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A blinking fault light on NASA’s Orion spacecraft signalled a malfunction in the Universal Waste Management System (UWMS) just as the historic Artemis II crew began their 10‑day lunar‑orbit mission. Mission control reported the issue was resolved within minutes, stating: “Happy to report that toilet is go for use. We do recommend letting the system get to operating speed before donating fluid, and then letting it run a little bit after donation.”The $30 million (≈£22.6 million) UWMS, years in development, is hailed as a breakthrough in deep‑space sanitation, dramatically improving on the primitive setups used during Apollo. Back then, astronauts used a condom‑like urine collector and a bagged solid‑waste system that was prone to leaks and even produced “a turd floating through the air,” according to mission transcripts.Orion now features a private toilet cubicle – the first of its kind on a space shuttle – accessed through a floor hatch beside the main entry hatch. Handrails and foot tethers keep the crew anchored while inside.“We’re pretty fortunate as a crew to get a toilet with a door on this tiny spacecraft,” noted Jeremy Hansen of the Canadian Space Agency in a pre‑launch video. “The one place during the mission where we can go and actually feel like we’re alone for a moment.”The system uses a funnel attached to a hose for urine and a small seat for solid waste. Because everything floats, faeces are suctioned into a sealed bag at the bowl’s base and then compressed into a canister. The suction is loud enough that the cubicle is insulated and crew members must wear ear protection while using it.On longer stays, such as ISS missions, astronauts now recycle almost all liquid waste, turning urine and sweat into drinkable water. For the short Artemis II flight, urine will be vented daily and solid waste stored for disposal after return to Earth.Beyond comfort, the upgraded toilet is a mission‑critical component for NASA’s goal of a permanent lunar presence. Sustainable waste handling prevents health risks and avoids contaminating the pristine space environment with Earth microbes. As historian David Munns explained, “Actually thinking about not only toilets but the entire life‑support systems is one of the foundations of long‑term living in space.”

Scientists are preparing to establish 4,500 native trees on the fringes of the Brecon Beacons National Park using a novel fertiliser derived from human urine.The fertiliser was produced by Bristol‑based startup NPK Recovery, which linked its mobile processing unit to the toilets serving roughly 700 revellers at the Boomtown festival in Hampshire last July.During the 2025 event the system generated 540 litres of nutrient‑rich liquid, now earmarked for planting beech, Scots pine and other native species in Wales.The three‑year restoration scheme, funded by a Forestry Commission grant, will also incorporate urine collected from additional events, expanding the supply chain for the circular fertiliser.To launch the initiative, a Scots pine seedling was planted on Thursday morning, symbolising the start of what could become a lasting Welsh forest.Lucy Bell‑Reeves, co‑founder of NPK Recovery, noted that field trials have shown the urine‑based product to be as effective as conventional fertilisers, marking its first application on trees.“Using a waste product to grow trees is a circular solution that can revitalise our struggling native species,” Bell‑Reeves said, adding that “we need to stop flushing crop and tree‑growing nutrients down the loo and start using them to increase our fertiliser security.”The company previously processed 1,000 litres of urine collected from women’s urinals at the London Marathon, converting it into an odour‑free liquid using specialised bacteria that recover nitrogen and other nutrients.NPK Recovery’s mobile laboratory enables on‑site conversion, eliminating the need for transport and preserving nutrient integrity.Partnering with the charity Stump Up For Trees, co‑founded by author‑cyclist Rob Penn, the project builds on the charity’s five‑year effort that has already planted over 500,000 trees in the region, half of its one‑million‑tree target.Penn expressed enthusiasm, stating, “This groundbreaking project has implications for the future of sustainable forestry, and collaboration with NPK Recovery brings much‑needed innovation to the sector.”

The UK is facing a severe crisis with organised waste crime, which has become a lucrative industry due to lax regulations and enforcement. Between 8,000 to 13,000 illegal waste sites are scattered across the country, with some containing tens of thousands of tonnes of hazardous waste. The lack of effective regulation and enforcement has allowed criminal gangs to exploit the system, dumping waste in farmland, nature reserves, and even next to schools. The profits from these illegal activities are substantial, with £2,500 per articulated lorry load being a common gain. The consequences of inaction are dire, with illegal dumping costing the economy in England £1bn a year. The clean-up operation for these sites will likely cost tens of billions, not to mention the potential contamination of aquifers by toxic waste seepage. The government's recent 'waste crime action plan' has been criticized for not matching the scale of the crisis, with an extra £15m a year for waste crime enforcement being deemed insufficient. The issue highlights the need for stronger regulations and enforcement to combat organised waste crime.

