|
Volumn 2, Issue , 2010, Pages 1318-1327
|
Multi-interval, horizontal-completion strategies minimize water usage and deliver increased production
a a a
a
Halliburton
*
(Canada)
|
Author keywords
[No Author keywords available]
|
Indexed keywords
CUMULATIVE PRODUCTION;
CURRENT TECHNIQUES;
DRILLING AND COMPLETION;
DRILLING TIME;
EFFECTIVE STIMULATION;
FRACTURE TREATMENT;
INITIAL RATE;
INITIAL TREATMENT;
JOB DESIGN;
NEW TECHNOLOGIES;
OIL PRICES;
OIL RESERVES;
OPENHOLE;
PRODUCTION GAIN;
PRODUCTION RATES;
REDUCED COST;
SINGLE STAGE;
STEEP LEARNING CURVE;
STIMULATION TECHNIQUES;
VERTICAL WELLS;
WATER REQUIREMENTS;
WATER USAGE;
WATER VOLUMES;
WATER ZONE;
WELLBORE;
WORKOVER;
COILED TUBING;
COST REDUCTION;
ENVIRONMENTAL IMPACT;
FRACTURE;
FRACTURING (OIL WELLS);
HORIZONTAL DRILLING;
HORIZONTAL WELLS;
OIL WELL COMPLETION;
OIL WELL DRILLING;
OIL WELLS;
PETROLEUM DEPOSITS;
PETROLEUM RESERVOIR EVALUATION;
PROVEN RESERVES;
RESERVES TO PRODUCTION RATIO;
RESOURCE VALUATION;
WATER RESOURCES;
WELL STIMULATION;
|
EID: 79952935784
PISSN: None
EISSN: None
Source Type: Conference Proceeding
DOI: None Document Type: Conference Paper |
Times cited : (3)
|
References (6)
|