Application of "Separation-ThenSolidification" Medical Concept for Universal Wastewater Neutralization updata

1.執行摘要 本提案介紹了一種受醫學「分離-固化」(STS)原理啟發的新型廢水處理方法。透過改進用於分離和穩定有害生物物質的工藝,該方法能夠高效處理酸性和鹼性廢水流。該方法將先進的分離技術與固化方法相結合,以產生惰性固體,同時與基於二氧化碳的中和製程相結合,以增強永續性並減少碳排放。2. updata run playing: Executive Summary This proposal introduces a novel wastewater treatmentapproach inspired by the “Separation-Then-Solidification” (STS) principle frommedical science. By adapting a process used to isolate and stabilize harmfulbiological substances, the method allows for efficient treatment of both acidicand alkaline wastewater streams. It combines advanced separation techniqueswith solidification methods to produce inert solids, while offering integrationwith CO₂-based neutralization to enhance sustainability and reduce carbonemissions. Additionally, enhanced strategies are proposed to increase efficiency,adaptability, and resource recovery.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-08-13
DOI
https://doi.org/10.5281/zenodo.16824268
Primary Topic
Wastewater Treatment and Nitrogen Removal
Type
article
Field-Weighted Citation Impact
0.00
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article

Application of "Separation-ThenSolidification" Medical Concept for Universal Wastewater Neutralization updata

Zenodo (CERN European Organization for Nuclear Research)
Wastewater Treatment and Nitrogen Removal
article

Application of "Separation-ThenSolidification" Medical Concept for Universal Wastewater Neutralization updata

article en

Abstract

1.執行摘要 本提案介紹了一種受醫學「分離-固化」(STS)原理啟發的新型廢水處理方法。透過改進用於分離和穩定有害生物物質的工藝,該方法能夠高效處理酸性和鹼性廢水流。該方法將先進的分離技術與固化方法相結合,以產生惰性固體,同時與基於二氧化碳的中和製程相結合,以增強永續性並減少碳排放。2. updata run playing: Executive Summary This proposal introduces a novel wastewater treatmentapproach inspired by the “Separation-Then-Solidification” (STS) principle frommedical science. By adapting a process used to isolate and stabilize harmfulbiological substances, the method allows for efficient treatment of both acidicand alkaline wastewater streams. It combines advanced separation techniqueswith solidification methods to produce inert solids, while offering integrationwith CO₂-based neutralization to enhance sustainability and reduce carbonemissions. Additionally, enhanced strategies are proposed to increase efficiency,adaptability, and resource recovery.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 61%
Wastewater Treatment and Nitrogen Removal
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