Polylactic Acid (PLA) is often treated as the default success story of the bioplastics transition. Yet, when examined through a life cycle lens, its sustainability credentials are far more conditional than commonly assumed. Before diving deeper, let's first look at its origin and market reach. Also, learn about the latest announcement of second phase of single use plastic ban by the UAE w.e.f Jan 1, 2026 and its significance for PLA and other bioplastics.

A–Z Guide on Sustainable Fuels - Understanding the production pathways that will shape the next energy era. As nations race toward net-zero targets, the decarbonization of fuels has emerged as one of the most complex—and promising—frontiers. Sustainable fuels are not defined merely by their end use but by the production pathways that determine their carbon intensity, resource impact, scalability, and long-term viability. Verdantika’s A–Z guide distills down these pathways.

Taiwan’s revised Environmental Impact Assessment (EIA) rules around installation of floating and on-ground solar PV projects stand out as a critical example of how a country can respond to the dual pressures of meeting global ambitions for renewable energy deployment and the necessity of maintaining environmental safeguards that are aligned with national commitments.

For over a century, benzene has been the foundation block of modern chemistry — a molecule that enabled everything from plastics and pharmaceuticals to fuels and detergents. Yet, it’s also among the most controversial, carcinogenic substances in industrial use today. Despite decades of reform and substitution efforts, benzene and its derivatives remain deeply entrenched in the global value chain. Their persistence tells an uncomfortable truth: industrial dependency rarely dis

Sustainable businesses operate on the principle of balancing economic growth with environmental responsibility. It involves rethinking traditional business models to reduce carbon footprints, conserve resources and promote social equity.

Modern consumers are demanding packaging that is both effective and environmentally friendly. They expect to see products that not only remain fresh but also come in packaging that can be recycled or sustainably sourced. Inorganic materials like glass, aluminum, and steel emerge as strong contenders. These materials excel in providing barriers against moisture and oxygen—the primary factors that contributes to spoilage.

We have kicked off with our knowledge series on alternatives to plastics or plastics derived packaging in order to decode sustainable choices for sustainability teams and corporate buyers. This series aims to provide in-depth analyses, case studies, and expert insights into the various sustainable packaging solutions available in the market today.