Due to the Philippines, Indonesia and other places of origin production of coconut shell raw materials to reduce, as well as shipping obstacles and other issues affecting the arrival of carbonised material, resulting in an increase in the price of raw materials.
First of all, thank you for your company's trust and support of our company, due to the price of raw material of carvão ativado de casca de coco keep increasing, in line with the integrity of service, cooperation and win-win business philosophy, the company decided to do price adjustment, one ton increase 40-50usd based on original price per ton.
We hope that customers will understand and support this price adjustment, and we look forward to continuing cooperation with you, and wish you good luck.
There are thousands of activated carbon models in the world, how to differentiate between them? This article classifies activated carbon in detail to help you choose the right activated carbon more quickly and accurately. Activated carbon can be categorised according to its raw materials, forms and uses. Here are some common types of activated carbon:
Made from coal as raw material, coal raw material can be divided into bituminous coal and anthracite. The places of origin include Xinjiang, Shanxi and Ningxia in China. Coal from different origins has different advantages, and the indexes of the activated carbon produced are also different. Huamei Activated Carbon can blend raw materials from different origins according to the specific needs of customers to produce activated carbon that meets the requirements.
Direct coal based granular Activated Carbon: Due to the different origins of coal, the indexes of activated carbon produced are also different. For example, activated carbon produced with Shanxi coal has high strength but also high ash content; activated carbon produced with Xinjiang coal has low ash content but low strength. HUAMEI Activated Carbon blends raw materials according to customer requirements to produce granular activated carbon with low ash and high strength, which is suitable for water treatment, air treatment and other liquid phase treatment.
Agglomerated Activated Carbon: Adopting Calgon's production technology, we produce agglomerated activated carbon with high molasses value, which is suitable for food and beverage decolourisation.
Column Crushed Granular Activated Carbon: The original column carbon is crushed and sieved into granular activated carbon of specified size. It is characterised by high CTC and high butane adsorption value, and is suitable for special fields such as automobile carbon canisters.
Anthracite columnar/pellet activated carbon: Ningxia anthracite is the best raw material for producing columnar activated carbon, which produces activated carbon with high strength, low ash content, high CTC, high bulk density, and the best effect in gas phase adsorption.
Bituminous coal columnar activated carbon: activated carbon produced by bituminous coal has medium and large pores, slightly lower strength, slightly higher ash, lighter bulk density, but the molasses value and methylene blue value are higher, and the decolourisation effect is remarkable.
After carbonazition and activation of raw coal, grinding powder to 200 mesh or 325 mesh, suitable for sewage treatment and waste incineration field.
Made from coconut shell, coconut shell is mainly from Hainan, China, Indonesia and Davao, Philippines. Coconut shell production in Hainan, Huamei Activated Carbon imports coconut shell carbonised material from Indonesia and the Philippines in order to produce high quality coconut shell activated carbon.
Carvão activado granular de casca de coco: with a strength of up to 99% and ash content as low as 2%, it is mainly used in gold refining and drinking water industry.
Coconut shell columnar activated carbon: CTC80-100, strength 98%, ash content below 8%, mainly used in solvent recovery field.
Coconut shell powdered activated carbon: mainly used in food addition and other fields.
Wood powdered activated carbon: wood chips as raw material, powdered activated carbon produced by phosphoric acid method, mainly used for food and beverage decolourisation.
Wooden columnar activated carbon: used for solvent recovery and gas treatment.
Silver-impregnated carbon: It is mainly used to carry 0.1-0.3% silver in coconut shell granular carbon, and is mainly used to improve the taste of drinking water.
Acid washing carbon: mainly used to reduce the ash content of activated carbon and improve its purity.
Impregnated carbon: for example, impregnated with potassium hydroxide, impregnated with phosphoric acid, impregnated with PTFE and other agents, in order to improve the adsorption capacity of a certain gas.
Sulphur-carrying carbon: mainly used to remove mercury vapour.
These categorisations help to choose the right activated carbon for specific needs to achieve the best use. If you have specific needs or questions about a particular type of activated carbon, please feel free to inquire further.
From 3 June to 5 June 2024, Empresa de carvão ativado Huamei participated in the International Water Exhibition in Shanghai. This fair is a great event for the water treatment industry, bringing together manufacturers of water filter cartridges, activated carbon, and other water treatment materials from all over the world.
The main product areas include activated carbon for water treatment, activated carbon for gold refining, food grade activated carbon, activated carbon for air purification, water treatment technology, wastewater treatment and drainage systems, industrial water treatment, and more!
During the 3-day exhibition, our company displayed our high-quality activated carbon products, which received wide attention and favorable comments from customers from different countries and regions due to the excellent performance and good price of our carbon. During the exhibition, we had in-depth communication with many water treatment cartridge manufacturers and water treatment material manufacturers to discuss industry trends and technological innovations.
Our professional sales team patiently answered all questions from customers and introduced the advantages and application areas of our act
ivated carbon in detail. Through face-to-face communication, we not only enhanced our customers' understanding of our products but also established good cooperation intentions.
we also had business meetings with several customers and had dinner together. This not only deepened the relationship between us and our customers but also laid the foundation for future cooperation. We expect to continue to participate in future fairs to further enhance our market competitiveness and provide our customers with better-quality products and services.
If you have requirements for activated carbon, please fill out the form below and we will reply to you within 2 hours.
Prepare the Tank: Ensure that the activated carbon tank is clean, dry, and free from any contaminants or debris.
Safety Precautions: Follow safety protocols, such as wearing appropriate personal protective equipment (PPE) like gloves and goggles.
Check the Carbon Quality: Verify that the activated carbon to be filled meets the required specifications and standards.
Fill the Tank: Use appropriate equipment, such as a conveyor or auger system, to fill the activated carbon into the tank. Ensure a uniform and even distribution of carbon within the tank.
Monitor Levels: Keep track of the carbon levels in the tank to prevent overfilling.
Safety Precautions: Before discharging, ensure that the tank is depressurized, and all safety measures are in place.
Select Discharge Method: Depending on the application and setup, choose an appropriate method for discharging the activated carbon. This could include gravity discharge, pneumatic conveying, or mechanical extraction.
Control Discharge Rate: Use control valves or mechanisms to regulate the rate of discharge, ensuring a controlled and steady flow of carbon.
Collect Discharged Carbon: Have a collection system in place to gather the discharged activated carbon for disposal or further processing.
Clean the Tank: After discharging, clean the tank thoroughly to remove any remaining carbon or residues.
Conveyor Systems: Use conveyor belts or auger systems for filling and discharging activated carbon, ensuring efficient and controlled movement.
Control Valves: Install control valves at inlet and outlet points to regulate flow rates during filling and discharge operations.
Monitoring Equipment: Use sensors or monitoring devices to track carbon levels, pressure, and other parameters during operations.
Safety Equipment: Provide safety equipment such as emergency stop buttons, pressure relief valves, and ventilation systems to ensure safe handling of carvão ativado.
Maintenance and Inspection: Regularly inspect and maintain equipment to ensure optimal performance and safety standards.
By following these instructions and using the appropriate supporting equipment and procedures, you can effectively fill and discharge activated carbon tanks in your application.
