FAQ's
Frequently Asked Questions
Carbelim Living Wall Panel™ (LWP)
A living wall panel is a modular system that incorporates micro- algae into vertical indoor spaces. Unlike traditional green walls, which often require extensive installation and maintenance, living wall panels are pre-assembled and easier to install.
Living walls offer numerous benefits, including improved air quality, enhanced aesthetics, reduced noise pollution, increased property values, and improved mental well-being.
Living walls can significantly improve indoor air quality by absorbing pollutants, releasing oxygen, and capturing indoor CO2 this helps to improve the Indoor Air Quality
Yes, living walls can effectively reduce dust pollution by absorbing particulate matters.
The Carbelim LWP is designed for low maintenance, requiring minimal care and attention.
The Carbelim LWP stands out due to its innovative use of microalgae technology, which enhances air purification and carbon sequestration. It also offers a modular design for easy installation and customization.
The Carbelim LWP promotes sustainability by improving indoor air quality, reducing reliance on artificial air purification systems, and contributing to a greener environment.
Yes, the Carbelim LWP is designed to thrive in various lighting conditions, including low-light environments. Carbelim LWP is having inbuilt growlight mechanism.
The Carbelim LWP is versatile and can be installed in a wide range of buildings, including residential homes,offices, hospitals, and commercial spaces.
The lifespan of the Carbelim LWP depends on factors such as maintenance and environmental conditions. With proper care, it can last for several years.
The Carbelim LWP effectively removes pollutants (PM 1, PM 2.5, PM 10), including volatile organic compounds (VOCs), CO, NO2, dust, and allergens, from the indoor air. It also releases oxygen, creating a healthier breathing environment.
Yes, the microalgae in the Carbelim LWP produce oxygen through photosynthesis, contributing to improved indoor air quality.
The Carbelim LWP can help maintain optimal humidity levels indoors, preventing dryness and discomfort.
Yes, the Carbelim LWP offers customizable options to fit various spaces and design preferences.
While professional installation is recommended for larger installations or complex designs, the Carbelim LWP is designed for easy DIY installation for smaller projects in Homes and Offices.
To install a Carbelim Living Wall Panel™ (LWP), you will need a space that accommodates the panel’s dimensions. The standard size of the LWP is:
- Height: 260 cm
- Length: 180 cm
- Width: 40 cm
Ensure that the installation area allows for these dimensions, including any necessary clearance for proper ventilation and access to maintenance areas. The panel’s design is adaptable for both residential and commercial settings, providing flexibility in integration with your existing space.
The Carbelim Living Wall Panel™ (LWP) is designed for minimal maintenance, ensuring convenience and efficiency. The primary maintenance task involves:
- Biomass Removal: Once a month, you’ll need to remove the accumulated biomass from the filter. This process is quick and straightforward, typically taking about 5 minutes.
Regular checks and minor upkeep ensure optimal performance and longevity of the panel. The LWP’s advanced technology is engineered for ease of use, making it a practical solution for enhancing indoor air quality with minimal intervention.
The watering frequency for the Carbelim LWP depends on factors such as indoor humidity and temperature.Generally, may need top up watering once or twice in a month is sufficient.
Carbelim offers a one year warranty on its LWP products. Please contact us for specific warranty details.
Carbelim Box™
The Carbelim Box™ is an advanced air purification and carbon capture system designed to integrate with HVAC systems or direct air capturing and converting carbon emissions and other pollutants into biomass, resulting in cleaner air and reduced greenhouse gas emissions.
The ClimaCell™ and Carbelim Box™ are both systems designed to capture and reduce carbon emissions, but they differ significantly in their approach and capabilities.
ClimaCell™
- Comprehensive system: Combines pre-cooling and carbon capture functions.
- Scalability: Highly adaptable to various capacities, making it suitable for large-scale industrial applications.
- Installation: Requires specific site conditions due to underground components.
- Focus: Primarily designed for capturing flue gases emission directly from industrial processes and converting to fresh oxygen.
Carbelim Box™
- Specialized unit: Primarily focused on direct air carbon capture and HVAC emission conversion
- Capacity: Limited compared to ClimaCell™.
- Portability: Designed for easy transportation and deployment in different locations.
- Application: Versatile, suitable for both direct air capture and treating HVAC emissions.
In essence, ClimaCell™ is a more flexible and powerful system tailored for industrial settings, while Carbelim Box™ offers a portable solution for smaller-scale carbon capture applications. The optimal choice between the two depends on factors such as the volume of emissions, desired carbon capture rate, available space, and budget constraints.
