Author(s):
Tetiana Kobylynska, Nataliia Hrynchak, Liliia Hinchuk, Olena Motuzka
ABSTRACT
The circular economy, based on principles of resource preservation, recycling,
and reuse, presents an innovative solution to the challenges of climate change
and sustainable development. This economic model aims to minimize waste,
reduce greenhouse gas emissions, and improve the efficiency of resource
use, offering significant environmental and economic benefits. It represents
a shift towards a more sustainable industrial model that enhances economic
efficiency while reducing environmental impact. This study analyzes the
impact of circular economy practices on sustainable development in Ukraine
through statistical examination of key indicators such as GDP, CO₂ emissions,
waste generation and treatment, and investments in environmental protection.
Special attention is given to waste management metrics, including recovery,
incineration, and landfill disposal. A comparative analysis between Ukraine
and EU countries explores the correlation between waste generation and
economic growth, providing insights into the future development of circular
practices. The authors assess the correlation between implemented circular
practices and changes in economic, environmental, and social indicators to
evaluate overall effectiveness in addressing climate change. Additionally,
analysis of environmental expenditures highlights the practical and economic
advantages of circular strategies, particularly in air and water protection. The
research offers a theoretical and practical framework for understanding the
circular economy’s potential to reduce environmental pollution and enhance
natural resource use. The findings support the circular economy’s role in
achieving the UN Sustainable Development Goals, particularly in mitigating
climate change and preserving biodiversity. The study underscores the urgency
of Ukraine’s transition to a circular economy, especially amid the challenges of
military aggression.
Keywords:
circular economy, climate change, sustainable development,
GDP, СО2 emissions, waste generation, waste recovery, current expenditures,
capital investments, environmental domain, statistical study
Pages:
79-99
UDK:
502.131.1:005.5