Enêrgia. TL P.O. Box Interchange, Sheikh Zayed Road Dubai, UAE fax

Size: px

Start display at page:

Download "Enêrgia. TL P.O. Box Interchange, Sheikh Zayed Road Dubai, UAE fax"

Eric Leonard
6 years ago
Views:

1 Enêrgia TL P.O. Box Interchange, Sheikh Zayed Road Dubai, UAE fax mail@petrocorpholdings.com petrocorpholdings.com

Introduction Established in 2003, we are Middle East based holding company promoting Energy, Water and Defense industries Commitments are highest priority to us.

Strategically located in the Middle of the East - Dubai organization is primarily focused on ensuring timely achievement of customer needs in a sustainable way.

2 Introduction Established in 2003, we are Middle East based holding company promoting Energy, Water and Defense industries Commitments are highest priority to us. Thus, we are known for doing what we say. And this enlightens opportunities. Our actions are based on Kaizen on time, every time. Strategically located in the Middle of the East - Dubai organization is primarily focused on ensuring timely achievement of customer needs in a sustainable way. With a decade plus of expertise and with affiliates and associates in Saudi Arabia, Bahrain, India, Hong Kong and London, the organization strives for sustainable development. Organizational supply chain is based on Responsible Care management system principles, specializing in both roadways and waterways At heart, we promote Sustainability. PetroCorp understands that we have not inherited this planet, we have merely borrowed it from our coming generations. Our vision, mission and belief inspire everything we do. Vision To grow by meeting our customers expectations sustainably Mission We are committed to facilitate our customers succeed in their respective objectives in socially responsible ways Belief We believe that sustainable continual improvement leads to innovation, which ensures Business Excellence. Business excellence achieves best global business practices thereby ensuring growth for all stakeholders specifically, society at large. Our Products Liquified natural gas Liquified petroleum gas Light Crude Aviation jet fuel Jp54 Admixture drilling mud Barite Bauxite Polypropylene Ethanol Ethene di chloride Light White Oil Liquid caustic Sodium hypo chloride Chlorine

Liquified Natural Gas Gross heating value 1050 Btu/SCF minimum 1170 Btu/SCF maximum Hydrocarbon composition & nitrogen content Methane: 85 mol% minimum Butanes & heavier: 2 mol% maximum Pentanes &

3 Liquified Natural Gas Gross heating value 1050 Btu/SCF minimum 1170 Btu/SCF maximum Hydrocarbon composition & nitrogen content Methane: 85 mol% minimum Butanes & heavier: 2 mol% maximum Pentanes & heavier: 0.1 mol% maximum Nitrogen: 1 mol% maximum Impurities Hydrogen sulphide: 4.8 mg/nm3 maximum Sulphur: 28.0 mg/nm3 maximum Liquified Petroleum Gas Butane Property Units Methodology Results Ethane mol% GC 0.08 max Propane mol% GC 2 max C4 mol% GC 97.5 min C5 mol% GC 0.82 max Copper corrosion - ASTM D1838 NO 1A max Hydrogen Sulphide vol.ppm ASTM D Sulphide wt.ppm ASTM D F/60 F - ASTM D2598 NA Specific gravity 100 F Vapor Pressure Psig ASTM D max Water content vol.ppm Shaw Dew Point 10 max Evaporation residue vol% ASTM D % Propane Property Units Methodology Results Ethane mol% GC 0.08 max Propane mol% GC 98 max Butane mol% GC 1.4 max Pentane(s) & heavier mol% GC 0.01 max Copper corrosion - ASTM D1838 NO 1A max Hydrogen Sulphide vol.ppm ASTM D max 60 F/60 F - ASTM D2598 NA Specific gravity Volatile Sulphur wt.ppm ASTM D max 100 F Vapor Pressure Psig ASTM D2598 pass Water content - ASTM D2713 pass

Light Crude Property Specific Gravity @ 15.60 c 0.859 API 33.45 maximum Water and sediment content 0.2% maximum Pour point 0.35 Reid vapor pressure 0 minimum Sulphur content wt% 1.2 1.5% Salt ib 100.

