Tulsion® T-46                                       ISO-9001/ISO-14001/OHSAS-18000  

STRONG ACID CATION EXCHANGE RESIN NUCLEAR GRADE

Tulsion® T-46 FM is a specially developed premium grade strongly acidic cation exchange resin containing nuclear sulphonic acid groups with excellent physical and chemical stability for use in the nuclear industry.

Tulsion® T-46 FM is primarily used for purification of reactor coolant water and moderator in nuclear power station plants to keep corrosion products to the minimum and thus protect the heat transfer surfaces from scaling and corrosion.

Tulsion® T-46 FM is supplied in hydrogen, lithium and ammonium forms to facilitate control of the pH of coolant water at a value that would result in practically negligible attach on metal surface by the coolant water.

Tulsion® T-46 FM is manufactured under the most stringent quality controls to ensure minimal metallic impurities esulting in the highest purity of the ionic form supplied.

 

  TYPICAL CHARACTERISTICS��        Tulsion T-46            

  

Matrix structure                      :                      Polystyrene copolymer

Functional group                     :                      Nuclear Sulphonic

Physical form                          :                      Moist spherical beads

Ionic form                               :                       Hydrogen/Lithium

Screen size US  mesh             :                       16 to50

Particle size (minm. 95%)     :                       0.3 to1.2mm

 

Moisture content                          :                52± 3% H form.50± 3% Li form

Backwash settled density               :                 800 to 840 g/l (50 - 52 lbs/cft) (H+)

Thermal stability                          :                250 °F / 120 °C

pH range                                      :                 0 to 14

Fines content                               :                 Less than 0.5% through 50 USS

Bead strength                               :                 Not less than 500 g/bead

Solubility                                     :                 Insoluble in all common solvents

Total exchange capacity              :                 1.8 meq/ml for H+ (min. 99% of its exchange sites in the form supplied)

             �����l����OPERATION CONDITIONS����    Tulsion T-42 UPS   

 
��С��(sh��)֬���߶�(Bed depth , mini mm)                               600
���(Service flow rate ,Maxi )                                              120 m3/hr/ m3
��ϴˮ��(Backwash flow rate)                                             9 to 25 m3/hr/ m3
��ϴ����(d��ng)���g(Back wash expansion)                                  40 to 75%
����ˎ��(Regenerant )                                                         HCl, H2SO4 for H+ form,
����ˎ������(Regeneration levels. )                                   30 to 120 gms HCl/ lit.
                                                                                                40 to 250 gms H2SO4/ lit.
����ˎ�����(Regeneration concentration)                          3 - 5% HCl, 1.5 to 3% H2SO4
����ͨ����ˎ���r(sh��)�g(Regeneration Contact time, mini)      20 min.
��������(Regeneration flow rate )                                        5 to 16 m3/hr/ m3
Regeneration slow rinse                                                          2 BV mini.
��ϴ��ˮ(Fast Rinse )                                                            Service flow rate.
��ϴˮ��(Fast Rinse Volume)                                                 4 to 6 BV

  TESTING��                                                  

The sampling and testing of ion exchange resins is done as per standard testing procedures, namely
ASTMD-2187 and IS-7330, 1998.

  PACKING��                                                  

Super sacks              1000 liters         Super sacks            35 cft
MS drums                180  liters          Fiber drums            7 cft
HDPE lined bags     25    liters          HDPE lined bags    1 cft
For Handling, Safety and Storage requirements please refer to the individual Material Safety Data Sheets available at our offices. The data included herein are based on test information obtained by Thermax Limited. These data are believed to be reliable, but do not imply any warranty or performance guarantee. Tolerances for characteristics are as per BIS/ASTM. We recommend that the user should determine the performance of the product by testing on own processing equipment.

  Tulsion® A-33                                         

Crack-free Strong Base Anion Exchange Resin Type I- Nuclear Grade

Tulsion® A-33 is a specially developed, premium grade, strongly basic anion exchange resin based on polystyrene matrix containing quaternary ammonium Type I groups with excellent physical and chemical stability for use in the nuclear industry. Tulsion A-33 is regenerated in hydroxide form ensuring that not more than 3% of exchange sites are in chloride form.

Tulsion® A-33 is primarily used for purification of reactor coolant water and moderator in nuclear power station plants to keep corrosion products to the minimum and thus protecting the heat transfer surfaces from scaling and corrosion.

Tulsion® A-33 has excellent capacity for removal of boric acid. Tulsion A-33 is manufactured under the most stringent quality controls to ensure minimal metallic impurities resulting in the highest purity of the ionic form supplied.

 

  TYPICAL CHARACTERISTICS��        Tulsion A-33            

  

Type                                        :                      Strong base anion exchange resin

Matrix structure                      :                      Polystyrene copolymer

Functional group                     :                     Quaternary Ammonium Type I

Physical form                          :                      Moist Powder form

Ionic form                               :                       Hydroxide

Screen size US  mesh             :                       16 to 50

Particle size (minm. 95%)      :                       1.2 to 0.3mm

Uniformity coefficient            :                       1.75 max

Backwash settled density       :                      42 to 44 lbs/ft3 (670 to 710 g/l)

Bead strength                         :                       Not less than 250g/bead average by Chatillion Test

Swelling (approx.)                 :                       Cl-to OH- 20%

Moisture contents (approx)      :                       70 ± 3 %

Thermal stability                    :                      80 °C

pH range                                 :                       0 to 14

Solubility                                :                       Insoluble in all common solvents

Total exchange capacity       :                 1.0 meq/gm(minm.90% of its exchange sites in hydroxide form and a max. of 3% in chloride form)