THE SYSTEM OF ECOLONOMY ACCOUNTING (SoEA)Research Record – 2026
Author: Thangavelu Chinnasamy Seyalmantram, India
https://www.seyalmantram.in/research/soea-001
DOI: https://doi.org/10.xxxx/xxxxx
ORCID: 0000-0003-0888-5440
INFLIBNET VIDWAN: 713099
IFERP PROF: 10855725
QMR ID: 5535-2026
Abstract
The System of Ecolonomy Accounting SoEA, is functioning as a practical framework for the economy, seeks to make relevant accounting records transparent and useful for decision-making by adapting measurement principles—which closely align with the ‘System of Environmental-Economic Accounting’ (SEEA)—to the unique characteristics of electronic products, their components, parts, and raw material flows.
In conventional financial accounting, decisions regarding the technology refresh, resale, or disposal of computers, servers, consumer electronics, and peripherals are recorded based on purchase prices, residual values, processing costs, and short-term savings. These entries conclude with the transaction. Secondly, SoEA emphasizes that a strategic balance sheet must remain open. This second report documents the recovery or permanent loss of critical minerals (copper, gold, silver, palladium, lithium, rare earth elements), environmental burdens resulting from informal processing, data security risks, supply chain resilience, indirect public health impacts, and the development—or lack thereof—of domestic professional recycling capacity. Treating e-waste as residual flows within product distribution and consumption systems, SoEA integrates data regarding waste generated by economic units and households, as well as its collection, formal and informal handling, recycling, export, and release into the environment.
However, empirical reality reveals that there is still a long way to go. Under the official SEEA Central Framework, solid waste accounts provide a statistical home for e-waste; they classify discarded electrical and electronic equipment as a residual category. India’s ‘Envi Stats’ series has begun compiling such estimates—covering e-waste, hazardous waste, plastics, and other waste categories found in municipal solid waste—for selected states and Union Territories on a pilot basis. Its scope remains incomplete: the dominance of the informal sector, inadequate monitoring of components and transboundary movements, and limited assessment of the value of recovered secondary raw materials constrain its comprehensiveness. Globally, formally documented collection and recycling rates account for only one-fifth of the total volume generated. Consequently, the majority of the value and risks associated with these materials go unaccounted for in standard national statistics.
Thus, SoEA functions as both an analytical perspective and a practical action plan. It highlights how Extended Producer Responsibility targets, certification markets, and procurement rules currently optimize the financial ledger, while simultaneously undervaluing recovery potential, traceability, and technical capability.
By mandating a double-entry verification system, this framework supports value-based decisions over low-cost ones, encourages investment in advanced urban mining, and strengthens the information base for circular economy policies.
In practice, progress depends on enhanced data systems linking Electronic Process Record (EPR) or Manual Record (MR) portals, recycler reports, and material flow accounts; the gradual expansion of physical and—where feasible—monetary balance sheets; and the organizational capacity to treat recovered critical minerals as strategic assets rather than mere waste products.
In short, within the System of Economic Accounting (SoEA), electronic waste highlights both the possibilities and the current limitations of integrated measurement. The SoEA does not demand minute-by-minute or exhaustively detailed measurement; instead, it provides a consistent framework for organizing available physical and economic data, making the unpriced strategic costs associated with electronic waste visible.
While acknowledging that transparency is a process yet to be fully realized, the double-ledger system—structured in accordance with the principles of acrostic literature—represents an essential step toward decisions that reduce ecological and economic debt for the future.
https://www.seyalmantram.in/research/soea-001
