This study presents a novel method for addressing the issue of high-concentration contaminants (ammonium, phosphate, antibiotics) in leachate arising from decomposing livestock carcasses. Antibiotics, developed to eliminate microorganisms, often have low biodegradability and can persist in the ecosystem. This research proposes design elements to prevent contamination spread from carcass burial sites. The adsorbents used were low-grade charcoal (an industrial by-product), Alum-based Adsorbent (ABA), and Zeolite, a natural substance. These effectively removed the main leachate contaminants: low-grade charcoal for antibiotics (initial concentration 1.05 mg/L, removal rate 73.4%), ABA for phosphate (initial concentration 2.53 mg/L, removal rate 99.9%), and zeolite for ammonium (initial concentration 38.92 mg/L, removal rate 100.0%). The optimal mix ratio for purifying leachate is 1:1:10 of low-grade charcoal, ABA, and zeolite. The average adsorbent usage per burial site was 1,800 kg, costing KRW 2,000,000 per ton. The cost for the minimum leachate volume (about 12.4 m3) per site is KRW 2,880,000, and for the maximum volume (about 19.7 m3) is KRW 4,620,000. These findings contribute to resolving issues related to livestock carcass burial sites and suggest post-management strategies by advocating for the effective use of adsorbents in leachate purification.

1. 서 론
2. 연구방법 혹은 재료 및 실험방법
    2.1 흡착재
    2.2 침출수 정화하는 흡착재 제작방법
    2.3 실험방법
    2.4 시료채취 및 분석방법
    2.5 흡착재 비용 분석
    2.6 실험환경조성
3. 결 과
    3.1 흡착재 투입량 산정
    3.2 실험용 침출수
    3.3 지중정화 모의실험
    3.4 흡착재 비용 분석 결과
4. 결 론
사 사
References

• 전해성((주)다산컨설턴트 환경복원사업단) | Haeseong Jeon (Department of Environmental Remediation, DASAN CONSULTANTS CO., LTD.)
• 박준규((주)다산컨설턴트 기술연구소) | Joonkyu Park (Department of Research & Development, DASAN CONSULTANTS CO., LTD.)
• 김건하(한남대학교 건설시스템공학과) | Geonha Kim (Department of Architectural & Civil Engineering, Hannam University) Corresponding Author