This study examines plastic wood as a crucial element for environmental sustainability, highlighting its role in plastic waste reduction and the promotion of the circular economy. By transforming plastic waste into a useful construction material, plastic wood not only decreases plastic pollution but also provides a sustainable alternative to traditional building materials. The research reveals how plastic wood production significantly contributes to the conservation of natural resources by minimizing the need for extracting new raw materials, thus reducing the carbon footprint and energy consumption associated with the manufacturing of conventional construction materials. Additionally, the analysis of the social and economic impact of plastic wood adoption indicates that its implementation fosters job creation, drives innovation in green technologies, and promotes local economic development. These benefits underline the importance of plastic wood not only from an environmental perspective but also as a driver for sustainable development and social inclusion.

Investigating the interrelationship among renewable energy consumption, green finance, agriculture, green technology, industry, and urbanization on CO2 Emissions: Evidence from BRICS-M-A countries

Impact of preservation, green technology in a sustainable inventory model with hybrid demand and pre payment discount policy under inflation

A comprehensive review of green hydrogen production technologies: current status, challenges, research trends and future directions

Multilayer hollow tubular 1D/2D Co9S8/Bi2MoO6 S-scheme heterojunctions: Enhanced dual-functional photocatalysis for H2 production and organic pollutant degradation.

Climate policy and green energy technology justice from a whole life-cycle perspective

Synergistic enhancement of enzymatic hydrolysis by DES-CTAB pretreatment via mitigating lignin-induced non-productive cellulase adsorption.

Ultrasonic cavitation pretreatment of batter: A mechanism for optimizing dough properties.

Predictive modelling and optimization of electrocoagulation for nitrate removal using deep learning: Toward intelligent and sustainable water treatment.

Graphene-supported micron zero-valent iron cooperates with immobilized microorganisms for long-term efficient chlorinated organics remediation.

Does the adoption of agricultural green production technologies improve eco-efficiency? Evidence from wheat farmers in Ethiopia

Virus-induced redox cycling in Fe(II)/peracetic acid systems: dual roles as reactant and catalytic promoter.

Photovoltaic driven carrier-facilitated membrane process enables efficient and low-carbon recovery of spent lithium ion batteries.

Review of green hydrogen production technologies, to choose the optimal process of electrolysis-renewable energy

Characterizing sustainability of green stormwater infrastructure technologies using life cycle assessment and life cycle costing: A systematic review.

Electrochemical activation of molecular oxygen: Mechanistic insights, catalytic strategies, and innovative applications in sustainable oxidation.

Coral geochemical archives reveal shipbreaking-driven heavy metal pollution in the Bay of Bengal.

From central directives to local actions: The effect of China's climate policy on urban diversification of green technologies

The hidden spillover effects behind the green curtain: government environmental concern and green technology innovation in manufacturing

Beyond the linear: Green technology innovation, moderators, and global value chain upgrading