top of page

Rich-Aqua

6 x 16
8 x 12
8 x 16
8 x 20
8 x 30
12 x 30
12 x 40
18 x 40
Iodine Value (Min)
Apparent Density in Kg/m3 (Min.)
Ball Pan Hardness (Min.)
Moisture (Max.)
Ash (Max.)
pH
600
550 - 560
98%
5%
3% - 5%
9 - 11
700
530 - 540
98%
5%
3% - 5%
9 - 11
800
520 - 530
98%
5%
3% - 5%
9 - 11
950
540 - 550
98%
5%
3% - 5%
9 - 11
1000
530 - 540
98%
5%
3% - 5%
9 - 11
1100
510 - 530
98%
5%
3% - 4%
9 - 11
1150
490 - 500
98%
5%
3% - 4%
9 - 11
1300
430 - 450
95% - 98 %
5%
3% - 4%
9 - 11
ASTM D4607
ASTM D2854
ASTM D3802
ASTM D2867
ASTM D2866
ASTM D3838
Iodine Value (Min)
Apparent Density in Kg/m3 (Min.)
Ball Pan Hardness (Min.)
Moisture (Max.)
Ash (Max.)
pH
600
550 - 560
98%
5%
3% - 5%
9 - 11
700
530 - 540
98%
5%
3% - 5%
9 - 11
800
520 - 530
98%
5%
3% - 5%
9 - 11
950
540 - 550
98%
5%
3% - 5%
9 - 11
1000
530 - 540
98%
5%
3% - 5%
9 - 11
1100
510 - 530
98%
5%
3% - 4%
9 - 11
1150
490 - 500
98%
5%
3% - 4%
9 - 11
1300
430 - 450
95% - 98 %
5%
3% - 4%
9 - 11
ASTM D4607
ASTM D2854
ASTM D3802
ASTM D2867
ASTM D2866
ASTM D3838
Coconut Shell Activated Carbon For Water Treatment

Water, essential for life, can also harbor unseen threats when contaminated with pollutants and chemicals. From industrial runoff to agricultural pesticides, the sources of water pollution are diverse and ubiquitous. Even seemingly clear water can hide a cocktail of harmful substances that compromise health and wellbeing.

In untreated water, various chemical levels can surpass safe thresholds, posing serious health risks to those who consume it. For instance, contaminants such as chlorine, volatile organic compounds (VOCs) including benzene,

Activated Carbon For Water Filteration

chlorobenzenes, trichloroethylene, carbon tetrachloride,methylene chloride,vinyl chloride, as well as pesticides like atrazine and glyphosate, and heavy metals like lead and mercury can infiltrate water sources, endangering human health. The World Health Organization (WHO) and Environmental Protection Agency (EPA) have set stringent standards for acceptable levels of these chemicals in drinking water to safeguard public health.

Enter Rich-AQ™ Activated Carbon – your trusted ally in water treatment. Our advanced activated carbon technology is specifically designed to purify water by effectively removing contaminants and impurities.

 

So, how does Rich-AQ™ work its magic?

Rich-AQ™ activated carbon works through a process called adsorption, where contaminants adhere to the porous surface of the carbon material. This unique adsorption mechanism allows Rich-AQ™ to trap and remove a wide range of pollutants from water, including chlorine, VOCs, pesticides, and heavy metals. 

By harnessing the superior adsorption capabilities of Rich-AQ™ activated carbon, you can enjoy clean, refreshing water that meets and exceeds regulatory standards for purity and safety. Say goodbye to concerns about chemical contaminants in your water and hello to peace of mind with Rich-AQ™ Activated Carbon for water treatment.

bottom of page