Ben Jennings offers a visual commentary on the recent overhaul of bin collection services in England. Published on 31 March 2026 in the Guardian's Opinion cartoon series, the illustration captures public concerns about how the new schedule may affect recycling rates and household waste handling.The cartoon, titled "Ben Jennings on changes to bin collections in England – cartoon," depicts a typical street scene where altered collection times create confusion among residents. By emphasizing the everyday impact of policy shifts, Jennings underscores the tension between local government decisions and the practical realities of recycling and waste management.While the piece contains no accompanying editorial text, its visual satire serves as a reminder that changes to public services can have ripple effects on environmental goals and community routines. The illustration, credited to Ben Jennings/The Guardian, invites readers to reflect on the balance between efficiency and sustainability in municipal waste policies.

New legislation takes effect on 31 March 2026 as the UK government rolls out the Simpler Recycling framework, requiring every council in England to provide distinct collections for food & garden waste, paper & card, all other dry recyclables (glass, metal, plastic, cartons) and residual waste. This uniform approach replaces the historic “postcode lottery” of waste services, applying to all households – including flats and communal properties. Recycling performance: England’s municipal recycling rate has plateaued at ~44% for several years, well below Wales (57%) and Northern Ireland (≈50%). The government’s ambition is a 65% recycling rate by 2035, a target that will require substantial behavioural and infrastructure shifts. Environment minister Mary Creagh confirmed that councils have received a notable budget increase for 2026 to support the rollout. How collected material is processed: Once gathered, waste is taken to Materials Recovery Facilities where magnets, optical scanners and air jets separate streams into paper, plastics, glass and metals. These are then baled and sent to reprocessors for conversion into new products. Approximately 50% of the UK’s recycled plastic is exported, mainly to Turkey, the Netherlands and Malaysia. This export trend has drawn criticism for undermining the domestic recycling sector, which industry estimates could generate £2 billion in revenue and support around 5,000 jobs. In the past two years, 21 plastic‑recycling facilities have closed, citing low virgin‑plastic prices, competition from cheap Asian imports and the scale of exports. By contrast, the UK still lacks a ban on plastic‑waste exports to developing nations, a policy the EU has already adopted. Paper and cardboard recycling also relies heavily on overseas processing, with 3.4‑4.3 million tonnes shipped abroad each year. Food waste collection overhaul: The most visible change is the introduction of free, weekly food‑waste collection for every household. Residents will receive a small kitchen caddy and a larger outdoor bin. When separated, food waste can be fed into anaerobic digestion facilities to produce renewable energy and bio‑fertiliser, reducing landfill‑derived methane – a greenhouse gas over 80 times more potent than CO₂. The policy is also expected to raise public awareness of personal waste generation, encouraging more responsible disposal habits. Implementation timeline: While all councils must standardise dry‑recycling collections by 31 March, a transitional arrangement allows 31 councils to delay the start of weekly food‑waste collection beyond the initial Tuesday. Contamination risks: Mixing biodegradable or compostable plastics with conventional recyclable plastics can contaminate entire batches, rendering them unrecyclable. Similarly, placing paper or cardboard in residual waste diverts it to landfill or incineration, increasing greenhouse‑gas emissions. Toothpaste tubes have historically been problematic, but a Wrap‑led initiative now makes most tubes 100% recyclable. Consumers can verify local acceptance via RecycleNow, and Boots stores also collect used tubes for recycling.

