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Valencia, Spain
11-50 Employees
2019
Currently, we are working on a variety of prototypes named BLAU, efficient low-cost filters capable of capturing microplastics from our seas. We are constantly researching new ways to improve the sustainability of the Mediterranean Sea. Proluo has formed as a team of diverse and highly committed students, supported by professionals, advisors, and professors. Our main objective is the development of innovative filters to capture plastics, along with conducting research and studies on water and environmental pollution.
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Proluo
... We are developing innovative microplastics filters to contribute to the cleanup of the Mediterranean Sea. ...
Hoeilaart, Belgium
1-10 Employees
Omwille van onze jarenlange ervaring in de elektrobranche kunnen we u bijstaan en adviseren voor de juiste keuze van uw elektro apparatuur. We leveren, installeren en geven toelichting van al onze verkochte toestellen of er kan afgehaald worden met speciale voorwaarden.
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Joos Elektro, Hoeilaart: AEG A9WHMIC1, Wasmachine accessoires
... Met een kleine inspanning van jou, helpt onze Microplastic Filter de hoeveelheid microplastic vezels die in het afvalwater terechtkomen bij het ...
Helsinki, Finland
11-50 Employees
2017
Our goal is to make buying measurements easy, quick, and hassle-free. Measurlabs was founded in 2017 with the mission to change this. The Measurlabs team consists of highly qualified chemists and material scientists. We are a tightly knit group of PhDs and MScs, with expertise covering these areas, to mention just a few:. Getting the testing services you need is a crucial part of any product development process. To offer our customers an even more comprehensive selection of services, we are continuously on the lookout for more partners. In the case of more complex testing projects, we provide expert help and guidance throughout the process. Offering every measurement you need in the same place – from abrasion resistance to zeta potential.
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Microplastics on filter
... Microplastic filter analysis is performed directly on the filter to screen it for plastic particles in different size ranges. ...
Plantation, United States
11-50 Employees
2006
Founded in 1997 and modeled on the “case study” approach of the Harvard Business Review, The Maritime Executive today has the largest AUDITED circulation in the maritime industry. Its unique perspective and unfettered approach give readers something no other publication can provide – Intellectual Capital of the highest order. Published six times a year, each issue contains a comprehensive Case Study and Executive Interview along with in-depth analyses of key industry issues and trends. The companion online newsletter, published six days a week, is the industry leader with a high-profile audience and critical news and intelligence from around the world. Through our various print and digital platforms, we continue to innovate and expand to provide readers and advertisers alike the largest maritime media outlet available today.
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Wärtsilä and Grimaldi Unveil New Microplastics Filter System
... Wärtsilä and Grimaldi Unveil New Microplastics Filter ...
Baltimore, United States
11-50 Employees
At LifeStraw, we believe everyone deserves equitable access to safe drinking water. We are Climate Neutral Certified B Corp and from product to packaging, we measure and minimize our environmental impact. LifeStraw is in business to bring safe drinking water to those who need it most. We are a humanitarian company that gives back. After 17 years, LifeStraw redesigns the iconic LifeStraw and introduces the Peak Series, the ultimate in water filtration. LifeStraw becomes a certified B Corporation, responds to disasters in 23 countries, reaching over 500k people with safe water. Vestergaard and LifeStraw grow into two companies connectedby the same humanitarian entrepreneurship DNA. LifeStraw becomes a Climate Neutral Certified company by measuring and offsetting all carbon emissions.
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LifeStraw Max Replacement Filters – LifeStraw Water Filters & Purifiers
... The Ultrafilter set removes viruses, bacteria, parasites and microplastics. Filter set (combined) lasts up to 26,500 gallons | 100,000 L The Carbon filter reduces lead and chlorine. Carbon filter lasts up to 4,000 gallons | 15,000 L Easy to replace and long ...
Edenbridge, United Kingdom
1-10 Employees
2020
It is one of the tenets of Taekwon-do and one that embodies what we believe:. Innae is the first sustainable martial arts inspired sportswear brand. This is the easy way to reduce microplastic pollution, as it filters synthetic microfibres from your clothes, preventing them going from your washing machine to the ocean. INNAE is a brand that is eco-sassy.We are striving to be as sustainable as possible, so all our clothing is made from recycled materials wherever we can and our packaging is sustainable and recyclable. To be ethical in all levels of production.Our factory in Turkey looks after its workers and we go and visit to check it out for ourselves.This is a brand that says ‘yes’ to sweat and ‘no’ to sweatshops.
