The Organizational and Economic Mechanism of Implementing the Concept of Green Logistics

The article analyses the preconditions for shaping and developing concept of a green economy. stages evolutionary development circular economy are considered: work with waste; environmental performance strategies; maximum conservation in era resource depletion. Having analysed scientific opinions on emergence “circular economy”, paper has found out that this is identified terms “round “cyclical “recovery “closed-cycle “green economy”. approaches different schools to category economy” conventionally systematized into 12 groups: closed-cycle economy; renewable alternative traditional linear global economic model; closed-loop system based R-principles; development; sustainable strategy; "green" instrument; business philosophy; activity; use production recycling secondary raw materials. There proposed authors' formulation as an innovative approach organizing logistics processes closed movement resources their minimum losses form waste involvement order achieve systems. identifies barriers preventing implementation concept, among them being regulatory, institutional, economic, financial investment, market, technological, informational, cultural. considers best practices effective solutions example Finland. indicators technologies market world national Ukraine under conditions analysed. It been established many conceptual definition logistics” “environmental generally accepted have broader meaning, without taking account functioning specificity various spheres activity, including transport logistics. Scientific views interpreting essence content "green logistics" generalized. consider term from three angles: component corporate social responsibility; type activity aimed at reducing negative impact ecosystem environment. In effectively implement logistics, organizational mechanism developed, main elements which are: diagnostics current state, features trends systems' development, component; exogenous endogenous factors affecting systems; risks activities; subjects objects management, goals, objectives, principles, functions, tools, methods, management information technology, criteria. priority principles forming include consistency, integration, reliability, dynamism, compliance goals efficiency. A structural diagram implementing proposed, following blocks: material resources’ supplies purchases; products manufacturing; warehousing stocks; logistic flows; service processes; innovation transformations. Introduction will reduce cost managing flows increase level safety. This one most important requirements responsibility