We're excited to share some developments from our latest production batch of fibers from pineapple.๐๐
Last week,ย Julianย andย Niklasย achieved our best results yet in producing a new batch of cellulose fibers. By adjusting the consistency of our process, which involves the ratio of pineapple plant mass to the volume of digestion solution, we've made significant strides:
๐ A 25% increase in cellulose yield compared to our previous benchmarks.
โ Reduced fresh water usage by 14%, making our process even more eco-friendly.
โ Chemical use cut down by 40%, marking a major step in our commitment to minimizing environmental impact.
Moreover, we've managed to produce cellulose samples for a variety of tests, including grinding trials with clients. ๐คย
In regions like Costa Rica, where over 4.5 million tons of pineapple plant waste are generated annually on 40,000 hectares of land, the disposal of this agricultural by-product poses a significant challenge. Due to the plant's thick wax layer, making composting difficult, these residues are often burned using harmful chemicals, negatively affecting both nature and human health. At eco:fibr, we see these residues not as waste but as untapped resources, extending the value chain of pineapple plants in a sustainable and meaningful manner. ๐๐ย
For a world where plant residues are not wasted but understood as a valuable resource. With excessive agricultural waste contributing to environmental issues extending the value chain of pineapple plants in a meaningful way, eliminating harmful disposal practices.
Stay tuned for more updates on LinkedIn and Instagram as we continue our journey towards sustainability and innovation! ๐โจ
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