Industry Knowledge

Father’s Day generates an estimated $20 billion in US gift spending, much of it on products that don’t last long and end up in landfill. Genuinely compostable gift options exist across most categories — gardening, grooming, kitchen, leisure — without sacrificing thoughtfulness.

What actually happens when you bury a compostable bamboo-handle toothbrush in your backyard for six months? Several volunteer testers have documented the process. The results are partly expected, partly surprising, and reveal something useful about what ‘compostable’ means in practice.

Glass champagne flutes don’t travel well; plastic flutes feel cheap and don’t compost. A handful of suppliers now make genuinely compostable flutes — PLA, bagasse, even bamboo — that hold their shape, don’t deform with cold liquids, and look acceptable enough for outdoor celebrations.

Pizza box grease resistance engineering — beyond just PFAS-free certification — involves specific construction approaches, fiber selection, and processing techniques. Understanding the engineering supports informed B2B procurement evaluation.

Bio-wax coatings — including soybean wax, beeswax, and various plant-based wax alternatives — provide compostable coating options for paper-based foodware. Understanding bio-wax coatings supports informed B2B procurement evaluation.

Plasticizers — the chemical additives that modify polymer flexibility and processing — have been transitioning from petroleum-derived to bio-based alternatives. Understanding bio-based plasticizer chemistry supports informed B2B procurement evaluation, particularly for compostable bag and film applications.

Patent activity in compostable packaging tells a clearer story about industry direction than any forecast — what is being filed, by whom, and where reveals which materials, processes, and applications have commercial momentum. This 2015-2025 analysis covers PHA enzymatic synthesis, multilayer film barriers, fiber forming, ink chemistry, and the major filers shaping the next decade…

A Dutch company called Loop Biotech grows coffins from mycelium that decompose in 30 to 45 days after burial. Some funeral programs pair them with a tree sapling planted on the gravesite. Here’s the actual product, the regulatory landscape, and what it means for the death-care industry.

A few fungal species have been documented breaking down certain plastics in lab conditions. The discovery is exciting and the science is real, but the practical implications for waste management are more nuanced than the headlines suggest. Here’s what’s actually known.

PFAS-free grease resistance — providing grease barrier in compostable foodware without using fluorinated chemicals — represents critical chemistry foundation for modern PFAS-compliant compostable products. Understanding the chemistry supports informed B2B procurement evaluation.

Wallace Carothers’ 1932 synthesis of polylactic acid (PLA) at DuPont laboratory established the chemical foundation that 70 years later would commercialize as modern compostable plastic. Understanding this scientific origin provides B2B context for PLA-based procurement.

Industry standards development — the systematic process producing consensus standards like ASTM D6400, EN 13432, ISO 17088 — provides foundation for compostable industry verification. Understanding standards development supports informed B2B procurement evaluation.