The Carbelim Box™ captures CO₂, carbon monoxide (CO), nitrogen dioxide (NO₂), particulate matter (PM2.5, PM10), and other harmful gases, effectively purifying the air.
The Carbelim Box™ uses micro-algae photobioreactors to convert captured CO₂ into oxygen and biomass through a process that mimics natural photosynthesis.
The Carbelim Box™ is a highly adaptable carbon capture solution. Its compact design, often housed within a standard 40-foot shipping container, allows for installation in a wide range of environments.
Urban Areas
- Parking lots: Efficient use of underutilized space.
- Rooftops: Maximize urban space while reducing carbon footprint.
- Parks and green areas: Enhance environmental sustainability and community engagement.
Industrial Settings
- Factory premises: Directly capture emissions at the source.
- Industrial parks: Centralized carbon capture for multiple facilities.
Public Spaces
- Hospitals and schools: Improve air quality and promote sustainability education.
- Government buildings: Demonstrate a commitment to environmental responsibility.
Other Locations
- Residential areas: With appropriate zoning, Carbelim Box™ can be installed in community spaces or individual homes.
- Remote Polluted locations: Ideal for direct air capture in areas with limited infrastructure.
- Marine environments: On ships or offshore platforms to reduce maritime emissions.
This versatility, combined with its modular design, makes the Carbelim Box™ a flexible and effective tool for addressing carbon emissions in various sectors.
Yes, the Carbelim Box™ is designed for minimal energy consumption, and it can be powered by renewable energy sources like wind and solar panels.
Absolutely. The Carbelim Box™ helps industries meet stringent air quality regulations by significantly reducing emissions and pollutants.
The Carbelim Box™ is designed to significantly enhance air quality by:
- Capturing pollutants: The system efficiently captures harmful pollutants, such as particulate matter, volatile organic compounds (VOCs), and greenhouse gases, from the air.
- Filtering and purifying: Through advanced filtration processes, the Carbelim Box™ removes these contaminants,delivering cleaner and healthier air.
- Reducing carbon emissions: By capturing carbon dioxide, a primary greenhouse gas, the Carbelim Box™ contributes to mitigating climate change and improving overall air quality.
- Improving air quality: When used in polluted environments, the Carbelim Box™ effectively eliminates pollutants, creating a healthier atmosphere for occupants.
By implementing Carbelim Box™ technology, individuals and organizations can make a substantial contribution to improving air quality and creating a cleaner, more sustainable environment.
The Carbelim Box™ is suitable for commercial buildings, industrial facilities, urban and smart cities, educational institutions, healthcare facilities, and residential complexes.
Carbelim Boxl™ can easily integrate with existing HVAC systems exhaust lines, for capturing directly the emission enhancing the efficiency of air purification and carbon capture processes.
Yes, the Carbelim Box™ is built to withstand various environmental conditions, including extreme temperatures, ensuring reliable operation.
The Carbelim Box™ contributes to a reduction in greenhouse gas emissions, improves air quality, and supports sustainable environmental management.
The Carbelim Box™ is housed in refurbished shipping containers and can be easily installed with minimal modifications to existing infrastructure.
The Carbelim Box™ requires regular monitoring and occasional servicing to maintain optimal performance, which can be managed through built-in real-time monitoring systems.
By reducing carbon emissions and purifying air, the Carbelim Box™ supports sustainable urban development and helps mitigate the urban heat island effect.
The Carbelim Box™ improves public health, enhances workplace productivity, supports job creation, and contributes to economic efficiency and environmental compliance.
Yes, the Carbelim Box™ can be customized to meet the specific needs of different industries and applications, ensuring maximum efficiency and effectiveness.
Micro-algae in the Carbelim Box™ capture and convert CO₂ into oxygen and biomass, making it a key component in the system’s carbon capture and air purification process.
The Carbelim Box™ is equipped with sensors that continuously monitor air quality and system performance, allowing for real-time adjustments and optimization.
Yes, the Carbelim Box™ is suitable for residential complexes, especially in green building projects, where it promotes healthy living environments.
With proper maintenance, the Carbelim Box™ is designed to have a long operational lifespan, providing consistent air purification and carbon capture for many years.
By reducing carbon emissions and improving air quality, the Carbelim Box™ helps companies meet sustainability targets and demonstrate environmental responsibility..
For more information or to inquire about purchasing the Carbelim Box™, please contact us through our website or reach out to our sales team directly.
