Primary amines resin Carbon Capture Co2

HAL LAN ™ D303 macroporous primary amines resin, Spherical shape and particle size that permits maximum flow.

HAL LAN ™ D303  primary amines resin use for makes modular Direct Air Capture (DAC) machines that can be connected in large arrays to remove massive amounts of CO2 from the atmosphere.

Macroporous primary amines resin is the ultimate solution for the removal of harsh contaminants from a variety of solutions. It is an advanced, cost effective alternative to conventional activated carbon adsorption. This resin offers an extended lifetime capability, higher adsorption capacity and lower sealant requirements compared to traditional carbon adsorption.

Macroporous primary amines resin is made up of a polymeric backbone with a polyamine attached. The polyamine provides the link between the resin and the adsorbent material. This material attracts the contaminants to the resin, thus allowing for their removal from the solution. Since this type of resin does not have carbon in its formulation, it is often called a non-carbon adsorption medium.

Macroporous primary amines resin is used in a variety of applications, such as wastewater treatment, wastewater contamination removal, industrial process control, ground water remediation and air pollution control. It is especially effective at the removal of volatile organic compounds, heavy metals, dissolved organic matter, sulfides, and chloroalkanes. In addition, it is well suited to removing particles, including surfactants, dyes, and other suspended contaminants.

Macroporous primary amines resin is an efficient, reliable and cost effective means of removing these substances from an aqueous environment. It is available in many different grades, such as low, medium and high molecular weight, and can also be customized according to specific application requirements. It is usually supplied in granular, spherical or annular form, or as a powder or gel.

When working with Macroporous primary amines resin, it is important to consider the pH of the solution and the rate of flow. In general, higher pH values give a higher adsorption capacity, while low pH values will decrease the adsorption efficiency. Additionally, higher flow rates increase the rate of adsorption, while lower flow rates will reduce the adsorption capacity.

When working with Macroporous primary amines resin, it is also important to ensure that the resin’s macropores are adequately arranged and sized. These macropores should be of similar size, shape and distribution to ensure efficient and consistent adsorption of contaminants.

Finally, the contact time between the resin and the solution should be adequate to enable the adsorption of the contaminant molecules. This contact time can range from 1 to 10 minutes, depending on the contaminant and the size of the macropores.

Macroporous primary amines resin is a highly efficient and cost-effective adsorption medium that offers a range of advantages, including extended lifetime capability, higher adsorption capacity and lower sealant requirements. It is an ideal solution for the removal of harsh contaminants from a variety of solutions and is available in many different grades, including low, medium and high molecular weight forms.

Packaging Details & Delivery

a. PE bag (25liters) with pallet
b. PE valve bag (25liters) with pallet
c. Super sack / big bag (1200liters ) with pallet
d. Woven bag lined with plastic bag(25/20kgs)
e. According to users' requirements

Delivery time: Within two weeks after we receive the deposit.

Please pay attention to the followings :
1. Generally, 1x20FCLcontainer can hold 24000 liters, with pallet (48bags/pallet total 20pallets)
2. 1x20FCL containercan hold max 25000 liters, with pallet (50bags/pallet total 20pallets)
3. 1x20FCL container can hold max 30000 liters, without pallet.