Routine and SCAL Analyses:

1- Sample preparation (core handling, slabbing, plugging, etc…)

2- Side wall and cuttings analysis

3- Core photography

4- Extraction and drying

5- Particle Size Analysis

6- Porosity, gas Permeability and liquid permeability measurements

7- Relative permeability measurement

8- Capillary pressure and pore size distribution measurement

9- Electrical rock properties

10- Wettability analysis (contact angle and Amott test measurements)

Fluid Properties:

1- Crude oil analysis: pour point, viscosity at different temperatures, API gravity

2- Oil and Gas composition (upto 40+)

3- Scale analysis

4- CO2 Analysis

5- H2S Analysis

6- Surface tension

7- Interfacial tension measurements covering the range: 10-6 – 2*103 mN/m. These measurements can be done at different temperatures.

8- Full polymer/starch rheology analysis

9- Emulsion analysis

10- Nano drilling fluid analysis

11- Basic cement testing 

Rock-Fluid Compatibility, Formation Damage & Core Flooding:

1- Testing the effect of damage/enhancement on formation core samples properties (from both wellbore end and reservoir end) caused by any drilling mud type, stimulation chemicals, acid (any type of acid including HF) and enzymes.

2- Performing any core flooding types (water flooding, water shut-off flooding, chemical EOR flooding such as Alkaline-Surfactant-Polymer flooding, microbial injection, steam injection, acid flooding,….etc). All of these tests are done under reservoir temperature and pressure.

3- X-Ray diffraction Compositional

4- Analysis & XRF Conduct SEM analysis (including photographs)

5- Cryogenic SEM for oil leg, by two methods to observe pore-filling and porelining fluid (including photographs)

6- Thin Section analysis (including photographs)

7- CAT scanning/photography

8- AFM/XPS/NMR analysis

9- Asphaltene analysis

Water Analysis: 

1- Anion (Na, K, Ca, Mg, Ba, Sr, Fe, B, Al, P, Si) and Cation (Cl, SO4, HCO3, Br) sampling and analysis (TDS)

2- VFA (formate, acetate, propionate, and butyrate) sampling & analysis

3- Field water dissolved gas (H2S and CO2) sampling and analysis

4- Field pH/temperature/ specific gravity sampling and analysis

5- Field total sulfide in water sampling and analysis

6- Field Total Dissolved and Suspended Solids sampling and analysis

7- Total Alkalinity, Bicarbonate Alkalinity, Carbonate Alkalinity, Hydroxide Alkalinity.

8- Total Hardness, Calcium Hardness

9- Microbiology reader bioscreen C

10- Bacterial nutrient (nitrate, nitrite, ammonia, phosphate, and iron) field sampling

11- MPN serial dilution sampling and analysis procedure- SRB, GAB, and NRB

12- Gradient PCR and real time PCR Nonculture technique for microbial identification at molecular level by 16 S rRNA using iron torrent

13- Cultural technique for isolation SRB / NRB under anaerobic conditions using anaerobic chamber

14- Nanodrop spectroscopy GC (TCD and FID detection)

15- Co-culture study: core flood

16- Co-culture study: lab scale bioreactor 

Numerical Modeling & Reservoir Simulation: 

1- Basin and petroleum system modeling

2- Reservoir static modeling

3- Reservoir dynamic modeling

4- Well log analysis

5- Petrel, Eclipse, Navigator, CMG package, and interactive petrophysics