GAIA CARBON
Key Features
| Model | : | Pureo C-100 |
| Origin | : | Malaysia |
| Packing | : | 25 kg/Bag |
| Type | : | Coconut Shell Based Activated Carbon |
| Test Metdod | : | ASTM, unless otderwise stated |
| Moisture | : | max 5% |
| Hardness | : | min 98% |
| Particle Size | : | min 92% |
| Iodine Adsorption | : | 1050 mg/g |
| View More Info | ||
GAIA Carbon
GAIACarbonis a premide activated carbon media engineered for superior water
purification and air treatment applications. Manufactured from high-quality raw
materials such as coconut shell, bituminous coal, or wood, GAIA Carbon
offers exceptional adsorption capacity, durability, and efficiency. It is
designed to remove chlorine, chloramine, organic compounds, color, odor, and a
wide range of chemical contaminants from water and air streams.
Known
for its high surface area, microporous structure, and long service life, GAIA
Carbon provides outstanding performance in residential, commercial, and
industrial filtration systems. It is widely used in drinking water treatment,
wastewater purification, aquarium filtration, industrialprocess water treatment, air purification systems, RO
pre-treatment units.
Overview
Activated
carbon is one of the most effective and versatile adsorbents used in filtration
technology. GAIA Carbon is processed through advanced physical and
chemical activation methods that enhance its internal pore structure and
surface reactivity. This results in a highly porous material capable of
trapping and retaining even the smallest impurities from liquids and gases.
What
sets GAIA Carbon apart is its precise control of pore size distribution,
high mechanical strength, and low ash content. These characteristics ensure
efficient removal of contaminants, minimal dust release, and consistent performance
over long operational cycles.
GAIA
Carbon
is available in various grades, including granular activated carbon (GAC),powdered activated carbon (PAC), and extruded activated carbon (EAC)—each
tailored for specific applications and flow conditions.
Physical and
Chemical Properties
|
Parameter |
Typical Value |
|
Raw Material |
Coconut Shell / Coal
/ Wood |
|
Form |
Granular / Powder /
Extruded |
|
Iodine Number |
900 – 1200 mg/g |
|
Surface Area |
900 – 1100 m²/g |
|
Bulk Density |
0.45 – 0.55 g/cm³ |
|
Moisture Content |
< 5% |
|
Hardness |
> 95% |
|
Ash Content |
< 3% |
|
pH (slurry) |
6 – 8 |
|
Particle Size |
4×8, 8×16, 12×40 mesh
or customized |
|
Effective Temperature |
Up to 80°C |
These
properties ensure that GAIA Carbon provides consistent adsorption, low
pressure drop, and a long operational lifespan.
Working Principle
The
purification process in GAIA Carbon is based on adsorption—a
surface phenomenon where contaminants adhere to the surface of the carbon
particles. The enormous internal surface area of the carbon, made up of
countless micro- and mesopores, captures and holds dissolved organic compounds,
chlorine, and other pollutants.
When
water or air passes through a bed of GAIA Carbon, contaminants are
trapped through physical adsorption and chemical reactions. For
example:
- Chlorine Removal: Chlorine molecules react
with the carbon surface, converting to chloride ions while neutralizing
taste and odor.
- Organic Compound Removal: Volatile organic compounds
(VOCs) and pesticides are captured through surface adsorption.
- Color and Odor Control: Dissolved organic matter
responsible for color and odor is removed, improving the aesthetic quality
of water.
This
dual mechanism ensures that GAIA Carbon effectively purifies water and
air, producing clean, odor-free, and safe results.
