饲料企业绿色发展的环境成本核算与控制研究OA
Research on Environmental Cost Accounting and Control for Green Development of Feed Enterprises
饲料企业作为连接种植业与养殖业的重要中间环节,其生产活动不仅直接消耗资源、产生污染,更通过饲料配方中氮、磷等营养素的含量与形态,深刻影响下游养殖环节的粪污排放量与成分,从而在产业链层面形成环境负荷的"放大效应"——饲料中未被动物有效利用的营养素,最终以氮、磷等形式进入环境,引发水体富营养化、温室气体排放等问题.基于此,文章系统探讨饲料企业绿色发展背景下环境成本核算与控制的内在逻辑与实现机理,梳理环境成本核算理论演进,并构建以"物质流-价值流"为核心的环境成本核算逻辑,进一步阐明环境成本核算通过显性化资源错配、约束企业行为选择、引导绿色投入配置,从而推动饲料企业实现经济绩效与环境绩效协同提升的作用机制.
As a critical intermediate link connecting crop farming and livestock breeding,feed enterprises consume resources and generate pollutants directly during production.Furthermore,the content and specia-tion of nutrients such as nitrogen and phosphorus in feed formulas exert profound impacts on the output and composition of manure from downstream breeding sectors,triggering an"amplification effect"of environmen-tal loads across the whole industrial chain.Nutrients unutilized effectively by animals from feeds eventually discharge into the environment in the form of nitrogen,phosphorus and other substances,resulting in water eutrophication,greenhouse gas emissions and other environmental hazards.On this basis,this paper system-atically discusses the internal logic and realization mechanism of environmental cost accounting and control under the green development of feed enterprises,sorts out the theoretical evolution of environmental cost accounting,and establishes an environmental cost accounting framework centered on the"material flow-value flow"theory.It further elaborates the functional mechanism whereby environmental cost accounting facilitates the coordinated improvement of economic and environmental performance for feed enterprises:by quantifying hidden resource misallocation,restricting corporate operational decisions and optimizing the allocation of green investment.
王怡晴
河南农业职业学院,河南 郑州 451450
农业科技
饲料企业绿色发展环境成本核算环境成本控制可持续发展精准营养
feed enterprisesgreen developmentenvironmental cost accountingenvironmental cost con-trolsustainable developmentprecision nutrition
《饲料工业》 2026 (17)
168-173,6
2025年河南农业职业学院校企研发专项项目[SESRC2025TD05]
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