DETAILS
ABOUT US

CORPORATE PROFILE
  1. ABOUT DESHI
  2. DESHI TIMELINE

PRODUCTION CAPABILITY

R&D
  1. R&D CENTER
  2. R&D MANAGEMENT

CERTIFICATES

COMPANY NEWS

OILFIELD SERVICES

ENHANCED OIL RECOVERY
  1. NITROGEN FOAM FLOODING
  2. SP FLOODING
  3. ASP FLOODING
  4. SURFACTANT FLOODING
  5. CNS
  6. HDNS TECHNOLOGY
  7. CYCLIC STEAM INJECTION
  8. MEOR
  9. HYDRAULIC CAVITATION OIL PRODUCTION TECHNIQUE
  10. SCALE-INHIBITOR SQUEEZE

WORKOVER

RADIAL DRILLING SERVICE

HEAVY OIL RECOVERY

WASTE TREATMENT
  1. WASTE TREATMENT & DISPOSAL
  2. DRILLING WASTE MANAGEMENT

OILFIELD CHEMICALS

PRODUCTION CHEMICALS
  1. DEMULSIFIER
  2. PARAFFIN INHIBITOR/PPD
  3. ASPHALTENE DISPERSANT/ASPHALTENE INHIBITOR
  4. CORROSION INHIBITOR
  5. HYDROGEN SULFIDE SCAVENGER
  6. SCALE INHIBITOR
  7. BIOCIDE
  8. DEFOAMER

EOR CHEMICALS
  1. SURFACTANTS
  2. POLYMERS

STIMULATION CHEMICALS
  1. ACID GELLING AGENTS
  2. IRON CONTROL
  3. DIVERTING AGENTS
  4. CROSSLINKERS
  5. FLOW BACK ENHANCER
  6. ANTISLUDGING AGENTS
  7. FRICTION REDUCER
  8. ADVANCED SLICK WATER FLUID SYSTEM
  9. HIGH TEMPERATURE FRACTURING FLUID SYSTEM
  10. FULLY DISSOLVABLE BRIDGE PLUG

CASES
INNOVATION

INTEGRATED OILFIELD PROJECTS

AUTONOMOUS INFLOW CONTROL DEVICES

SHORT-PROCESS & LOW-TEMP SWIRL DEMULSIFICATION

CONTACT US

SP FLOODING

Deshi Group is one of the earliest companies that are engaged in the study of binary compound flooding. In the past ten years of research and development and practice, the company has established a complete data model of strata rock oil displacement, and has studied various domestic and foreign oil and water systems and has accumulated hundreds of surfactant products to form the surfactant system with different characteristics. 


QQ截图20181229095211.png


Description:

Increase oil production of heavy oil reservoirs while minimizing operational issues using alkali free surfactant-polymer flooding.


Application:

Heavy oil reservoirs where thermal methods are not applicable. From Primary to Tertiary recovery.


Objective:

To develop SP solutions for selected representative cases

To improve the predictivity of simulations models for mobilization and transport of heavy oil

To determine, on selected representative cases, if secondary or post-polymer flooding SP injections are viable

To improve Polymer Flooding