The United Kingdom's prohibition on single-use vapes, implemented last June as part of efforts to address environmental concerns and curb youth vaping, is showing mixed results. 5.4 million adults in Great Britain now vape daily or occasionally, according to official figures, making these devices an inescapable part of modern British life.The ban, which carries penalties including fines up to £200 for initial violations and potential jail time for repeat offenders, was designed to tackle two significant issues: the environmental impact of millions of plastic devices with lithium-ion batteries ending up in landfills, and the rising popularity of vaping among young people.Recent data from the recycling campaign group Material Focus indicates that 6.3 million vapes and pods are still being discarded weekly, representing a nearly 25% decrease since the ban's implementation. While this suggests some impact, waste management companies report that the devices remain a major problem, with their batteries frequently causing fires in disposal facilities."It is quite a small reduction, really," said Sarah Marsh, the Guardian's consumer affairs correspondent and former vaper. "What we are hearing from Biffa and other waste companies is that they still have a massive problem with the waste, and that has not really changed. There are still fires and people still dump rechargeable vapes and the pods."Waste companies emphasize that the ban has not adequately addressed their concerns, noting that rechargeable vapes remain too inexpensive and appear disposable to many users. The lack of sufficient effort toward changing consumer behavior has limited the ban's effectiveness."If you introduce a ban like this but you don't put the support in place to achieve your goals, like making it easy for people to recycle, the ban isn't necessarily going to work," Marsh explained. "A ban in isolation is ineffective."The environmental challenges persist alongside concerns about youth vaping. The World Health Organization has warned that e-cigarettes are driving a new wave of nicotine use among children, who are nine times more likely than adults to vape. At least 15 million children vape globally according to WHO figures.While the UK government is conducting a large-scale study on vaping's impact on children, with a quarter of 11 to 15-year-olds having tried vaping, there is not yet clear evidence on whether the disposable vape ban has affected youth usage patterns."In short, disposables have driven the surge in youth vaping, and banning them should bring numbers down, but it won't fix everything," Marsh noted. "Big tobacco companies are already set up to adapt fast and keep the next generation using nicotine. It won't be easy."Waste management companies are calling for more comprehensive solutions, including potential deposit reward schemes and changes to vape design and pricing that would discourage disposal. The UK government maintains that the ban was necessary to address the environmental blight and youth nicotine addiction caused by single-use vapes.

Kano’s bustling Sabon Gari Market has turned into a frontline for Nigeria’s growing e‑waste dilemma. Residents like Marian Shammah, a 34‑year‑old cleaner, purchase second‑hand refrigerators for as little as 50,000 naira (≈ $36), only to see them fail within weeks, forcing them back to the market for another replacement. For many Nigerians, imported used appliances are perceived as more durable than locally produced models, despite the fact that a substantial portion arrives already defective. UN data indicate that roughly 60,000 tonnes of used electronics reach Nigeria each year, with at least 15,700 tonnes damaged on arrival. A 2015‑2016 UN tracking study found that over 85 % of these imports originated from Germany, the UK, Belgium, the Netherlands, Spain, China, the United States and Ireland. These shipments frequently breach the Basel Convention, the international treaty that restricts the export of hazardous e‑waste to countries with weaker environmental safeguards. Yet, exporters exploit loopholes—labeling cargo as “personal effects” or “for repair”—to evade thorough inspections. Health experts warn that the fallout is severe. E‑waste contains substances such as mercury, lead, and banned refrigerants (R‑12, R‑22) that persist in the environment for decades. Informal recyclers in Kano dismantle appliances without protective gear, inhaling toxic fumes and handling heavy metals, which leads to chronic respiratory problems, skin irritation, and even reproductive issues. A recent study by the International Journal of Environmental Research and Public Health linked these symptoms to long‑term toxic exposure among workers and nearby residents. Local medical professionals echo these concerns. Dr. Ushakuma Michael Anenga of the Benue State Teaching Hospital highlighted that heavy‑metal contamination and refrigerant gases jeopardize both respiratory and renal health, especially for children and pregnant women. Economically, the trade offers a false bargain. While a second‑hand fridge may cost half the price of a new unit, failures within months impose hidden costs—spoiled food, repeated purchases, and lost income for small business owners. Vendors such as Umar Hussaini admit that many items are sold “as is,” without warranties or functional testing, and that a significant share of imports arrive with faults. Nigeria’s regulatory body, the National Environmental Standards and Regulations Enforcement Agency (NESREA), asserts that imports are permitted only when they meet strict functionality criteria. In practice, however, traders often declare goods as household items to bypass scrutiny, and enforcement remains uneven. Industry observers argue that the profit margins for exporters and local brokers—who capitalize on the price differential between costly recycling in Europe and high demand for affordable “tokunbo” goods in Nigeria—are driving the continued influx. Ibrahim Adamu of the NGO Ecobarter calls for reinforced border inspections and extended producer responsibility schemes to shift the financial burden of safe disposal back onto manufacturers. With estimates that up to three‑quarters of imported electronics may be essentially junk, the situation underscores a broader systemic issue: wealthy nations offload hazardous waste while developing economies bear the environmental and health consequences. Until comprehensive enforcement and international accountability mechanisms are established, Nigerian consumers like Shammah will remain caught between the need for affordable appliances and the risk of repeated loss.