Yes, the Carbelim Box™ is customizable to meet the unique needs of various industries, including commercial buildings, industrial facilities, and urban environments.
The Carbelim Box™ is compact, housed in two refurbished shipping containers, making it portable and adaptable for various applications.
Installation is straightforward, requiring minimal modifications to existing infrastructure. Carbelim provides full support during the installation process.
Yes, the Carbelim Box™ is designed to function efficiently across a wide range of environmental conditions. The Carbelim Box™ is specifically engineered to handle extreme climates.
Yes, the organic matter generated by the Carbelim Box™ can be repurposed into various sustainable products. Potential applications include aquaculture feed, bioplastics, biofuels, cosmetics, and pharmaceuticals, further contributing to a circular economy.
Each Carbelim Box™ unit can capture up to 2 tons of carbon, depending on the specific application and operating conditions.
Industries such as commercial real estate, manufacturing, urban planning, healthcare, education, and residential developments can benefit significantly from the Carbelim Box™.
The ROI includes compliance with environmental regulations, improved employee productivity, and enhanced brand reputation as a sustainable business.
Yes, the Carbelim Box™ is scalable and can be customized to meet the needs of large industrial or commercial projects.
Depending on your location, there may be government incentives, tax credits, or grants available for investing in sustainable technologies like the Carbelim Box™.
The Carbelim Box™ addresses critical environmental challenges with innovative technology, offering substantial market potential in carbon capture, air purification, and sustainability sectors.
ClimaCell™
ClimaCell™ is a revolutionary technology that combines climate battery technology and advanced micro-algae photobioreactors to purify industrial flue gases, capture carbon emissions, and produce valuable biomass.
ClimaCell™ utilizes micro-algae within photobioreactors to absorb harmful gases like CO2, CO, NO2, and particulate matter. These micro-algae convert these pollutants into clean air and oxygen through photosynthesis.
The climate battery technology, or Earth Recharge,pre-cools hot flue gases using underground terracotta tubes before entering the purification process. This energy-efficient method reduces the need for traditional cooling systems.
The micro-algae in ClimaCell™ absorb CO2 during photosynthesis and convert it into biomass, effectively capturing and storing carbon.
The harvested biomass can be repurposed into various sustainable products such as feed, biofertilizers, biofuels, or bioplastics.
ClimaCell™ helps reduce air pollution, mitigates climate change by capturing carbon emissions, and promotes a circular economy through biomass utilization.
Yes, ClimaCell™ is versatile and can be applied to various industries including manufacturing and production
Yes, ClimaCell™’s climate battery technology reduces energy consumption compared to traditional cooling methods, making it an energy-efficient solution.
By removing harmful pollutants from flue gases, ClimaCell™ significantly enhances air quality in the surrounding environment.
Absolutely, ClimaCell™ aligns with sustainability objectives by reducing emissions, conserving energy, and promoting resource circularity.
ClimaCell™ stands out by combining biological and thermal processes for a comprehensive and sustainable approach to air purification and carbon capture.
ClimaCell™ can be installed on rooftops or in close proximity to industrial facilities,offering flexibility in deployment.
ClimaCell™ requires regular monitoring and maintenance of the photobioreactors.
The purification time depends on factors like flue gas volume and pollutant concentration. ClimaCell™ offers continuous air purification.
Yes, ClimaCell™ can be scaled to accommodate different industrial capacities and air purification needs.
ClimaCell™ helps businesses comply with environmental regulations,reduce operational costs, and enhance their brand image as environmentally responsible companies.
The initial investment for ClimaCell™ depends on the system’s size and complexity, but it often leads to long-term cost savings.
Yes, the biomass produced by ClimaCell™ can be sold as a valuable product, generating additional revenue streams.
ClimaCell™ promotes a circular economy by transforming waste products (flue gases) into valuable resources (biomass).
ClimaCell™ is continually evolving, with potential advancements in micro-algae strains, photobioreactor efficiency, and integration with renewable energy sources.
By capturing and storing carbon emissions, ClimaCell™ plays a crucial role in mitigating climate change.
Yes, ClimaCell™ can help create sustainable cities by improving air quality, reducing carbon footprint, and promoting resource efficiency.
ClimaCell™ supports global sustainability initiatives by addressing climate change, air pollution, and resource management challenges.
Carbelim PURE AIR STOP™
The PURE AIR STOP™ utilizes advanced wall fixed photobioreactors that house micro-algae. These micro-algae absorb harmful pollutants like CO₂, NO₂, and particulate matter from the surrounding air and convert them into oxygen through photosynthesis, creating a clean and oxygen-rich environment.
