conversion: Up to 85% of the potential energy of the raw material is converted into a liquid form (synthetic oil, gas).
• Environmental parameters: The absence of oxidation processes prevents the synthesis of dioxins and furans. CO2 emissions are reduced by 70% compared to thermal disposal.

Industrial Implementation: Assessment by Oleksandr Mospanenko

The ERVO stack is adapted for integration into the production cycles of petrochemical, agricultural and municipal enterprises. The system transforms ballast waste into a sustainable resource.

Expert’s comment:

“ERVO’s efficiency is based on precise control of phase transitions. We have achieved stable depolarization of complex polymers at temperatures up to 450°C, which is 200°C lower than traditional destruction methods. This allows us to use the secondary heat of the system for preheating the raw material. The implementation of such a stack is a transition to energy sovereignty of an industrial facility through deep processing of its own resource,” — Oleksandr Mospanenko, ERVO’s chief developer.

Strategic vectors for industrial groups

TDP integration within the ERVO stack provides three levels of optimization:

1. OPEX reduction: Own generation of synthetic gas and distillates reduces the purchase of external energy carriers by 35–40%.
2. ESG transformation: Complete elimination of organics from landfills ensures compliance with Circular Economy criteria.
3. Raw material production: The resulting carbon concentrate is the basis for the production of sorbents and pigments.

Scientific verification and sources:

• ERVO: Using ERVO technology. Processing equipment
• Thermal depolymerization (TDP): Thermal depolymerization (TDP) – avelife.pro
• ChemEurope: Thermal depolymerization Encyclopedia .
• ScienceDirect: Advances in Thermal Depolymerization