pyx f) benefits hns - hunting energy services · table displays charges that have been api rp-19b...
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www.hunting-intl.com 800 320 5110 or +1 972 493 2580
The Perfecta® family is Hunting’s latest generation of shaped charges that have been engineered to provide superior performance in all types of formations.
The Perfecta Super Deep Penetrating (SDP) series offers unbeatable penetration when compared to conventional shaped charges while maintaining excellent hole diameter. These large holes assure greater tunnel volume beyond the damaged zone allowing for enhanced flow and productivity.
Perfecta Good Hole (GH) charges are unique in that they offer a perfect balance between larger hole diameter while retaining very good penetration. This kind of perforation is ideally suited for fracturing operations where hole size needs to be large enough for proppant flow, yet deep enough to go beyond the damaged zone to allow for lower break down pressures.
Perfecta Big Hole (BH) charges produce the maximum hole diameter and area of flow while keeping an effective penetration, perfect for gravel pack or frac pack operations.
INNOVATIONThrough years of research, development and experience, Hunting has proven itself to be the industry leader in shaped charge design and manufacturing. Utilizing the latest technology and innovative design, the Perfecta family of charges have increased in penetration performance up to 43% and entrance hole diameters by 39% compared to shaped charges designed a decade ago.
FEATURES
• Wide variety of charges to meet specific needs• Super deep penetrating charges perforate beyond the damaged zone• Greater formation contact created by bigger holes• Big hole charges optimized for gravel packs• Compatible and best used with all existing Hunting wireline and TCP
perforating systems• Can be deployed using all conveyance methods• Available with RDX, HMX and HNS
APPLICATIONS
• Natural flowing and stimulated wells• Sand control and gravel-pack completions• Production and injection wells• Damaged formations• All reservoir types• All fluid types (oil, water, gas)
BENEFITS
• Improves well performance• Capable of lowering skin factors allowing improved production
or injection• Helps reduce fracture break down pressure• Potential reduction in weak sand production• No incremental cost required to upgrade existing hardware
Performance comparison from 2000 to present for select Big Hole, Good Hole and Super Deep Penetrator gun systems
RDX
HMX(Capsule)
HMX (Hollow Carrier)
HNS
PYX
24 H
ours
48 H
ours
100
Hou
rs
200
Hou
rs
100
200
300
400
500
600
700
1 10 100 1000
Tem
pera
ture
(oF)
Exposure Time (hrs)
Temperature Chart
0
100
200
300
400
500
600
700
0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000
Bal
ance
Wei
ght
(lb)
Surface Pressure (psi)
Balance Point for Wireline
17/32"31/64"15/32"7/16"5/16"9/32"1/4"7/32"3/16"
Cable Diameter
MA
NU
FAC
TU
RIN
G
Hun
ting
prid
es it
self
on s
trict
and
un
ique
qua
lity
cont
rol a
pplie
d to
m
anuf
actu
ring
of P
erfe
cta
cha
rges
by
util
izing
the
late
st te
chno
logy
in
equi
pmen
t and
pro
cess
es. H
untin
g fu
lly c
ompl
ies
with
all
ISO
9001
:200
8 st
anda
rds
for q
ualit
y m
anag
emen
t.
Pack
agin
g is
des
igne
d to
w
ithst
and
the
toug
h oi
lfiel
d ha
ndlin
g, tr
ansp
orta
tion
and
stor
age.
Thi
s gu
aran
tees
the
outs
tand
ing
perfo
rman
ce
expe
cted
by
Perfe
cta
.
DE
SIG
N
Util
izing
kno
wle
dge
and
expe
rienc
e,
Perfe
cta
’s in
nova
tive
char
ge
desi
gns
trans
late
to a
new
leve
l of
deep
er p
enet
ratio
n an
d la
rger
hol
e si
ze. A
ll H
untin
g gu
n sy
stem
s ar
e de
sign
ed to
min
imize
deb
ris a
nd
low
er g
un s
wel
l.
Perfe
cta
cha
rges
are
des
igne
d an
d op
timize
d in
a c
ombi
natio
n of
m
ater
ials
that
cor
rela
te to
sof
t, m
ediu
m a
nd h
ard
rock
. Tes
ts a
re
also
per
form
ed u
nder
stre
ssed
co
nditi
ons.
All
this
equ
ates
to
shap
ed c
harg
es d
esig
ned
to
perfo
rm w
ell i
n ro
ck u
nder
do
wnh
ole
cond
ition
s.
Perfe
cta
line
r des
igns
focu
s en
ergy
to p
ortio
ns o
f the
jet
that
incr
ease
pen
etra
tion,
whi
le
min
imizi
ng w
aste
d en
ergy
th
at is
not
hel
pful
dow
nhol
e.
