Climate Change
Paris Agreement
Sustainable Lifestyle
Net-Zero Targets
Toxic Exposure
The technology processes and enhances natural plant leaves into a biobased material capable of manufacturing a diverse range of products. It results in a carbon-negative, chemical-free, zero-plastic material suitable for product manufacturing. The enhancement includes increased shelf life, customizability, and multiple material properties. This tech addresses critical environmental issues and positively impacts the environment, economy, and society.
Yes, 100%. The biobased material and the products made from the technology are free of chemicals and completely organic. As green as nature comes.
Humanity stands on the verge of an irreversible environmental and health crisis.
GHG emissions cause climate change, plastic contributes to pollution, and deforestation leads to biodiversity loss. Thus, we help curb the triple planetary crisis.
Solving this problem creates a ripple effect in the environment and economy, covering more than 14 global environmental challenges and resulting in a circular economy across various industries.
The technology creates a sustainable material that is customizable to make products suitable for a range of applications. We can currently produce more than 30 products that significantly dominate the disposable markets alone. Since this technology can be used to manufacture numerous products, the potential uses are limitless.
Paper and plastic are the critical players in destroying the planet, and the millions of disposables we use each minute across the globe make them inseparable from our daily lives.
Disposables, on average, serve their purpose for just 10 minutes and end up as trash, ultimately in the oceans. Over half of the world’s plastic and paper are utilized for single-use products, so solving this root cause will be a critical game changer in the fight against pollution and climate change.
We are focusing on solving this problem in terms of the bioproduct market.
Yes, it is possible to manufacture any product using this biomaterial, and the products can be customized according to the manufacturer’s design.
The environment under which it is placed plays a key role in the product’s shelf life. If trashed in a degrading environment, it decomposes in a timeline similar to a natural leaf.
We currently use banana leaves as raw materials as they are abundant in nature and a commercially viable choice.
Our focus is to solve the global environmental crisis without compromising the economy. The production of enhanced biobased material from leaves is the most cost-effective biodegradable alternative. The product’s additional cost varies by its design and add-on features like additional mechanical strength and added compliance. We are dedicated to creating eco-friendly, sustainable products made with a 0% green premium and are price-competitive in the current global market.
Yes. The durability depends on the product type, design, and configuration.
Yes. The products made from this biomaterial are exportable. They can be stored for a long time and can be shipped across nations. The materials are rackable, thus saving huge storage space. The rackability of each product depends on its product design.
Yes. The material is a writeable medium, but it is less efficient than paper in colour and surface texture.
Yes. This website, www.bananaleaftechnology.com, is Banana Leaf Technology’s official site. The details and information on this website are provided directly by the Tenith Innovations public relations team as a credible source of information for the press.
Yes. The members of the press and independent journalists are free to publish articles. They are respectfully requested to use this official website as a credible source of information for any media publications about Banana Leaf Technology on their respective media outlets.
Any graphical resources are free to utilize if the published media article contains the appropriate attribution to Banana Leaf Technology.