The PURE AIR STOP™ effectively removes common air pollutants including carbon dioxide (CO₂), nitrogen dioxide (NO₂), and particulate matter (PM).
The purification process is continuous.The PURE AIR STOP™ constantly captures and removes pollutants, providing a steady supply of clean air.
The PURE AIR STOP™ features a modern and sleek design with transparent panels that showcase the algae growing process. It is designed to blend into urban environments while offering a visually appealing aesthetic.
Yes, the PURE AIR STOP™ is equipped with an energy-efficient air conditioning system to provide a comfortable environment for commuters.
The PURE AIR STOP™ offers several benefits, including improved air quality, a healthier environment for commuters, reduced exposure to harmful pollutants, and a more pleasant waiting experience.
The PURE AIR STOP™ is designed with sustainability in mind. It can use renewable energy to power the photobioreactors and employs energy-efficient air conditioning, reducing its environmental impact.
The PURE AIR STOP™ can be installed in various locations,including bus stops, train stations, and other public areas with high foot traffic.
Monthly two times maintenance is required to ensure optimal performance. This includes cleaning the photobioreactors and monitoring the micro-algae population.
The installation time depends on the specific location and size of the PURE AIR STOP™. However, the process is generally efficient and designed to minimize disruptions.
By providing clean air and reducing exposure to pollutants, the PURE AIR STOP™ contributes to improved respiratory health and overall well-being for commuters.
The PURE AIR STOP™ helps combat air pollution by removing harmful gases from the atmosphere, contributing to a cleaner and healthier environment.
By capturing CO₂, the PURE AIR STOP™ plays a role in mitigating climate change.
Yes, the PURE AIR STOP™ is completely safe for the public. The micro-algae used in the photobioreactors are non-toxic and pose no harm to humans or the environment.
Carbelim Tree™
The Carbelim Tree is an innovative air purification system that utilizes algae to capture and convert carbon dioxide (CO2) into oxygen. It’s designed to be a sustainable and efficient solution for improving air quality in urban environments.
The Carbelim Tree houses micro-algae within photobioreactors. These algae actively absorb CO2 from the surrounding air and convert it into oxygen through photosynthesis.
- The Carbelim Tree is significantly more efficient than traditional trees, micro-algae is capable of capturing CO2 up to 400 times faster.
In addition to CO2, the Carbelim Tree can also remove other harmful pollutants such as particulate matter and heavy metals from the air.
The process of photosynthesis, powered by sunlight or artificial light, enables the algae within the Carbelim Tree to release oxygen as a byproduct of carbon dioxide absorption.
The Carbelim Tree stands at 3 meters tall with a base radius of 2 meters, providing a compact yet effective solution for various urban spaces.
The Carbelim Tree is versatile and can be deployed in a wide range of locations, including bus terminals, airports, railway stations, and other public areas such as walkways, parks, roundabouts etc
While sunlight is optimal, the Carbelim Tree is equipped with artificial grow lights(Indoor option is available ) to ensure continuous operation, even in low-light conditions.
The Carbelim Tree requires bi-monthly maintenance, including monitoring algae growth, monitor the photobioreactors, and replenishing nutrients. However, this is typically a low-maintenance system.
Yes, the exterior of the Carbelim Tree can be customized to match the aesthetic of the surrounding environment.
The Carbelim Tree promotes sustainability by capturing carbon dioxide, improving air quality, and potentially producing valuable biomass byproducts.
The Carbelim Tree is designed with a focus on minimizing its environmental footprint throughout its lifecycle, from production to operation.
By removing harmful pollutants from the air, the Carbelim Tree significantly enhances air quality, creating a healthier environment for people.
Yes, the Carbelim Tree plays a role in mitigating climate change by capturing and storing carbon dioxide.
The long-term benefits include improved air quality, reduced carbon emissions, and a positive impact on public health and well-being.
The Carbelim Tree utilizes advanced photobioreactor technology to cultivate algae and capture carbon dioxide efficiently.
The Carbelim Tree offers a unique and sustainable approach to air purification by combining nature-inspired technology with modern engineering.
The lifespan of a Carbelim Tree depends on various factors, including maintenance and environmental conditions. However, it is designed for long-term durability.
Yes, primarily designed for indoor and outdoor use, the Carbelim Tree can be adapted for any indoor applications as well as outdoor application.
