Recycling Waste Into Wearable Clothing

Ananas Anam – Made with Pineapple Leather

Known as Piñatex, this leather alternative from Ananas Anam Ltd. is made out of the fiber of pineapple leaves is sustainably sourced and completely cruelty-free. With a low impact on the environment, you can feel good about your purchase. Piñatex is designed to be a green replacement for mass-produced leather and synthetic materials that produce pollutants and waste.

The company uses what they call a CradletoCradle approach, an improvement process that examines and enhances a product in five ways: material health, material reutilization, renewable energy and carbon control, water supervision and management, and social fairness.

Fashion clothing and accessories sold with Piñatex include shoes, boots, bags, jackets, furniture, and more. products made with Piñatex are durable, versatile, and eco-friendly since the material is made from the discarded leaves of the pineapple plant.

The production of this leather alternative also provides benefits for farmers, such as pineapple farms in the Philippines. So not only can you look great, but you’ll know that your purchase is doing good for rural communities and the environment, too.

New Madewell Jeans – Made with Shrimp Shells

While most people discard shrimp and lobster shells as waste, Madewell launched an eco-friendly denim alternative using the fibers from the crustacean shells to dye their jeans. Kitotex is a material made from chitosan, a biodegradable material found in shrimp and lobster shells, and helps dye the fabric. It results in a 90 percent decrease in energy consumption, plus, using Kitotex replaces chemicals usually used in the denim-making process.

The Saitex factory that Madewell uses to manufacture their jeans recycles 100 percent of the water they use in production, prioritizes clean energy methods such as solar power, and even uses their excess manufacturing waste to create bricks for affordable housing.

The Eco Edition denim collection on their website is all made with organic cotton (from GMO-free seeds) and comes in a variety of styles to fit any body type from petite to plus. The added stretch means these jeans move with you, and you can order the jeans in a petite, regular, or tall inseam for the best fit.

Malai Vegan Leather – Made from Coconut Water

Malai, which means “cream of the crop” or “milkfat” in a North Indian language, is a material made from bacterial cellulose and coconut water waste. Also, unlike some vegan leather products, Malai does not use any plastic coatings or potentially harmful synthetic ingredients.

Not only is Malai flexible and durable, but it can also be made in a variety of textures and thicknesses so it is ideal for purses and bags. If you take good care of your bag, it should last you many years. It’s even water resistant, unlike expensive and unsustainable leather bags. The material is even compostable.

Gumshoe Amsterdam – Made from Chewing Gum

Head down any street in a major city and you’re bound to see chewing gum stuck everywhere along the ground, run over by cars, bicycles, or stepped in by unlucky pedestrians. Not only is this scene unsightly, but it takes 20-25 years for that gum to break down. Gum litter is a big problem, and the creative minds behind Gumshoe Amsterdam are doing something about it.

Gum-Tec is a sustainable material and rubber alternative made from discarded chewing gum waste. Teaming up is a trio of eco-friendly businesses and organizations: city marketing team Iamsterdam, Explicit Wear designers, and the green company Gumdrop which picks up and recycles old gum.

The result? Gumshoe sneakers, the very first shoes made from recycled chewing gum. Right now, you can buy two different styles at €199,95 each. Not only do these shoes look great, but these companies are also raising awareness about gum litter and hopefully, helping to keep the streets clean.

Rothy’s Shoes – Made from Plastic Bottles

What’s better than doing your part for the environment? Looking and feeling good at the same time. Rothy’s is a San Francisco-based company that recycles plastic water bottles and makes them into comfortable footwear that is also fun and stylish.

These women’s shoes are designed to be worn all day and they still provide maximum comfort. Rothy’s are sustainable, lightweight, and machine washable. The eco-friendly sole is made from carbon-free rubber and each pair is super lightweight, perfect for travel.

There are five basic styles for women and girls: the flat, the point, the loafer, the sneaker, and the girls’ loafer. Each style has a wide variety of colors and chic patterns designed to fit every lifestyle. Not only is Rothy’s a company focused on sustainability and environmentally friendly practices, but they are also dedicated to empowering young girls.

Wintervacht – Made from Old Blankets and Curtains

Wintervacht is a company making fashionable winter coats and accessories out of old blankets and curtains. Recycling these discarded textiles from across the Netherlands that were otherwise unwanted, this company is producing eco-friendly coats and jackets in a variety of trendy styles.

