Our own regenerable adsorbents based on cerium hydroxide and zeolite remove arsenic, fluorine, boron, iodine, iron, manganese, and ammonia from the water. Offered in bulk filtration form, it is an excellent solution for waterworks, water companies, and other industrial water management service providers. Our adsorbents have all the necessary regulatory approvals for operation and distribution. During cleaning, when the adsorbent has reached the limit of its capacity (3-24 months depending on the water quality), regeneration with commercially available chemicals is necessary (duration: 7 hours). This process takes place in our factory, where the contaminated adsorbent is safely treated. After regeneration, the purified adsorbent is returned to the cleaning technology, reducing the waste generated.
Product benefits:
cerium-based adsorbent resin - flexible use for all waterworks and water industry operators
adsorbent life is 7-10 years
can be regenerated
a cost-effective, environmentally friendly solution
works with water flow
does not change other parameters of drinking water (taste, smell)
can also be fitted as an adapter at the end of an existing technology line
water utility service providers, water technology companies
municipal and industrial wastewater treatment companies
technological water treatment of thermal power plants, mines, and other factories
bottling plants
vegetable, fruit, and food processing industries
ASMET FOR DRINKING WATER TREATMENT
reduces arsenic concentrations below 1 μg/l (WHO standard 10 mg/l)
binds As (III) and As (V) in water
the temperature of the water to be treated must not exceed 50 °C - can also be used in some thermal springs
In contrast to conventional and chemical-intensive arsenic mitigation methods, AsMet is a specially developed filter resin that offers a cost-effective, sustainable, and economical solution for water treatment
FLUMET WASTEWATER TREATMENT
for steel, aluminium, semiconductor and other related industries
pH and redox substances must be controlled by pre-treatment
pH between 3 and 3,5 is optimal
reduce the fluoride ion content of treated water to below 1 mg/l
the maximum fluoride concentration is 30 mg/l
BOMET FOR THE TREATMENT OF DRINKING WATER AND SEAWATER
for the treatment of drinking water and the removal of boron from seawater above the sanitary limit value, which is removed by desalination
best results in boron reduction between 30 and 300 mg/l boron
production of boron-free sea salt
ZMET FOR THE TREATMENT OF DRINKING WATER
made from ground natural zeolite mined in Hungary
for the removal of general cation exchange potential, ammonia, phosphates, iron, manganese, etc.
IOMET FOR DRINKING WATER TREATMENT AND RADIOACTIVE WASTE DISPOSAL
removal of unhealthy levels of iodine in drinking water
removes I-131 radioactive iodine by filtering out radioactive iodine
the adsorbent reduces/ mitigates radioactive contamination of contaminated water
Our last research for CERN was to develop a technology that allows the splices of low-temperature superconducting cables to be in a superconducting state as well, meaning that no voltage is applied to them.