REFINED SUNFLOWER OIL. TECHNICAL CRUDE SUNFLOWER OIL

Transcription

1 REFINED SUNFLOWER OIL. TECHNICAL CRUDE SUNFLOWER OIL

2 TECHNICAL REFINED SOYBEAN OIL COMPOSITION CENTESIMAL NORMA IRAM Max. Acidity 0,04% 5512 Ppm sodium oleate 0.0 (ppm) 5599 Peroxide value (meq 02 kg) 0, Phosphorus 1.03 ppm 5597 Lovibond Color-Red- Max - Yeyow 10 to Max Moisture and volatile components 0.01% 5551 Taste / Smell. Scale (1-10) Appearance (1-5) Conten antioxidant (TBHQ) 50 ppm Color test at 0º c (hours) min. 24 hrs negative 5529 Color test for T. environment (hours) min. 72hours negative 5595

3 CRUDE SOYBEAN OIL COMPOSITION CENTESIMAL NORMA IRAM Max. Acidity (as oleic acid) 1% 5512 Max sedimentbycentrifugation 0,30% 5521 Max Lossonheating 0,20% 5510 Soaps (ppm) negative 5599 Max phosphorus 200 ppm 5597 Peroxide value 10m eq 0,2 kg 5551 Min flash Point 121ºC AOCS Cs9b.55 Color lovibond-max. Red /Yellow Max Mat. Insoluble in Ethyl Ether 0,10% 5530 IodineValue (Wijs) IndexSapomificacion Index of Refraction 1, Max. unsaponifiablematter 1% 5517 Linoleic Acid (on total fatty ac) 5-10% 5651 HalphenReactionGastaldi negative 5596 Max. Chlorophyll 2ppm AOCS Cs13d-55 TECHNICAL DEGUMMED SOYBEAN OIL Free Fatty Acids (As OLEIC) Molecular Weight 282-Basis: BASE 1.00% MAX.1.25% Moisture and Volatile Matter: 0.20% MAX. Density (Specific Weight) at 25 C and 4 C Min Max Flash Point: MORE THAN 121 (250 F) Saponification value Min. 188 Max. 198 Iodine value WIJS Min. 12 Max. 143 Impurities (Insoluble in Petrol Ether): 0.10% MAX. Unsaponifiables Matter (test as per N.O.P.A.): Max pct. Sediment (Gardner Break Test): 0.10% MAX. Lecithin (expressed as Phosphorous): 0.02% MAX.

4 Color Index (MG Iodine) (Lovibond Cell 1 inch): Yellow and 5-6 Red. Refractive index at 20 degrees C: to Halphen reaction Negative SPECIFICATIONS CORN OIL CRUDE FEATURES SPECIFICATIONS Refractiveindex 1,4741-1,4744 Weight 0, Iodine ,4 Indexsaponificacao REFINED CORNOIL OIL GREEK CUSTOM CHEMICAL SPECS: AOCS USAPONIFIABLE max 1,5 % SAPONIFICATION VALUE mg KOH/gr

5 FREE FATTY ACID(AS OLEIC) :......Ca 5a-40...max 0,3% PEROXIDE VALUE: Cd max 10 meq O2/Kg IODINE VALUE:.Cd 1-25 max SOAP IN OIL : Cc ,005% ppm PHOSPHORUS:...Ca max 3 ppm COLOR LOVIBOND 51/4: Cc 13b-45..max 2,0 red MOISTURE & VOLATILE:.Ca 2c-25. max 0,20% INSOLUBLE IMPUTIES: Ca 3a- 46.0% COPRUM C:....max 0,1ppm PLUMBUM PB:.max 0,1ppm ARSENIC AS:...max 0,1ppm FERUM FE: max 1,5ppm REFRACTIVE INDEX AT (40 celcium degrees)..1,465-1,468 TASTE & ODOUR.NEUTARAL SHELF LIFE DECLIRATION..24 MONTHS FAT ACID SPECS: %