Yoni van Oorsouw and Manon van Hoeckel, the visionaries behind Wintervacht, met in design school. The blanket coat idea came up during a sewing lesson taught by Yoni’s mother. Not only was it a great way to keep warm during a cold winter, but a blanket coat was both functional and unique.

The bright, bold designs and colors are inspired by vintage patterns and each handmade coat is really one of a kind. Wintervacht is now partnered with high-end fashion company Studio RYN, and design students have the opportunity to study entrepreneurship in practice.

All these companies are doing their part for the environment by recycling waste to create sustainable fashion.

Recycling Waste and Unusual Materials FAQs

Q1. What materials are recyclable for fashion?

A1. Several materials used in the fashion industry can be recycled. Some common recyclable materials include:

• Cotton: Old clothing made of cotton can be recycled into new textile fibers.
• Polyester: Polyester garments can be mechanically or chemically recycled into new polyester fibers.
• Nylon: Nylon garments can be recycled into new nylon yarns and fibers.
• Wool: Wool clothing can be recycled into new wool fibers or repurposed for various applications.
• Denim: Denim jeans and jackets can be recycled into new denim or upcycled for different purposes.
• Leather: Leather waste can be recycled into new leather products or processed for other applications.

Q2. How do you recycle waste from the fashion industry?

A2. Recycling waste from the fashion industry involves various processes, including:

• Sorting and Separation: Waste materials are sorted based on their composition, such as cotton, polyester, or other fibers.
• Shredding and Pulping: Garments are mechanically shredded and broken down into small fibers or pulps.
• Reformation or Melting: The shredded fibers are reformed into new textile fibers or melted down to create new materials.
• Spinning and Weaving: Recycled fibers are spun into yarns and woven or knitted to create new fabrics.
• Manufacturing: The recycled fabrics are then used to produce new clothing or other fashion items.

Q3. What are the waste issues in the fashion industry?

A3. The fashion industry faces several waste issues, including:

• Textile Waste: The disposal of large quantities of unused or discarded textiles contributes to environmental pollution.
• Production Waste: Excessive fabric scraps, cut-offs, and production leftovers generate significant waste during manufacturing processes.
• Fast Fashion: The fast-paced production and consumption model lead to excessive production, resulting in high levels of unsold inventory and waste.
• Non-Biodegradable Materials: The use of synthetic materials, like polyester and nylon, contributes to long-lasting waste that is slow to degrade in the environment.

Q4. How much material is wasted in the fashion industry?

A4. The exact amount of material wasted in the fashion industry is challenging to quantify accurately. However, studies suggest that a substantial amount of clothing and textile waste is generated each year. For example, in 2018, the Ellen MacArthur Foundation estimated that the fashion industry produced approximately 92 million tons of waste annually, including textile production waste, post-consumer waste, and unsold inventory. These waste figures highlight the need for sustainable practices and recycling initiatives to reduce the environmental impact of the fashion industry.

The Conundrum of Waste Disposal

California regulations AB 341, AB 1826, and SB 1383 are leaving cities and programs scrambling for compliance without breaking the bank.

In an ever-changing industry of waste, the challenges are only growing. Public and private clients face increasing state regulations and consumer purchasing obstacles.

Waste disposal is a service-based industry. While those disposal costs increase and landfills close, the solutions – recycling streams, food waste, organics – only become more complex. Not to mention China’s recent policy shift on imported recyclables. The announcement that they would no longer be accepting much of the world’s contaminated material is a huge blow to recyclers here at home.

Waste disposal is one of the last places people look for efficiency and savings. The industry has broken on the basis of building the economics of trash over building recycling.

And, trash should be expensive, given the labor, gas, insurance, and materials. State regulations require a specific landfill diversion percentage but hauler agreements are built around landfill fees.

Recycling is cheaper and socially accepted as the right thing to do. But, it’s not that simple.

Waste and recycling have evolved over time due to public, political, and monetary pressure. While the waste industry is responsible for making sure there is a market to offset collector operations, recycling programs focus on selling that recycled material (e.g., bottles, cans, paper, cardboard).

State regulations require a specific landfill diversion percentage but hauler agreements are built around landfill fees.

The confusion over the recycling triangle results in more contamination; consumers are not recycling better, they are just ‘recycling more’ by throwing items in the wrong container.

The recycling triangle on plastic items does not necessarily mean an item is recyclable. It could just mean it’s made of recyclable material.

Keep it simple. Look at your waste program on every level.