8% minimum 200 c deg 0.37% minimum 250 c deg 0.37% minimum 300 deg 0.

4 Light Crude Property Specific c API maximum Water and sediment content 0.2% maximum Pour point 0.35 Reid vapor pressure 0 minimum Sulphur content wt% % Salt ib Brt 8 maximum Carbon residue wt% 0 Water vol 0.1% Ash content Wt % 0% Asphalt content Wt % 1% maximum ASTM distillation I.B.P C 3.7 deg Recovery at 50 deg Vm 0.8% minimum 100 deg 0.8% minimum 200 c deg 0.37% minimum 250 c deg 0.37% minimum 300 deg 0.45% minimum JP54 Jet Aviation Fuel Additives Antioxidant in hydro processed fuel mg/l min 17 max 24 Antioxidant non hydro processed fuel mg/l max 24 Static dissipater first doping ASA- 3 mg/l max 1 Stadis 450 mg/l max 3 Combustion properties Specific energy, net mi/kg min 18.4 D 4808 Smoke point mm min 19 D 1322 Lumininomitter number min 45 D 1740 Naphtales % vol max 3 D 1840 Propriety unit min max result test ip method ASTM Composition Total acidity mg KOH /g max D 3242 Aromatic % vol max D 1318 Sulphur, total % mass max D 1266/2622 Sulphur mercaptan % mass max D 3227 Doctor test 30 D 4952 Volatility Initial boiling point centigrade max report 123 D 96 10% vol at C %, 50%, 80% vol at C report End point centigrade max /303 D 56 / 3828 Density at 15 C kg m2 min /max 776/ /385 D 1298 Low temperature properties Freezing point centigrade max D 1298 Corrosion copper (2hrs at 100 C), Corrosion silver (4 hrs at 500C) max Stability Thermal stability control temperature 280C 323 Filter pressure, differential mm. Hg max 25 Tube deposit rating (visual) max <3 Contamination Existent gum mg/100 ml max D 361 Water reaction, interface rating max D 1084 Fuel with static dissipater additives min 75 D 3648 Fuel without static dissipater additives min 85

Admixture Drilling Mud Property Purity (as NaCl, % weight) 98.5% minimum Sulphate (as SO4, % weight) 0.35% maximum Calcium (as Ca++, % weight) 0.05% maximum Moisture Content (as packed) 1.

5 Admixture Drilling Mud Property Purity (as NaCl, % weight) 98.5% minimum Sulphate (as SO4, % weight) 0.35% maximum Calcium (as Ca++, % weight) 0.05% maximum Moisture Content (as packed) 1.5% maximum Water Insolubles (% weight) 0.4% maximum Particle Size 25% greater 25 microns min, 25 % less 100 micron maximum Appearance Brilliant white, free flowing granular powder Results expressed as percentage are by weight on dry basis Barite Description Appearance BaSO4 Density Humidity Granulometry on 200 mesh (ASTM) 75 microns open Granulometry on 325 mesh (ASTM) 75 microns open Alkaline earth metals as soluble calcium Total Alkalinity as CaCO3 Bauxite Grey, pink, white powder 90% min 4.20% min 0.3 % max 4% max 8.5% min 250 mg/kg max 6% max Description Al2O3 47 to 48% (rejection 46%) Fe2O3 18 to 22% SiO2 6% max TiO2 5% max Moisture 7 to 8% Size 125 mm max Polypropylene Description Result Density, g/cc ASTM D782A-2.90 Notched izod Impact (FT-lbs/in) 70 F 3 Tensile strength at yield (psi units) ASTM D638 2in/minimum 4000 Elongation at yield 10% Deflection temperature F 66psi 194 Water absorption - 24 hrs, % ASTM D Falling weight impact F (ft.lbs) 23 Coefficient of linear thermal expansion from -30 C to 0 C 12 Coefficient of linear thermal expansion from 0 C to 30 C 14 (MM/MM/C x [10 to the -5th]) from 30 C to 60 C 21 Normal temperature performance range -17 F to 160 F Melting point 162 C, 324 F Ethanol Parameter Method s Strength ASTM D4052 > 99.7 Appearance ASTM D2090 Clear liquid Acidity (% wt/wt) ASTM D1613 <.002 Moisture (% v/v) ASTM E1064 <.42 Nonvolatile matter (% wt/wt) ASTM D1351 <.002 Color (pt/co) ASTM D maximum (kg/m3) ASTM D maximum Miscibility with water Not Applicable Complete Odor Not Applicable Characteristic