This
resu
lts in
cle
aner
, mor
e eff
ectiv
e pe
rfora
tions
.
As p
art o
f a s
tring
ent d
esig
n pr
oces
s, a
ll H
untin
g gu
n sy
stem
s ar
e te
sted
to e
nsur
e su
perio
r cha
rge
perfo
rman
ce
whi
le re
tain
ing
gun
surv
ivab
ility.
Che
ck w
ith y
our
loca
l Hun
ting
dist
ribut
or o
r G
unFa
cts®
dat
a sh
eets
for
test
resu
lts.
AP
I R
P-1
9B
Perf
orm
an
ce
Not
e: A
ll ch
arge
s av
aila
ble
with
RDX
, HM
X an
d H
NS.
Tab
le d
ispl
ays
char
ges
that
hav
e be
en A
PI R
P-19
B ce
rtifie
d†
xxx-
xxxx
-3xx
xx fo
r RDX
, xxx
-xxx
x-4x
xx fo
r HM
X, x
xx-x
xxx-
5xxx
for H
NS
‡ Lo
w s
wel
l (LS
) cha
rge
§ Sl
ick
gun.
No
scal
lops
Bes
t P
ract
ice
on
dec
idin
g w
hich
det
ona
ting
co
rd t
o u
seFo
r opt
imal
per
form
ance
of a
ny s
hape
d ch
arge
, the
sam
e ex
plos
ive
type
mus
t be
used
in d
eton
atin
g co
rds
and
shap
ed c
harg
es. M
ixin
g di
ffere
nt
expl
osiv
e ty
pes
can
caus
e a
detri
men
tal r
educ
tion
in s
hape
d ch
arge
per
form
ance
, cha
rge
inte
rfere
nce,
low
ord
er d
eton
atio
n an
d in
som
e ca
ses
a co
mpl
ete
mis
fire.
For
exa
mpl
e, P
ETN
det
onat
ing
cord
can
not p
rovi
de th
e ne
cess
ary
ener
gy to
hig
h or
der d
eton
ate
RDX
and
HM
X sh
aped
cha
rges
. Th
e on
ly e
xcep
tion
to th
is ru
le is
RDX
and
HM
X ca
n be
inte
rcha
nged
with
out t
akin
g te
mpe
ratu
re li
mits
in a
ccou
nt.
Gun
OD
(in)[m
m]
Cha
rge
Pa
rt N
umbe
r†Ex
plos
ive
Wei
ght (
g)
Shot
Den
sity
(spf
)[spm
],Ph
asin
g
Entra
nce
Hole
(in
)[mm
]
Pene
tratio
n(in
)[cm
]Bu
rr H
eigh
t(in
)[cm
]C
asin
g Si
ze(in
)[mm
]
Cas
ing
Wei
ght
(lb/ft
)[kg/
m]
Targ
et
Stre
ngth
(psi
)[MPa
]
Reco
mm
ende
d M
in. I
.D.
(in)[m
m]
CA
PS
UL
E S
TR
IP G
UN
S
1-11
/16
[43]
CAP
-170
8-42
1T8.
04
[13]
, 0°
0.24
[6]
20.4
1 [5
1.84
]0.
05 [0
.13]
4-1/
2 [1
14]
11.6
[17.
3]7,
170
[49.
4]1.
78 [4
5]
2-1/
8 [5
4]C
AP-2
115-
420T
15.0
4 [1
3], 0
°0.
28 [7
]34
.84
[88.
49]
0.05
[0.1
3]5-
1/2
[140
]17
[25.
3]7,
125
[49.
1]2.
25 [5
7]
SC
AL
LO
PE
D H
OL
LO
W C
AR
RIE
R G
UN
S
SUPER DEEP PENETRATOR
1-9/
16 [4
0]RT
G-1
604-
421T
3.5
6 [2
0], 0
°0.
23 [6
]12
.14
[30.
84]
0.04
[0.1
0]2-
3/8
[60]
4.6
[6.9
]6,
980
[48.
1]1.
78 [4
5]
1-9/
16 [4
0]RT
G-1
604-
421T
3.5
6 [2
0], 6
0°0.
20 [5
]12
.68
[32.
21]
0.04
[0.1
0]2-
3/8
[60]
4.6
[6.9
]6,
800
[46.
9]1.
78 [4
5]
2 [5
1]RT
G-2
104-
421T
‡4.
06
[20]
, 0°
0.21
[5]
19.0
5 [4
8.39
]0.
05 [0
.13]
2-7/
8 [7
3]6.
4 [9
.5]
8,36
0 [5
7.6]
2.18
[55]
2 [5
1]RT
G-2
107-
421T
7.0
6 [2
0], 6
0°0.