Finding an alternative market for these materials can seem to be a no-win scenario, especially as new materials come into consumer homes. The start: Keep it simple. Look at your waste program on every level.

Look at your trash. Look at your invoices and purchases. Look at your usage. Look at your employees. Look at the commonality among what you throw out and see if there is another way.

Analyze your current programs. Whatever you do, don’t back into regulations. Look at the programs in place now, first, and then fix those programs to become compliant.

These actionable steps can be the distinction between compliance and confusion:

Government programs

Waste Disposal FAQs

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On the other end of the spectrum in poor nations, old inadequate food-producing infrastructures, and logistics are culprits for food wastage. The Food and Agriculture Organization (FAO) has reported about a third of the food produced – 1.3 billion tons – doesn’t reach human stomachs. Fruits and vegetables, being the most perishable, have the highest wastage while others (see Chart 1) have significant percentages.

In Malaysia, a rise in population from 21 million to 28 million between 1996 to 2009 has led to an addition of nearly 2 million tons of food waste. Recently reported in the news, the country generates 5.5 million tons of thrown-away food – that’s 15,000 tons daily. The additional bad news is that the food wastage per person is growing (see Chart 2). In 1996, the food waste generated is about 113 kg per capita. In 2009, this is 157 kg. In Singapore and Thailand, this ratio has a similar trend. It has grown from 118 kg to 140 kg in the last decade on the island nation (see Chart 3). In Thailand, the ratio in 2015 is 190 kg per capita while is 173 kg in 2008 (see Chart 4). All three countries have growing populations. It’s not hard to foresee the situation is going to get worse in the coming future.

In South East Asia, organic and food waste is typically around 40% of total solid wastes, though there is marginal seasonal and geographic variation. In Singapore, the NEA keeps a record of yearly food waste generated while in Thailand, Thailand’s state of pollution report provides municipal solid waste data. Malaysian universities have sufficient record-keeping on a state-by-state basis for waste management. These countries have put on a concrete effort to tackle food wastage. Firstly, record keeping, funding new technologies from research and development, and lastly, developing policies and initiatives.

A credible solution is to utilize food waste as a feedstock for biogas generation. This has the added benefit of creating a premium product besides eliminating unwanted waste. The tables (see Table 1, Table 2 and Table 3) below illustrates the prospect of converting the food waste to biogas and to electricity.

The calculations in Table 1 to Table 3 are based on Intergovernmental Panel for Climate Change (PICC)’s CH4 emission from biological treatment (such as anaerobic digestion). The anaerobic digestion is assumed to be operated near-atmospheric and produces 57% content methane. The energy content of the biogas is taken as 6 kWh per cubic m while the gas is burned to generate electricity at 40% efficiency in a power plant. This is the upper efficiency in a natural gas or coal-fired engine.

The numbers aren’t by no means small as the feedstock can power up to 150,000 homes in Thailand, 50,000 homes in Malaysia, and 8,000 homes in Singapore. This is assuming a 4200-kWh average use per household each year.

Let’s turn the tide on food waste together! Join the movement to transform food waste into clean energy and make a positive impact on our environment. By utilizing innovative biogas generation from food waste, we can not only eliminate waste but also create a valuable resource. Imagine powering up to 150,000 homes in Thailand, 50,000 homes in Malaysia, and 8,000 homes in Singapore with this sustainable energy source. Be part of the solution and help us build a greener future. Take action today!

FAQs

Q1: What are the main causes of food loss and waste in rich regions like North America, Europe, and the Middle East?

A1: In rich regions, food wastage is primarily caused by over-purchasing at the consumer side, leading to unfinished leftovers and the disposal of expired foods.

Q2: What factors contribute to food wastage in poor nations?

A2: In poor nations, old and inadequate food-producing infrastructures and logistics systems are major contributors to food wastage.

Q3: According to the Food and Agriculture Organization (FAO), what proportion of the food produced globally does not reach human consumption?

A3: The FAO reports that approximately one-third of the food produced globally, equivalent to 1.3 billion tons, does not reach human stomachs.

Q4: How has food waste generation in Malaysia changed between 1996 and 2009?

A4: The rise in population from 21 million to 28 million in Malaysia between 1996 and 2009 has led to an increase of nearly 2 million tons of food waste. The country currently generates 5.5 million tons of food waste, amounting to 15,000 tons daily.

Q5: How has the food wastage per person in Malaysia, Singapore, and Thailand changed over time?