5 C including 83.5 C Appearance Visual Clear Density at 15 C 1.258 1.268 Residue on evaporation ppm, wt 20 max Light White Oil Parameters Unit Typical value Specific gravity @15 C g/ml 0.

6 Ethylene Di Chloride Parameter Unit Purity wt% 99.9 min Acidity (as HCL) ppm, wt 8 max Water ppm, wt 150 max Iron ppm, wt 1 max Benzene ppm, wt 50 max Low boilers ppm, wt 450 max High boilers ppm, wt 450 max Color APHA 15 max Boiling range C 1.5 C including 83.5 C Appearance Visual Clear Density at 15 C Residue on evaporation ppm, wt 20 max Light White Oil Parameters Unit Typical value Specific C g/ml 0.71 Color, saybolt + 30 IBP C 80 FBP C 110 Flash point C < 3 Aromatics Volume % 5 Sulphur ppm 10 C cst < 1 Liquid Caustic Soda Analysis Units Method Result limits Appearance None Visual Clear no specification Density at 15 C None no specification Sodium hydroxide perwt A Iron ppm- wt UHDE max Sodium chloride ppm- wt A max Sodium chlorate ppm- wt A max Sodium carbonate ppm- wt A max Sodium sulfate ppm- wt A max Chlorine Parameters Unit Chlorine content v/v % 99.9 min Moisture w/w %.01 max

6% Sodium hypochlorite Parameters Appearance Clear greenish yellow aqueous solution PH 10.5 12.5 Specific Gravity at 20 C 1.07 1.15 Sodium Hypochlorite as NaOCl% wt 5.2 7.

20 12% Sodium hypochlorite Parameters Appearance Clear greenish yellow aqueous solution PH 11.5 12.5 Specific Gravity at 20 C 12.2 1.

7 6% Sodium hypochlorite Parameters Appearance Clear greenish yellow aqueous solution PH Specific Gravity at 20 C Sodium Hypochlorite as NaOCl% wt Excess Alkali as NaOH (gpl) Excess Alkali as Na2CO3 (gpl) 4 10 Iron as Fe+3 ppm 1 Copper as Cu+2 ppm.20 Nickel as Ni+2 ppm.20 12% Sodium hypochlorite Parameters Appearance Clear greenish yellow aqueous solution PH Specific Gravity at 20 C Sodium Hypochlorite as NaOCl% wt Excess Alkali as NaOH (gpl) Excess Alkali as Na2CO3 (gpl) 8 16 Iron as Fe+3 ppm 1.0 Copper as Cu+2 ppm.5 Nickel as Ni+2 ppm.3 Sustainability We are dedicated to meet human development objectives while sustaining the ability of natural systems to continue to provide its resources. Hence for us Sustainability is all about conducting our businesses in lines with our responsibility towards all stakeholders Our commitment to sustainable development is based on the below 6 pillars Responsible Care Operational excellence Knowledge management Innovation Energy future Environment Know more on our sustainability pillars on petrocorp.co/sustaibability You can contribute towards sustainability at suggestions@petrocorp.co

8 Enêrgia off takers & marketers

CRHS Academic Chemistry Unit 1 Matter and Change HOMEWORK. Due Date Assignment On-Time (100) Late (70)

Name KEY Period CRHS Academic Chemistry Unit 1 Matter and Change HOMEWORK Due Date Assignment On-Time (100) Late (70) 1.1 1.2 1.3 Warm Ups Notes, Homework, Exam Reviews and Their KEYS located on CRHS Academic