Walking into Scisters Salon & Apothecary in southern California reveals what's immediately absent: no wall of plastic bottles, no chemical tang, and minimal waste. The salon's shelves feature large refill containers of shampoo and conditioner, houseplants adorn the space, and hair clippings are composted. The only trash can is a small basket mostly collecting clients' personal items, creating an environment that co-owner Melissa Parker notes clients immediately comment on: 'It smells good in here.' That never happens in a conventional salon.Opened 15 years ago by Parker and Easton Bajsec in La Mesa near San Diego, Scisters has evolved into one of the region's most prominent low-waste salons, diverting up to 99% of its refuse from landfills. Their business transformation addresses a significant industry problem: the beauty sector generates substantial waste, with North American salons sending an estimated 63,000lbs of hair to landfills daily, plus hundreds of tons of used foil and leftover hair dyes.The turning point came when Bajsec watched a documentary about the zero-waste movement while Parker developed health problems linked to prolonged exposure to salon chemicals. Studies have found that hairdressers' exposure to harmful chemicals such as formaldehyde, ammonia and sulfates puts them at higher risk of asthma, skin conditions, reproductive illnesses and cancer. Rather than leave the industry, they transformed their business.They eliminated perms due to formaldehyde exposure and moved away from big-name products despite green marketing claims. When existing alternatives didn't meet their standards for performance, ingredient transparency and waste reduction, they created their own line. Element, launched in 2019, is made in a California lab and sold in refillable glass and aluminum containers, featuring recognizable ingredients like organic aloe, wheat protein and castor oil.The salon's waste reduction strategies extend beyond product packaging. They implemented hair composting, foil recycling, and replaced waxing with sugaring—a compostable hair-removal technique. They switched to LED lighting, installed water-efficient showerheads, and use washable cloths instead of paper towels. Though they still offer hair bleaching (which releases ammonia), they mitigate risks with industrial air filtration and air-purifying plants.Bajsec acknowledges that 100% zero waste is impossible due to regulatory constraints on reusable gloves and plastic pump tops. The salon ships its minimal plastic waste to Green Circle Salons for specialized processing, paying $200 per box. Despite this cost, Parker notes the overall approach has been financially beneficial: 'Overall, it's actually less expensive. We're not outsourcing to other beauty brands. We're mindful about systems.'Their commitment to sustainability proved critical during the COVID-19 pandemic. When mandatory closures threatened their survival, they pivoted to refill sales, meeting clients in the parking lot. This refill model kept revenue flowing, allowing them to pay full rent while many neighboring tenants struggled. 'Going green has been the greatest thing we've done for our business financially,' Parker says. 'We accidentally created a point of differentiation.'Denise Baden, a professor of sustainable business at the University of Southampton, confirms that eco-friendly practices often reduce costs. 'It's a misunderstanding that to be eco-friendly, you have to spend more money. In fact, usually, it's the reverse,' she notes, adding that hairdressers are uniquely positioned to influence their communities.Now, Parker and Bajsec are helping other salons adopt similar practices through speaking engagements and an online guide. 'We get calls from other salons all the time,' Bajsec says. 'It's not sustainable if we're the only ones doing it.'

The relationship between Maher and Trump reignited earlier this year when Trump claimed on social media that he wasted time sitting down for a meal with Maher last year. Maher described the dinner as a “good time” and noted that Trump was “gracious and measured”.