Services & Products
Carbon Capture Systems (CCS) aim to capture carbon dioxide emissions from industrial processes before they are released into the atmosphere. These systems typically use absorption or adsorption technologies to capture the CO2 and then store it in a suitable location.
Random Packaging for Enhanced Carbon Capture Efficiency
Random packing materials are a great option for enhancing the efficiency of carbon capture systems. At BECAPTURE, we offer random packing materials made from partially recycled plastics. These materials are designed to increase the surface area available for contact between the gas and the liquid, which can improve the efficiency of the absorption process. Our random packing materials are available in a variety of sizes and configurations to suit the needs of your specific carbon capture system.
Structured Packing for Optimal Carbon Capture Performance
Structured packing materials are another option for optimizing the performance of carbon capture systems. At BECAPTURE, we manufacture structured packing materials from partially recycled plastics. These materials are designed to provide a high surface area-to-volume ratio, which can lead to greater mass transfer efficiency and optimal carbon capture performance. Our structured packing materials are available in a variety of geometries, including corrugated and honeycomb, to suit your specific carbon capture system requirements.
Partially Recycled Plastics for Sustainable Carbon Capture Solutions
At BECAPTURE, we are committed to providing sustainable carbon capture solutions. That’s why we manufacture our random packing and structured packing materials from partially recycled plastics. By using recycled plastics, we are able to reduce our environmental impact and contribute to a circular economy. Plus, our packing materials are designed for long-term use and durability, which further reduces waste and supports sustainable carbon capture practices.
Customizable Packing Materials for Your Carbon Capture System Needs
We understand that every carbon capture system is unique. That’s why we offer customizable packing materials at BECAPTURE. Whether you need random packing or structured packing, we can work with you to design and manufacture materials that meet your specific requirements. Our team of experts will work closely with you to understand your carbon capture system needs and develop a packing solution that delivers optimal performance and efficiency. Contact us today to learn more about our customizable packing materials.
The Bpac Assortment
The Bpac assortment offers a wide range of products and services for the environmental industry. The products are based on experience and best use of polymer materials. At BECAPTURE, we offer different types of products, including versions made from recycled plastics.
Advantages:
- Extensive corrosive resistant performance
- Light weight, easy to assemble on site, easier to perform maintenance and repair.
- The Bpac assortment is made through research and experience.
Structured packing is used in carbon capture systems and is a vital unit for separating carbon dioxide from flue gases. This type of packing can be made from recycled plastics as an environmentally friendly option. Structured packing is made up of a series of thin, vertical plates or sheets that are arranged in a specific pattern to maximize surface area and promote efficient gas-liquid contact. As gas flows through the packing, it is forced to interact with the liquid phase, which can absorb the carbon dioxide.
The use of recycled plastics in the production of structured packing helps to reduce waste and carbon emissions associated with traditional plastic manufacturing processes. Additionally, the use of structured packing can help to reduce the energy requirements of carbon capture systems, making them more efficient and cost-effective.
Random packings are used in carbon capture systems to increase the surface area of contact between the flue gas and the absorbent. These products can also be made from recycled plastic materials. These packings are designed to create a large number of small spaces within the carbon capture system, allowing the gas to flow through while the absorbent material captures the carbon dioxide.
Using recycled plastic for the packing is a sustainable option that helps reduce waste and carbon emissions associated with producing new materials. Overall, the use of random packing made from recycled plastic can improve the efficiency of carbon capture systems while also promoting sustainability.
GRP Pover Plates is used in carbon capture systems as protective covers for surfaces that come in contact with corrosive gases or chemicals. These cover plates are made from glass-reinforced plastic, which provides high strength and corrosion resistance while also being lightweight. The cover plates can be designed to fit specific applications and can be easily installed and replaced.
GRP Support Plates is used in carbon capture systems to provide a strong and durable support structure for other system components. These support plates are made from glass-reinforced plastic, which provides high strength and corrosion resistance while also being lightweight. The support plates can be designed to fit specific applications and can be easily installed and replaced. Overall, GRP support plates offer a strong and cost-effective solution for supporting components in carbon capture systems.
Demisters for carbon capture systems work to remove liquid droplets from the gas stream, using a mesh or series of plates to capture and collect the liquid. These products can be manufactured by using recycled plastic materials which reduces waste and the carbon footprint associated with producing products. Recycled plastic demisters can be designed to fit specific applications and can be easily installed and replaced.
GRP Grating is used as a lightweight, durable, and sustainable solution for covering walkways, platforms, or other surfaces. The grating is made from composite materials and consists of a network of interlocking fiberglass bars or panels. The grating is designed to be slip-resistant and can withstand harsh environments while also being easy to install and maintain.
Distribution systems evenly distributes water, solvents or other liquids over a bed of solid sorbent material. The design can vary, but it typically consists of a spray nozzle or perforated plate that distributes the liquid over the surface of the sorbent bed. These products are engineered and made to meet specified requests.
GRP (Glass Reinforced Plastic) Pipes made from composite materials can be used in carbon capture systems to transport water, gases and liquids. The pipes are made with reinforced glass fibers to provide a lightweight, yet durable and strong material. GRP pipes are also resistant to corrosion and can withstand harsh environments, making them a practical option for use in carbon capture systems.
The pipes follow standard dimensions but can also be designed to fit specific applications. GRP pipes are easy to install and maintain. Overall, using GRP pipes provides a sustainable and cost-effective solution for transporting gases and liquids in carbon capture systems, promoting sustainability and system efficiency.
There are several accessories for carbon capture systems that can be made from recycled plastic materials, including: ducting, tanks, vessels, fittings, connectors , and flanges.
Overall, using recycled plastics to produce these accessories for carbon capture systems promotes sustainability by reducing waste and the carbon footprint associated with producing new materials, while also providing a practical and efficient solution for the carbon capture system.