Technology
NORE CARBON
What is activated carbon?
When it comes to innovation and quality in the production of activated carbon, our products proudly stand out as a leading and effective choice. We utilize coconut shells as a primary raw material, distinguished by their high density and hardness, to deliver unparalleled activated carbon products to our customers.
Coconut shell activated carbon manufacturer and distributor for water treatment, catalysts, biofuel, gold recovery and wash solutions. Providing you with cost effective solutions as well as customized services.
Wyatt Morris,
Director
Why Choose Us
Specialization in Coconut Shell Activated Carbon:
We take pride in our unique specialization in exclusively producing activated carbon made from coconut shells. This focused approach ensures our customers receive the highest possible quality, as the shells are carefully selected and used to meet the highest standards.
Activated Carbons
Activated Carbons have many different uses from filtration to purification and beyond. Here we take a look at some of those applications across the many markets our carbon products are used in and explain how they work, follow the feed for regular updates on all things Carbon.
High Density Active Carbon:
High Density: Coconut shells boast high density, making them ideal for use in activated carbon production.
Exceptional Hardness:
Exceptional Hardness: The exceptional hardness of coconut shells enhances the strength and durability of the final product.
Environmental Sustainability:
Being a natural raw material, coconut shells reflect our commitment to sustainability and environmental protection.
Absorption
Activated carbon made from coconut shells has a very large surface area that helps absorb chemical elements
NORE CARBON
How is activated carbon used?
How is activated carbon used?
How an activated carbon is used depends very much on the application duty, and its form. For example, powdered activated carbon (PAC) is used to treat drinking water, by simply adding the required amount directly to the water and then separating the resulting coagulation matter (as well as other solids) before sending the treated water to the network. The contact with the organics present results in adsorption of them and the purification of the water.
Granular carbons (or extruded pellets) are used in fixed filter beds, with the air, gas or liquid passing through it with a determined residence (or contact) time. During this contact the unwanted organics are removed and the treated effluent is purified.
Features / 01
Cyanotoxin Removal from Drinking Water
The issue of cyanotoxins in drinking water, while not new, has increased in visibility and importance over the last few years. Jacobi offers a variety of products in our Active carbon family of carbons to help water utilities deal with this challenge. Formed by a combination of weather conditions, agricultural runoff, and other factors, harmful algal…
Features / 02
Taste & Odour Reduction
Features / 03
Corrosion Prevention
Solutions using activated carbon for systems susceptible to corrosion Activated carbon can be used in corrosion prevention to help protect systems and piping from corrosive chemical species. Often these chemicals are small, inorganic in nature and as such can be problematic for physical adsorption by activated carbon. This is done by using impregnated grades
Features / 04
Edible Oil Purification
Activated carbon proves to be up to the challenge of the removal of polycyclic aromatic hydrocarbons PAH’s) in edible oils. Activated Carbon is widely used in the purification of edible oils from a variety of raw materials, including palm, olive, coconut and rape seed sources.
Features / 05
Air Filter Applications Involving Activated Carbon
Air filters are designed to remove unwanted compounds from the air we breathe. Whether the desire for removal is aesthetic (odour reduction), health-based, or process-driven, there are numerous activated carbon products that will fit this application.
Features / 06
Chloramines
Chloramines are increasingly recognised as a viable alternative to traditional chlorine compounds to provide a sterilising effect in potable water. However, the inadvertent formation of chloramines can cause significant concern when appropriate measures are not in place to manage their deleterious effects.
