Introducing Reclaim™ Biodegradable Gloves
Watson Gloves is proud to bring to the world our collection of Reclaim™ landfill biodegradable gloves. Reclaim™ gloves provide the same performance and durability as regular gloves, but now better for the environment, as these gloves degrade in 5-10 years (based on ASTM-D5511 and ASTM-D5526 standards) compared to the 50-200 years it takes for regular gloves. Our lineup includes our new biodegradable seamless knit gloves and biodegradable disposable Green Monkey gloves.
When Reclaim™ biodegradable gloves are disposed of properly in modern landfills, they go through a biodegradation process that results in the gloves converting into energy and fuel, which can then be used to power homes, businesses, and communities. Now, you can continue doing your job, while Reclaim™ gloves do its job turning #GlovesToEnergy.
Why Biodegradation Matters
When we look at other common items that we use in our daily lives, it can takes decades or even centuries for these products to decompose. For regular nitrile gloves, it can take over 200 years before the gloves are fully degraded. In 2019, 14 million tons of disposable gloves were consumed, and with expected growth in glove usage over the next decade, that translates to a tremendous amount of non-biodegradable waste that ends up in landfills.
Reclaim™ landfill biodegradable gloves is a solution to the large glove waste problem, as it 1) keeps the environment green and 2) produces clean renewable energy.
How It Works
Once you’re done using your Reclaim™ gloves and dispose of them in regular trash disposal, they go to a modern landfill where the gloves start to break down, as they react to being in an anaerobic environment (low heat, high pressure, limited oxygen, no light, and low moisture). This is where biodegradation happens. The Reclaim™ additive in the gloves attracts microbes in the landfill, which turns the gloves into biogas. Methane production from the biogas is then captured by the landfill and converts it into clean renewable energy.
What Is Biogas and How Does It Turn to Energy?
Biogas is a type of biofuel that is produced from the breakdown of waste when it’s in anaerobic conditions. Although biogas is commonly produced from organic waste, Reclaim™ gloves are able to biodegrade and break down into biogas in modern landfills thanks to its enhanced additive. Biogas then converts into methane and carbon dioxide, and rather than being released into the atmosphere, nearly all modern landfills nowadays are able to capture the gases produced from biogas and transform it into clean energy used to charge your homes, fuel your cars, and more.
Recharge the World with Reclaim™ Gloves
By turning gloves to energy, it closes the loop to a previously linear process with disposable waste by bringing energy back to society. This creates a circular economy, as Reclaim™ gloves provide additional use as energy after its end of life as a glove product.
Additionally, the entire process is a zero-emissions process, as methane from the biogas is captured and converted into energy, as opposed to being released into the atmosphere and harming the environment, which makes biogas a great sustainable source of energy.
Now you can recharge the world with our lineup of Reclaim™ landfill biodegradable gloves. These gloves offer similar performance as other gloves and require no change in behaviour when using these gloves. Just make sure when you’re finished with your job, dispose the Reclaim™ gloves in the trash (not compost or recycling) so that they properly end up in a modern landfill where the biodegradation takes place.
Recharge our world with the help of Reclaim™ gloves and turn #GlovesToEnergy.
To read about our official Reclaim™ launch, click here.
Latest Reclaim™ Gloves
Introducing the very first biodegradable nylon gloves, 319 Stealth Zero and 329 Jade. Designed with biodegradable nylon and biodegradable nitrile coating, once these gloves are disposed of in modern landfills, they degrade in 5 years (ASTM D5511) compared to the 50+ years it takes for regular synthetic gloves. These are perfect everyday gloves that won’t end up stuck in landfills for decades once you dispose them.
All biodegradable seamless knit gloves pass the ASTM D5511 standard – these gloves show up to 24.1% biodegradation in 233 days
Green Monkey Collection
Our popular lineup of Green Monkey biodegradable disposable gloves come in a variety of thicknesses: 4 mil, 6 mil, and 8 mil. Once in modern landfills, Green Monkey biodegradable disposable gloves degrade in 10 years (ASTM D5526) compared to the 200+ years it takes for regular disposable gloves. Along with its biodegradability, Green Monkey nitrile gloves are powder-free, exceptionally durable to punctures and tears, and chemically resistant to oils, solvents, and grease.
All Green Monkey biodegradable gloves pass the ASTM D5526 standard – these gloves show up to 26.5% biodegradation in 390 days
Check Out Our Green Monkey™ Video Below!
No, they are not. The Reclaim™ additive is engineered to degrade in an anaerobic environment (modern landfills through waste disposal) compared to composting, which is degradation through aerobic composted environments.
No, performance and shelf life is not affected; there is no chance of them breaking down from day-to-day usage. The Reclaim™ additive is only activated once in a landfill condition under very specific circumstances (being deprived of light, oxygen and interacts with certain moisture conditions). So you can feel free to use them like you would with any other gloves that do not have the Reclaim™ additive.
Reclaim™ components in gloves will not break down into microplastics. When the Reclaim™ components are decomposed and degraded into biogas, it leaves nothing behind.
There is an optimal timeframe for biodegradable gloves to decompose and produce biogas. If gloves convert into biogas too quickly, the greenhouse gases won’t fully be captured, and thus, will be wasted. A faster degradation will not achieve the best results; biodegradation in a moderate, gradual manner is key here.
Modern landfills, otherwise known as municipal solid waste landfills, have evolved tremendously from what they used to be in the past (unregulated open dumping grounds filled with garbage). In current times, modern landfills are strictly regulated, managed, and designed with engineered systems and processes in place, which help with waste degradation. Degradation leads to the production of methane, and the technology of modern landfills ensures that methane is captured and reclaimed to make clean, inexpensive energy. You can expect most landfills in the developed world to be modern landfills that are safely and productively decomposing waste.
Methane emission is certainly bad when released into the atmosphere. Both organic and inorganic materials produce greenhouse gases (methane and carbon dioxide) when they decompose in landfills. The distinction with modern landfills is that, rather than being emitted into the atmosphere, methane from biogas is captured and harnessed within these landfills to create natural gas and energy.
To learn more about the process of turning gases into energy in modern landfills visit here.
The ASTM (American Society for Testing and Materials) is a globally established and reputable test method developer and has developed technical standards for a wide range of products and uses. ASTM D5526 (stringent, long-term test) and ASTM D5511 (short-term alternative with quicker results) methods are used to assess biodegradability in products. These two standards are the pinnacle for biodegradability testing, and it is highly recommended to check for ASTM test results when looking for biodegradable products.
At Watson Gloves, we treat glove testing very seriously to ensure that our products are labelled with the correct ratings, claims, and certifications, and we always ensure to be transparent with ASTM results for our biodegradable products. Our Green Monkey disposable gloves are ASTM D5526 certified (show up to 26.5% biodegradation in 390 days), while our Stealth Zero and Jade gloves are ASTM D5511 certified (show up to 24.1% biodegradation in 233 days).
For more info on ASTM D55111 and ASTM D5526 standards, click here.
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