Looks like a completely coincident compound of 2 copies of papvixhi, in fact all elements coincide by 2.

As abstract polytope 2papvixhi is isomorphic to 2prapvixhi, thereby replacing gike by ike.

Incidence matrix according to Dynkin symbol

x3x3o5/2o3*a

. . .   .    | 1440 |    5    5 |   10    5    5 |   5   5   1   1
-------------+------+-----------+----------------+----------------
x . .   .    |    2 | 3600    * |    2    2    0 |   1   2   1   0
. x .   .    |    2 |    * 3600 |    2    0    2 |   2   1   0   1
-------------+------+-----------+----------------+----------------
x3x .   .    |    6 |    3    3 | 2400    *    * |   1   1   0   0
x . .   o3*a |    3 |    3    0 |    * 2400    * |   0   1   1   0
. x3o   .    |    3 |    0    3 |    *    * 2400 |   1   0   0   1
-------------+------+-----------+----------------+----------------
x3x3o   .    ♦   12 |    6   12 |    4    0    4 | 600   *   *   *
x3x .   o3*a ♦   12 |   12    6 |    4    4    0 |   * 600   *   *
x . o5/2o3*a ♦   12 |   30    0 |    0   20    0 |   *   * 120   *
. x3o5/2o    ♦   12 |    0   30 |    0    0   20 |   *   *   * 120

or
. . .   .       | 1440 |   10 |   10   10 |   10   2
----------------+------+------+-----------+---------
x . .   .     & |    2 | 7200 |    2    2 |    3   1
----------------+------+------+-----------+---------
x3x .   .       |    6 |    6 | 2400    * |    2   0
x . .   o3*a  & |    3 |    3 |    * 4800 |    1   1
----------------+------+------+-----------+---------
x3x3o   .     & ♦   12 |   18 |    4    4 | 1200   *
x . o5/2o3*a  & ♦   12 |   30 |    0   20 |    * 240

x3x3/2o5/3o3*a

. .   .   .    | 1440 |    5    5 |   10    5    5 |   5   5   1   1
---------------+------+-----------+----------------+----------------
x .   .   .    |    2 | 3600    * |    2    2    0 |   1   2   1   0
. x   .   .    |    2 |    * 3600 |    2    0    2 |   2   1   0   1
---------------+------+-----------+----------------+----------------
x3x   .   .    |    6 |    3    3 | 2400    *    * |   1   1   0   0
x .   .   o3*a |    3 |    3    0 |    * 2400    * |   0   1   1   0
. x3/2o   .    |    3 |    0    3 |    *    * 2400 |   1   0   0   1
---------------+------+-----------+----------------+----------------
x3x3/2o   .    ♦   12 |    6   12 |    4    0    4 | 600   *   *   *
x3x   .   o3*a ♦   12 |   12    6 |    4    4    0 |   * 600   *   *
x .   o5/3o3*a ♦   12 |   30    0 |    0   20    0 |   *   * 120   *
. x3/2o5/3o    ♦   12 |    0   30 |    0    0   20 |   *   *   * 120

x3x3/2o5/2o3/2*a

. .   .   .      | 1440 |    5    5 |   10    5    5 |   5   5   1   1
-----------------+------+-----------+----------------+----------------
x .   .   .      |    2 | 3600    * |    2    2    0 |   1   2   1   0
. x   .   .      |    2 |    * 3600 |    2    0    2 |   2   1   0   1
-----------------+------+-----------+----------------+----------------
x3x   .   .      |    6 |    3    3 | 2400    *    * |   1   1   0   0
x .   .   o3/2*a |    3 |    3    0 |    * 2400    * |   0   1   1   0
. x3/2o   .      |    3 |    0    3 |    *    * 2400 |   1   0   0   1
-----------------+------+-----------+----------------+----------------
x3x3/2o   .      ♦   12 |    6   12 |    4    0    4 | 600   *   *   *
x3x   .   o3/2*a ♦   12 |   12    6 |    4    4    0 |   * 600   *   *
x .   o5/2o3/2*a ♦   12 |   30    0 |    0   20    0 |   *   * 120   *
. x3/2o5/2o      ♦   12 |    0   30 |    0    0   20 |   *   *   * 120

or
. .   .   .         | 1440 |   10 |   10   10 |   10   2
--------------------+------+------+-----------+---------
x .   .   .       & |    2 | 7200 |    2    2 |    3   1
--------------------+------+------+-----------+---------
x3x   .   .         |    6 |    6 | 2400    * |    2   0
x .   .   o3/2*a  & |    3 |    3 |    * 4800 |    1   1
--------------------+------+------+-----------+---------
x3x3/2o   .       & ♦   12 |   18 |    4    4 | 1200   *
x .   o5/2o3/2*a  & ♦   12 |   30 |    0   20 |    * 240