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Guppyfriend Washing Bag - Innae Sports
... This is the easy way to reduce microplastic pollution, as it filters synthetic microfibres from your clothes, preventing them going from your washing machine to the ocean. Simply put your clothes into the bag and wash as ...
North Devon, United Kingdom
11-50 Employees
2011
Der dryrobe® Waterproof Poncho wurde für Outdoor-Ausflüge und unvorhersehbares Wetter entwickelt. Wir sind Partner der Santa Cruz und North Devon World Surfing Reserves und helfen, diese beliebten Surfgebiete zu schützen. Wir arbeiten seit 2014 eng mit Red Bull zusammen und liefern Spezialanfertigungen der dryrobe® Advance Change Robes für einige der unglaublichen Events, die rund um die Welt stattfinden.
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Guppyfriend Washing Machine Bag | Microplastic Eco Laundry Bag – dryrobe
... The GUPPYFRIEND Washing Bag reliably filters microplastic fibres out before they pollute ...
South Derbyshire, United Kingdom
1-10 Employees
2013
Free Delivery on all UK orders over £15.00. We stock meals from the leading brands from across Europe including LYO Expedition Foods, Summit to Eat, Expedition Foods, BeWell, Bla Band, Real Turmat, Wayfayrer, TentMeals, Forestia and Extreme Adventure Food. There is a huge range of lightweight expedition breakfasts, main meals and snacks to choose from. Save 10% or more on a selection of products in our Hydration collection. Widely regarded as the UK’s ultimate modular gas BBQ brand. Base Camp Food offers the best range of freeze dried, dehydrated and ready to eat expedition and camping meals. We offer independent, expert advice on all aspects of outdoor food and meal planning. Delivery across the UK is free on all orders over £15.00.
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Lifestraw Replacement Bottle Filter Set | Base Camp Food
... Removes 99.999% of microplastics. Filters 4,000 litres (1,000 ...
New York, United States
51-100 Employees
2018
Healthy hydration is a cornerstone of all our wellbeing. The Energy+ blend of flavonoids and 200mg of caffeine delivers an immediate cognitive boost that last up to 6 hours. With essential nutrients and a dash of caffeine Iced Tea+ provides clean energy, flavor, and ultimate nourishment.
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Vitapod Filter | Vitapod
... Ensuring purified, clean, microplastic-free water. This filter fits right into your tank and ...
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A4WHCAR1 AEG bij Elektro De Busschere - Blankenberge
... Koop de A4WHCAR1 van het merk AEG bij Elektro De Busschere in Blankenberge: Omdoos: 4 / Vervangpatroon voor microplastics filter De ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Microplastic Filter
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 13 |
| Amount of suitable service providers | 6 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 2006 |
| Youngest suiting company | 2020 |
A microplastic filter is a specialized filtration device designed to capture microplastic particles, which are tiny plastic fragments typically less than five millimeters in diameter. These filters can be integrated into various systems, including washing machines, water treatment facilities, and industrial processes, to prevent microplastics from entering aquatic ecosystems and subsequently, the broader environment. The significance of microplastic filters lies in their ability to address a growing environmental concern: the proliferation of microplastics in oceans, rivers, and lakes. Microplastics pose a substantial threat to marine life and human health, as they can be ingested by aquatic organisms, enter the food chain, and potentially release harmful chemicals. By efficiently capturing these particles at their source or during water treatment processes, microplastic filters play a crucial role in mitigating the pollution of natural water bodies and reducing the overall impact of plastic waste on the environment. Consequently, their adoption and development are seen as essential steps towards sustainability and environmental protection, highlighting the critical intersection of technology and ecological conservation. Through their operation, microplastic filters not only protect marine ecosystems but also contribute to the broader efforts of reducing plastic pollution and promoting a cleaner, healthier planet.
1. Improved Water Quality
Microplastic filters are designed to capture exceptionally small particles, significantly reducing the presence of microplastics in water. This leads to an overall improvement in water quality, making it safer for consumption and use in everyday activities. Unlike other filtration systems that may overlook these tiny pollutants, microplastic filters ensure a higher purity level, safeguarding against potential health risks associated with microplastic ingestion.
2. Eco-Friendly Solution
By trapping microplastics before they enter water bodies, microplastic filters play a crucial role in protecting marine life and ecosystems. Alternative options might not provide the same level of environmental protection, allowing microplastics to accumulate in oceans and harm aquatic organisms. The use of microplastic filters, therefore, represents a proactive approach to environmental conservation, helping to mitigate the global issue of plastic pollution.