Yes, ongoing research and development are focused on enhancing the Carbelim Tree’s capabilities, such as increasing its carbon capture efficiency and exploring new applications for its biomass.
The Carbelim Tree provides a visually appealing and functional addition to public spaces, offering clean air, seating, and a sense of well-being.
Yes, the Carbelim Tree can be incorporated into commercial spaces such as shopping malls, offices, shisha clubs, smoking rooms, restaurants and hotels to improve indoor air quality and create a positive image.
The Carbelim Tree aligns with urban sustainability goals by improving air quality, reducing carbon emissions, and enhancing the overall quality of life for city dwellers.
Yes, the Carbelim Tree can be used as an educational tool to teach about sustainability, environmental science, and the importance of air quality.
To inquire about customization and purchasing a Carbelim Tree, please contact us directly for information on availability and pricing.
Carbelim BIOFEED REACTOR™
The Carbelim BIOFEED REACTOR™ is an advanced micro-algae bioreactor system designed to capture industrial CO2 emissions and convert them into sustainable biomass, which can be used as a nutrient-rich feed for various industries.
The reactor is integrated directly with industrial emission sources, where it captures CO2 from flue gas exhausts before it is released into the atmosphere. also it can capture CO2 from direct air.
Any small or large production facility can benefit from the BIOFEED REACTOR™.
The BIOFEED REACTOR™ utilizes specially cultivated microalgae that absorb CO2 through photosynthesis, converting it into organic biomass.
The primary output is a nutrient-rich biomass that can be processed into sustainable feed for aquaculture, livestock, and other applications.
The reactor reduces industrial carbon footprints by capturing and repurposing CO2 emissions, contributing to lower greenhouse gas levels and promoting the circular economy.
Yes, the BIOFEED REACTOR™ can be tailored to meet the specific CO2 capture needs and output requirements of different industries.
The system requires regular monitoring and maintenance, including cleaning, algae cultivation management, and component checks to ensure optimal performance.
The biomass is harvested through an automated process that collects the mature microalgae, which is then processed to extract valuable nutrients.
The biomass can be processed into high-quality, nutrient-rich feed for aquaculture, poultry, livestock, and even as a component in vegan food products.
The system is designed to minimize waste, with most byproducts being repurposed or safely managed within the circular process.
The BIOFEED REACTOR™ is engineered to operate efficiently, with energy consumption optimized to balance between CO2 capture and biomass production.
Yes, oxygen produced as a byproduct of photosynthesis is released and can improve air quality around the industrial site.
Results, such as significant CO2 reduction and biomass production, can typically be observed within weeks of operation, depending on the scale and setup.
The system includes real-time sensors and monitoring equipment to track CO2 levels, temperature, nutrient concentration, and overall reactor performance.
Yes, the BIOFEED REACTOR™ is modular and can be scaled to meet the specific needs of various industrial applications.
Installation typically requires integration with existing emission systems, space for the bioreactor units, and connections for utilities such as water and power.
The BIOFEED REACTOR™ is designed to be a cost-effective solution by turning waste CO2 into valuable feed, which can offset operational costs and provide additional revenue streams.
Carbelim provides comprehensive training for operators, covering system operation, maintenance, and optimization to ensure effective use of the BIOFEED REACTOR™.
By capturing CO2 and converting it into a useful product, the BIOFEED REACTOR™ helps industries meet sustainability targets, reduce emissions, and support the circular economy.
Yes, the BIOFEED REACTOR™ is designed to integrate seamlessly with a wide range of industrial systems, making it easy to adopt without significant modifications.
The system is built for long-term use, with a robust design and high-quality materials that ensure durability and reliability over time.
Yes, the BIOFEED REACTOR™ is adaptable to various environmental conditions and can be adjusted to maintain optimal performance in different climates.
The payback period can vary depending on the scale of implementation and industry, but the ability to convert CO2 into valuable feed can provide a significant return on investment.
For more information or to schedule a consultation, please visit the Carbelim website or contact our sales team directly.
Carbelim BioMimetic Facade™ (CBF)
The algae-based system captures CO₂ and uses sunlight to grow algae within photobioreactor panels. This process produces oxygen, reduces heat transfer, and generates biomass.
Yes, CBF is fully modular, allowing customization for panel size, orientation, and integration into existing structures.
Installation costs start at $1,800 per square foot, with an estimated annual maintenance cost of 10% of the installation value.
Absolutely. The system is engineered to withstand high UV exposure and arid conditions.
Maintenance includes panel cleaning, algae harvesting, and system calibration, ensuring smooth operation and optimal performance.