About Us
B4C
We are a team of ceramic membrane experts and industry thought leaders, inspired by the positive implications that novel water treatment solutions and applications can have for the advancement of public health, global water quality, and a reduced environmental footprint.
We are also self-proclaimed geeks! We are passionate about technology and discovery; we live and breathe innovation and creativity. We love putting our heads together to respond to global water quality issues, ultimately resolving them with proactive and forward-thinking solutions built around our knowledge of ceramic membranes.
Our Mision
At B4C, we are committed to revolutionizing the world of water filtration by providing cutting-edge solutions that are both sustainable and efficient. Through our expertise in ceramic membrane technology and our passion for water conservation, we strive to make a positive impact on the planet and its most vital resource. Join us on our mission to create a better future for all through superior water treatment and filtration.
Our Vision
B4C's vision is a sustainable and equitable world where clean water is accessible to all, enabled by our leading-edge water treatment solutions.
Ceramic Membrane filtration technology for a better and brighter tomorrow.
What Is Ceramic Membrane Technology?
As traditional water technologies have been pushed to their limits, and have become unable to meet the modern demands of a booming population and a changing global climate, ceramic membranes have emerged as a sustainable technology with long-term staying power.
Ceramic membranes carry the unique ability to adapt to the challenges presented by climate change, global warming, and the increased pollutants that threaten to cause irreversible damage to our water supply. They are supremely effective and versatile, especially for commercial use in highly regulated industries that demand a high level of sanitation. Ceramic membranes can even help recover and reuse filtered backwash that would otherwise go to waste.
When compared with polymeric membranes, liquid filtration technology powered by ceramic membranes provides greater functionality, sustainability, performance, energy efficiency, and eco-friendly design. Ceramic membranes also offer greater durability and chemical resistance than their polymeric counterparts, and can filter out even the tiniest microorganisms, parasites, and heavy metallic particles from the surrounding environment.
As Contaminants of Emerging Concern (CECs) become increasingly problematic to global water safety, ceramic membranes also hold promising potential to offer total abatement of harmful industrial pollutants, including pharmaceuticals, biocides, and pesticides.
B4C Delivers Innovative Water Treatment Solutions
At Every Stage
At B4C, we offer a comprehensive range of services to meet the needs of the water treatment industry
Mapping and Project Initiation
Our team of experts will work with you to assess your water treatment needs and develop a tailored solution to meet your specific requirements.
Full Cycle Product Development
From concept to commercialization, we offer full-cycle product development services to bring your water treatment ideas to life.
Post-Launch Support
Our team is here to support you every step of the way, even after your product has been launched. We offer ongoing support to ensure your water treatment solution continues to meet your evolving needs.
Market Analysis and Development
Stay ahead of the competition with our market analysis and development services. Our team will provide you with valuable insights into the latest trends and technologies, allowing you to make informed decisions about your water treatment strategy.
Trust us to provide the expertise and support you need to succeed in the water treatment industry.
Our ceramic membrane technology has been widely recognized for its effectiveness in improving water treatment processes. Our solutions have been successfully deployed in a variety of industries, including textile industry. Our team is proud to have made a positive impact on water quality and environmental sustainability, and we are constantly pushing the boundaries of what is possible with ceramic membrane technology.
Case: Addressing the Environmental Impact of Textile Production
The textile industry generates 10% of global greenhouse gas emissions, and in Denmark, the average person buys new clothes eight times a year, contributing to 30,000 tons of annual textile waste. It takes up to 2,700 liters of water to produce a single cotton t-shirt.
At B4C, we're committed to revolutionizing the industry through innovative and sustainable solutions. As part of the Textile Change innovation project, we're developing a technology that transforms textile waste into raw material for fiber production. This eliminates the need to produce and transport raw materials like cotton and polyester across the globe, reducing the industry's environmental impact.
To learn more about the Textile Change project, visit their website at https://textilechange.com/. We're excited to be part of a future where locally present textile waste can be transformed into high-quality recycled fiber. Join us in creating a better future for the planet.
Done Is Better Than Perfect
We recognize that ceramic membrane technology is constantly evolving and may never be perfect in its first iteration. However, by getting our solutions in front of the end user, we can use valuable feedback and case studies to provide much needed direction for future development and advancement. As we continue our ceaseless journey, we are inspired by progress made every step of the way. With our commitment to consistent innovation and ongoing R&D, we desire to bridge the gap between scientific research and market adoption, as we work to advance widespread implementation and installation of ceramic membrane filtration technology for a better and brighter tomorrow.
Ceramic Membrane Applications Can Be Applied To A Variety Of Industries
Food and Beverage
Our ceramic membrane technology has been widely recognized for its effectiveness in improving water treatment processes, particularly in the food and beverage industry. Our solutions have been successfully deployed in a variety of applications, from removing impurities in beverage production to optimizing wastewater treatment in food processing plants. Our team is proud to have made a positive impact on water quality and environmental sustainability in the food and beverage industry, and we are constantly pushing the boundaries of what is possible with ceramic membrane technology.
Textiles
Ceramic membranes have been shown to be a powerful solution for improving water treatment processes in the textile industry. Our ceramic membrane technology has been specifically designed to address the unique challenges faced by textile mills, from removing impurities in dyeing and finishing processes to optimizing wastewater treatment. The use of ceramic membranes in the textile industry has been shown to improve water quality, reduce the environmental footprint of water treatment processes, and increase the overall efficiency and sustainability of textile mills. We are confident that our ceramic membrane technology can provide the same benefits to your textile operations.
Mining
Ceramic membranes are commonly used in several applications in the mining industry, including: Water treatment: Ceramic membranes can be used to treat process water, wastewater, and mine tailings water to remove contaminants such as heavy metals, minerals, and dissolved solids. Mineral recovery: Ceramic membranes can be used to separate valuable minerals from waste material in the mineral processing industry. This can improve the overall efficiency of the mineral recovery process and increase the yield of valuable minerals. Heavy metal removal: Ceramic membranes can be used to remove heavy metals from process water and wastewater streams generated by mining operations. This can help to reduce the environmental impact of mining and improve water quality. Tailings dewatering: Ceramic membranes can be used to separate water from mineral tailings to produce a concentrate that is easier to transport and store. This can improve the efficiency of the tailings management process and reduce the environmental impact of tailings storage.
Power Plants
Ceramic membrane technology is an effective solution for improving water treatment processes in power plants. By using ceramic membranes, power plants can effectively remove heavy metals from water, while also reducing their consumption of chemicals. Our ceramic membrane technology has been specifically designed to address the unique challenges faced by power plants, providing a cost-effective and environmentally sustainable solution for water treatment processes. The use of ceramic membranes in power plants has been shown to improve water quality, reduce the environmental footprint of water treatment processes, and increase the overall efficiency and sustainability of power generation.
We are a completely independent research and development organization, and as such, we have no preference toward one specific technology provider. There is no one-size-fits-all technology, and at B4C, our team is inspired by working with partners, end users, and technology providers that share in our passion for sustainability and industry growth, which lies at the heart of everything we do.
Contact us
The Future Of Water Safety Is Here
And we can’t wait to share it with you. If you’re considering a novel approach to water filtration, connect with our team to discuss the unlimited possibilities of ceramic membrane technology.