3. Cost-Effectiveness
Investing in a microplastic filter can lead to long-term savings. While initial setup costs might be comparable to other filtration systems, the efficiency and durability of microplastic filters mean reduced maintenance and replacement expenses over time. Additionally, by preventing pollution and its associated cleanup costs, societies can save resources and allocate them to other environmental or community projects, making microplastic filters an economically advantageous option.
While evaluating the different suppliers make sure to check the following criteria:
1. Filtration Efficiency
Ensure the filter effectively captures a high percentage of microplastics of various sizes, without significant water flow reduction.
2. Compatibility
Check if the filter is compatible with your existing washing machine models or water systems to avoid additional retrofitting costs.
3. Durability & Maintenance
Consider filters made from robust materials that offer longevity and are easy to clean or replace, minimizing maintenance effort.
4. Environmental Impact
Select suppliers that use eco-friendly materials and processes in their filters to further reduce environmental footprint.
5. Cost-Effectiveness
Balance initial purchase price with operational costs and lifespan. A slightly higher upfront cost may be justified by longer service life and lower maintenance.
6. Certifications and Standards
Prioritize suppliers that adhere to recognized quality and environmental standards, ensuring the filter's efficacy and sustainability.
Microplastic filters have become an essential tool in the textile industry, aimed at reducing the environmental impact of clothing manufacturing. These filters are installed in washing machines and industrial laundry systems to capture tiny plastic fibers shed from synthetic fabrics during washing. This prevents microplastics from entering waterways, thus reducing pollution and protecting marine life. The adoption of such filters not only helps companies meet environmental regulations but also bolsters their sustainability credentials, appealing to eco-conscious consumers. In the water treatment sector, microplastic filters are employed to purify water before it's either consumed or released back into the environment. These filters are capable of removing microplastic particles from both drinking water and wastewater, ensuring safer water for human consumption and lessening the ecological footprint of wastewater discharge. For businesses in water-intensive industries, utilizing microplastic filters is a step towards achieving more sustainable operations and complying with stricter water quality standards. The cosmetics industry also benefits from microplastic filters during the production of personal care products. By filtering out microplastic particles, manufacturers can ensure that products such as scrubs and toothpaste are free from these pollutants, aligning with global trends towards environmentally friendly products. This use case is particularly relevant as consumers increasingly demand products that are safe for both their health and the planet.
As of the latest assessments, microplastic filters are generally positioned at a Technology Readiness Level (TRL) of 5 to 6. This classification signifies that the technology has evolved from concept to a demonstrable stage, with prototypes tested in relevant environments. The primary technical reason for this particular TRL positioning stems from the successful development and laboratory validation of microplastic filtration systems, which have shown efficacy in identifying and capturing microplastics down to sizes as small as a few micrometers. However, the transition to higher readiness levels is currently impeded by several challenges. These include the scalability of the filtration technology for widespread industrial or municipal application, the durability and maintenance of filter materials under varied environmental conditions, and the economic viability of large-scale deployment. Additionally, the variability in microplastic types, shapes, and chemical compositions necessitates further refinement of the technology to enhance its selectivity and efficiency across a broader spectrum of microplastic pollutants. Addressing these technical hurdles is essential for advancing microplastic filters to levels where they can be reliably deployed in real-world scenarios, thereby significantly mitigating the environmental impact of microplastic pollution.
In the short-term, advancements in microplastic filter technology are anticipated to focus on improving filtration efficiency and reducing the size of particles that can be captured. Researchers are developing more sophisticated materials and designs, such as nano-fiber mesh filters, which are capable of trapping even the most minuscule microplastic particles while maintaining high water flow rates. This phase is likely to see the integration of these filters into existing water treatment systems, offering a seamless upgrade to current infrastructures. The mid-term outlook for microplastic filter technology includes the integration of smart technologies. Filters are expected to become more autonomous, equipped with sensors and IoT capabilities to monitor filtration performance and microplastic accumulation in real-time. This will not only enhance the effectiveness of the filters but also facilitate timely maintenance and replacement, ensuring continuous protection against microplastic pollution. Additionally, the development of biodegradable and eco-friendly filter materials is projected to gain momentum, aligning with global sustainability goals. Looking at the long-term, the evolution of microplastic filter technology may lead to groundbreaking innovations, such as the widespread adoption of self-cleaning and regenerating filters. These futuristic filters could use renewable energy sources to autonomously cleanse themselves and decompose captured microplastics, thereby minimizing waste and maintenance requirements. Furthermore, advances in material science could usher in the era of hyper-efficient filters that are capable of capturing nanoplastics, significantly reducing the ecological footprint of human activities on marine and freshwater ecosystems.