29 [7
]26
.07
[66.
22]
0.05
[0.1
3]2-
7/8
[73]
6.4
[9.5
]7,
760
[53.
5]2.
25 [5
7]
2-1/
2 [6
4]RT
G-2
512-
421T
12.0
6 [2
0], 6
0°0.
33 [8
]31
.26
[79.
40]
0.05
[0.1
3]3-
1/2
[89]
9.2
[13.
7]5,
970
[41.
2]2.
71 [6
9]
2-3/
4 [7
0]RT
G-2
512-
421T
12.0
6 [2
0], 6
0°0.
36 [9
]31
.90
[81.
03]
0.05
[0.1
3]4-
1/2
[114
]11
.6 [1
7.3]
8,05
0 [5
5.5]
3.00
[76]
2-3/
4 [7
0]EX
P-27
16-4
21T
16.0
6 [2
0], 6
0°0.
38 [1
0]35
.94
[91.
29]
0.04
[0.1
0]4-
1/2
[114
]11
.6 [1
7.3]
7,47
0 [5
1.5]
3.00
[76]
2-3/
4 [7
0]EX
P-28
18-4
21T
18.0
6 [2
0], 6
0°0.
41 [1
0]36
.22
[92.
00]
0.06
[0.1
5]4-
1/2
[114
]11
.6 [1
7.3]
7,92
0 [5
4.6]
3.13
[80]
2-7/
8 [7
3]EX
P-28
18-4
21T
18.0
6 [2
0], 6
0°0.
39 [1
0]37
.50
[95.
25]
0.05
[0.1
3]4-
1/2
[114
]11
.6 [1
7.3]
6,85
0 [4
7.2]
3.25
[83]
3-1/
8 [7
9]EX
P-33
19-4
23T
19.0
6 [2
0], 6
0°0.
38 [1
0]45
.89
[116
.56]
0.05
[0.1
3]4-
1/2
[114
]11
.6 [1
7.3]
5,90
0 [4
0.7]
3.58
[91]
3-1/
8 [7
9]EX
P-33
21-4
21T§
21.0
4 [1
3], 6
0°0.
43 [1
1]42
.13
[107
.01]
0.05
[0.1
3]4-
1/2
[114
]11
.6 [1
7.3]
6,32
0 [4
3.6]
3.58
[91]
3-1/
8 [7
9]EX
P-33
21-4
21T
21.0
6 [2
0], 6
0°0.
42 [1
1]44
.19
[112
.24]
0.05
[0.1
3]4-
1/2
[114
]11
.6 [1
7.3]
5,90
0 [4
0.7]
3.58
[91]
3-1/
8 [7
9]EX
P-33
23-4
23T
22.7
6 [2
0], 6
0°0.
46 [1
2]41
.17
[104
.57]
0.06
[0.1
5]4-
1/2
[114
]11
.6 [1
7.3]
6,77
0 [4
6.7]
3.58
[91]
3-3/
8 [8
6]EX
P-33
23-4
23T
22.7
6 [2
0], 6
0°0.
45 [1
1]42
.21
[107
.21]
0.06
[0.1
5]4-
1/2
[114
]11
.6 [1
7.3]
7,27
0 [5
0.1]
3.80
[97]
3-3/
8 [8
6]EX
P-33
26-4
21T
26.0
6 [2
0], 6
0°0.
41 [1
0]50
.05
[127
.13]
0.06
[0.1
5]4-
1/2
[114
]11
.6 [1
7.3]
7,83
5 [5
4.0]
3.80
[97]
4 [1
02]
EXP-
4039
-423
T38
.54
[13]
, 90°
0.44
[11]
62.8
1 [1
59.5
4]0.
07 [0
.18]
5-1/
2 [1
40]
17 [2
5.3]
6,46
0 [4
4.5]
4.60
[117
]
4-1/
2 [1
14]
EXP-
4521
-423
T21
.012
[39]
, 135
/45°
0.37
[9]
35.9
7 [9
1.36
]0.
05 [0
.13]
7 [1
78]
32 [4
7.6]
8,47
0 [5
3.4]
4.92
[125
]
4-1/
2 [1
14]
EXP-
4539
-425
T38
.55
[16]
, 60°
0.46
[12]
55.7
0 [1
41.4
8]0.
08 [0
.20]
7 [1
78]
32 [4
7.6]
6,32
0 [4
3.6]
4.92
[125
]
7 [1
78]
EXP-
4039
-423
T38
.512
[39]
, 135
/45°
0.40
[10]
49.6
0 [1
25.9
8]0.
09 [0
.23]
9-5/
8 [2
45]
47 [6
9.9]
6,17
5 [4
2.6]
7.50
[191
]
GOOD HOLE
2-1/
2 [6
4]RT
G-2
512-
431
12.0
6 [2
0], 6
0°0.