Applications
GAIA
Carbon
is versatile and suitable for multiple industries and filtration systems,
including:
- Drinking Water Purification:
Removes chlorine, chloramine, color, odor, and organic impurities from tap and municipal water supplies. - Reverse Osmosis (RO) Pre-Treatment:
Protects RO membranes from chlorine degradation and organic fouling, extending membrane life and improving performance. - Wastewater Treatment:
Adsorbs residual organic compounds, dyes, and toxic chemicals before water discharge or reuse. - Industrial Water
Treatment:
Used in chemical, food, beverage, and pharmaceutical industries to ensure process water purity. - Aquarium and Aquaculture
Systems:
Removes harmful compounds, ensuring a healthy aquatic environment for fish and plants. - Air and Gas Purification:
Eliminates odors, fumes, and volatile organic compounds from industrial exhausts and air purification systems. - Home and Commercial Filters:
Used in carbon block filters, pitcher filters, and inline cartridges to improve taste and safety of drinking water. - Food and Beverage Industry:
Clarifies sugar syrup, edible oils, alcoholic beverages, and juices by removing color and undesirable taste compounds. - Medical and Pharmaceutical
Applications:
Used in gas purification, solvent recovery, and pharmaceutical water treatment systems.
Advantages
of GAIA Carbon
- High Adsorption Capacity:
Superior pore structure ensures maximum contaminant removal. - Natural and Eco-Friendly:
Derived from renewable resources like coconut shells and processed using environmentally safe methods. Excellent Chlorine and Odor Removal:
Efficiently removes chlorine and organic odors, improving water taste and safety.- Long Service Life:
High hardness and low attrition loss allow extended usage before replacement. - Wide pH Range Compatibility:
Works effectively across a broad pH range (4–10), making it suitable for diverse applications. - Low Dust and Clean Handling:
Processed with dust-removal techniques for cleaner operation and reduced post-installation flushing. - Customizable Grades:
Available in multiple mesh sizes and activation types to suit specific filtration needs. - Economical Operation:
Reduces chemical treatment requirements and operational costs through high efficiency and long lifespan. - Safe and Reliable:
Meets international standards for water and food contact applications.
Installation
and Operation Guidelines
- Pre-rinse Before
Use: Always rinse or backwash GAIA Carbon before installation to
remove any fine carbon dust.
- Flow Rate: Maintain recommended
contact time for optimal adsorption—typically 5–15 minutes depending on
the system design.
- Pressure Drop: Ensure even flow
distribution to prevent channeling or clogging.
- Replacement: Replace or regenerate media
once breakthrough of taste, odor, or chlorine occurs.
- Regeneration: In certain
industrial applications, GAIA Carbon can be thermally regenerated for reuse.
Storage and
Handling
- Store in a cool, dry, and
ventilated area, away from direct sunlight or moisture.
- Keep packaging sealed to
prevent contamination and moisture absorption.
- Avoid inhaling carbon dust;
use gloves and masks during handling.
- Dispose of spent carbon in
accordance with local environmental regulations.
Quality and
Certifications
GAIA
Carbon
is manufactured under strict ISO 9001:2015 quality management systems
and tested to meet international standards, including:
- NSF/ANSI Standard 61 for drinking water system
components.
- AWWA B604 for granular activated carbon. EN 12915-1 & 2 for carb
Each
batch undergoes rigorous testing for iodine number, surface area, hardness,
moisture content, and ash levels to ensure consistent quality and performance.
Conclusion
GAIA
Carbon
stands as a trusted and high-performing activated carbon solution for water and
air purification. Its superior adsorption capacity, physical strength, and chemical
stability make it an ideal choice for a wide variety of filtration
applications.
Whether
used in municipal water treatment, industrial filtration, or domesticpurification systems, GAIA Carbon delivers clean,
By
choosing GAIA Carbon, users benefit from high-quality purification,
extended system life, and improved water aesthetics—making it the preferred
choice for industries and households seeking reliable and eco-friendly
filtration media.
| Model | Pureo C-100 |
|---|---|
| Origin | Malaysia |
| Packing | 25 kg/Bag |
| Type | Coconut Shell Based Activated Carbon |
| Test Metdod | ASTM, unless otderwise stated |
| Moisture | max 5% |
| Hardness | min 98% |
| Particle Size | min 92% |
| Iodine Adsorption | 1050 mg/g |
| Bulk Density | 0.45-0.55 g/ltr |
| Ash | max 3% |
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