27,000 trees are cut down every single day just to meet global demand for toilet paper and facial tissues. Tissue paper is one of the most resource-inefficient products in the average bathroom — used for seconds, discarded, and impossible to recycle once used. It represents a daily, invisible drain on some of the world's most important forests.
The True Environmental Cost of a Paper Tissue
Deforestation
The tissue paper industry sources heavily from virgin pulp, including old-growth forests. Canada's Boreal forest — one of the largest intact ecosystems on earth and a critical carbon sink — is being logged at significant scale to supply tissue manufacturers. The Natural Resources Defense Council regularly reports on this, ranking major tissue brands by their reliance on virgin forest pulp. Most major brands score poorly.
Unlike cardboard or office paper, which are routinely recycled, facial tissue cannot be recycled after use. The fibres are contaminated and too short for reprocessing. Every tissue ends its life as landfill waste, with no recovery of the trees that produced it.
Water, Energy, and Bleaching
Producing one tonne of tissue paper requires 17,000–25,000 litres of water and significant energy for pulping, bleaching, and processing. The bleaching step — typically chlorine-based to achieve the standard bright-white finish — produces dioxins, a class of persistent environmental pollutants that accumulate in food chains and have been linked to immune and reproductive disruption.
Packaging Waste
Tissue boxes are cardboard (recyclable) but are wrapped in plastic overwrap that isn't. Pocket tissue packs come in small plastic wrappers. Each item is small enough to be thrown away without thought — but the cumulative packaging from a household's tissue use over a year is substantial.
How Much Tissue Does One Person Use?
The average person uses somewhere between 80 and 150 tissue boxes per year across all uses — blowing their nose, patting surfaces dry, removing traces of makeup. That equates to 8,000–15,000 individual tissues per year from a single person. Over a lifetime, one person's tissue use requires the wood from several mature trees.
A reusable tissue set completely eliminates this ongoing waste. Each LastTissue is rated for 500 washes. A set of six, used daily and washed weekly, replaces approximately 3,000 paper tissues before it needs replacing — and the only waste at end of life is the small organic cotton fabric itself, which is fully compostable.
Is a Reusable Tissue Actually Practical?
The Hygiene Question
The main reason people hesitate is hygiene. The idea of a "dirty handkerchief" drove the disposable tissue industry when Kleenex was invented in the 1920s — and it's still the primary objection today.
But a freshly laundered cotton tissue is no less hygienic than a new paper tissue. The key is design: LastTissue's silicone case has a built-in divider — clean tissues sit in the top compartment, used ones go in the bottom. You never touch a used tissue when reaching for a clean one. When the bottom fills up, open the case and put the whole thing in the laundry at 40°C.
Softer, Not Harder
Organic cotton is significantly softer than paper tissue — particularly noticeable during a cold, when repeatedly blowing your nose on paper makes the skin raw and sore. Several LastObject customers have noted this specifically as a reason they prefer reusable: their skin stays comfortable even during heavy use.
Cost Over Time
Tissue paper is a recurring cost that most households barely notice — small amounts, bought automatically. A 100-pack of tissues costs roughly £1.50–2. A LastTissue set replaces thousands of individual tissues before it needs replacing. Over two or three years, the savings are meaningful — but the more significant number is 3,000 fewer paper tissues in landfill from one set alone.
What About the Rest of the Paper Tissue Industry's Footprint?
The issue extends beyond raw materials. Distribution of paper tissues — heavy, bulky, and low-value per kilogram — generates significant transport emissions. The supply chain from forest to finished product crosses multiple countries, often including Indonesia, Canada, Brazil, and Scandinavia, before reaching UK and European shelves.
Reusable alternatives, manufactured once and used for years, compress this footprint dramatically. A lifecycle analysis framework consistently shows that reusable textiles have a 60–70% lower carbon footprint than equivalent single-use paper products over a 10-year use period, even accounting for the water and energy of regular washing.