45 [1
1]20
.31
[51.
59]
0.05
[0.1
3]3-
1/2
[89]
9.2
[13.
7]6,
710
[46.
3]2.
71 [6
9]
3-1/
8 [7
9]EX
P-33
19-4
3119
.06
[20]
, 60°
0.55
[14]
29.1
8 [7
4.12
]0.
06 [0
.15]
4-1/
2 [1
14]
11.6
[17.
3]6,
375
[44.
0]3.
58 [9
1]
3-1/
8 [7
9]EX
P-33
21-4
3121
.06
[20]
, 60°
0.56
[14]
29.2
3 [7
4.24
]0.
06 [0
.15]
4-1/
2 [1
14]
11.6
[17.
3]6,
375
[44.
0]3.
58 [9
1]
3-3/
8 [8
6]EX
P-33
23-4
3122
.76
[20]
, 60°
0.59
[15]
29.4
2 [7
4.73
]0.
06 [0
.15]
4-1/
2 [1
14]
11.6
[17.
3]5,
350
[36.
9]3.
80 [9
7]
4-1/
2 [1
14]
EXP-
4521
-431
21.0
12 [3
9], 1
35/4
5°0.
46 [1
2]22
.02
[55.
93]
0.07
[0.1
8]7
[178
]32
[47.
6]5,
350
[36.
9]4.
92 [1
25]
BIG HOLE
3-1/
8 [7
9]FL
O-3
112-
411C
FZ12
.012
[39]
, 140
/20°
0.55
[14]
4.68
[11.
89]
0.06
[0.1
5]5
[127
]15
[22.
3]5,
860
[40.
4]3.
58 [9
1]
3-1/
8 [7
9]FL
O-3
323-
311C
F22
.76
[20]
, 60°
0.68
[17]
7.10
[18.
03]
0.07
[0.1
8]4-
1/2
[114
]11
.6 [1
7.3]
6,71
0 [4
6.3]
3.58
[91]
3-3/
8 [8
6]FL
O-3
112-
411C
FZ12
.012
[39]
, 140
/20°
0.59
[15]
5.31
[13.
49]
0.05
[0.1
3]5
[127
]15
[22.
3]5,
115
[35.
3]3.
80 [9
7]
4-1/
2 [1
14]
FLO
-462
3-41
1CFZ
22.7
16 [5
2], 1
40/2
0°0.
79 [2
0]7.
06 [1
7.93
]0.
05 [0
.13]
7 [1
78]
32 [4
7.6]
6,12
5 [4
2.2]
4.92
[125
]
4-5/
8 [1
17]
FLO
-462
3-41
1CFZ
22.7
16 [5
2], 1
40/2
0°0.
75 [1
9]6.
11 [1
5.52
]0.
05 [0
.13]
7 [1
78]
32 [4
7.6]
6,07
0 [4
1.9]
5.00
[127
]
5-1/
8 [1
30]
FLO
-512
8-31
1CFZ
28.0
12 [3
9], 1
35/4
5°0.
79 [2
0]9.
11 [2
3.14
]0.
04 [0
.10]
7 [1
78]
32 [4
7.6]
5,21
0 [3
5.9]
5.68
[144
]
5-1/
8 [1
30]
FLO
-513
0-31
1CF
30.0
12 [3
9], 1
35/4
5°0.
86 [2
2]8.
25 [2
0.96
]0.
05 [0
.13]
7 [1
78]
32 [4
7.6]
5,21
0 [3
5.9]
5.68
[144
]
7 [1
78]
FLO
-703
9-31
2CF
38.8
12 [3
9], 1
35/4
5°1.
10 [2
8]10
.37
[26.
34]
0.15
[0.3
8]9-
5/8
[244
]47
[69.
9]8,
633
[59.
5]7.
50 [1
91]
7 [1
78]
FLO
-703
9-31
2CF
38.8
18 [5
9], 1
40/2
0°
1.08
[27]
9.88
[25.
10]
0.09
[0.2
3]9-
5/8
[244
]47
[69.
9]5,
310
[36.
6]7.
50 [1
91]
7 [1
78]
FLO
-703
9-31
2CFZ
38.8
18 [5
9], 1
40/2
0°
1.06
[27]
9.73
[24.
71]
0.10
[0.2
5]9-
5/8
[244
]47
[69.
9]5,
310
[36.
6]7.
50 [1
91]
04/1
3
See
ww
w.h
untin
g-in
tl.co
m fo
r com
plet
e de
tails
and
cop
ies
of A
PI R
P-19
B re
gist
ratio
n an
d ce
rtific
atio
n sh
eets
. Or c
all y
our H
untin
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