6 MYRISTIC: (C14:0)..<0,3 PALMITIC:.(C16:0) PALMITOLEIC: (C16:1) <0,5 STEARIC: (C18:0).. 0,5-4,0 OLEIC:..(C18:1) METHYL LINOLEATE:.(C18:2) LINOLEIC: (C18:3) <2,0 ARACHIDIC:.(C20:0)....<1,0 EICOSENOIC:..(C20:1) <0,5 BEHENIC: (C22:0)..<0,5 LAURIC:...(C12:0)..<0,3 LIGNOCERIC:..(C24:0)..<0,5 SPECIFICATIONS CORN OIL DEGUMMED Corn oil is 100% made from Corn Germ, through the process of derubbering, depicking, decolouring, deodorizing and greasing to get rid of the matters harmful to human body such as colloid, pigment, tiny heavy metals and smell matter etc. Corn Oil can be absorbed and digested easily. Test ltem Transparency Technical Requirements Clear and transparent % Moisture & Volatile Matters Acid Value (KOH) ( mg / g ) Peroxide Value ( P.V ) ( mmol / Kg ) Smoke Point ( C ) Cold Test ( 0 C, 5.5 hours) Clear and transparent % Insoluble Impurities Test Results Clear and transparent Clear and transparent Residue of Solvent - ( mg / Kg ) Not detected Not-detected ( < 0.10)

7 Lead (Pb) ( mg / Kg ) Arsenic (As) ( mg / Kg ) Max Aflatoxin B1 (μg /kg) 20 5 Max Tert butyl hydroxy anisole (BHA) 0.2 Not-detected (<4.0mg/kg) 2,6-Butylated hydroxyl toluene (BHT) 0.2 Not-detected (<4.0mg/kg) Benzoapyrene (α) 10 Not-detected (<0.1μg /kg) conclusion The sample is fit to the requirements of the GB standard, all the 14 test items are all qualified. REFINED PALM OIL

8 TECHNICAL METHOD SPECIFICATIONS RESULTS FEATURES ORGANOLEOTICAS INTERNAL Solido until 20ºc, neutral CONFORM taste and odor COLOR INTERNAL Yellow CONFORM ACID CONTENTS IN mg-koh / g PE Peroxide value meq IN 02 / Kg PE ,4 FATTY% PE C 12: O LAURIC ,2 C 14: O myristic C 16: O PALMITIC C 18: O Stearic C 18: 1 OLEIC C18: 2 linoleic C18: 3 linolenic INDEX SAPONIFICATION POTASA: mgkoh/g SOSA: mgnaoh/g CRUDE PALM OIL Fatty acid (aspalmitic ) FFA 5 % Max. Moisture and impurity 0.25%Max. Iodine value (WUS) Melting point (AOCSCc3-25) Deg. C Phosphorous 25 Max. Density (at 47 Deg. C) Saponification value Ion content <10 ppm Peroxide value <5 Meg/kg DOBI CRUDE PALM OIL B-100

9 PARAMETER UNITS SPECIFICATI ON TEST METHODS (Effective February 1, 2007) Density at 15 C Kgs/m ASTM D 4052/ISO 3675 Cetane Number Cetanos 47 min ASTM D 613-/ISO 5165 Viscosity (kinematic at 40) Mm2/s 1,9-6,0 ASTM D 445-/ISO 3104 Water content Mg/kg 500 max ASTM E 203-/ISO Total pollution Mg/kg 24 max EN Flash Point º C 120 min ASTM D 93-/ISO 2719 Copper Strip Corrosion Unidad 1 ASTM D 130-/ISO 2160 Stability to oxidation (3) Horas 6 min EN Thermal stability % reflectance 70% min ASTM D 6468 Sulphated ash % in mass 0,02 max ASTM D 874-/ISO 3987 Phosphorus content % in mass 0,001 max ASTM D 4951-/ISO Destillation (PFE) º C Max 360 ASTM D 86-/ISO 3405 Number acid Mg of KOH/g 0,5 max ASTM D 664-/EN 1404 Temperature of cold filter º C Report (4) ASTM D 6371-/EN 116 choke (CFPP) Point cloud / turbidity º C Report (4) ASTM D 2500-/ISO 3015 Pour point º C Report (4) ASTM D 97 residual Carbon % in massa 0,3 max ASTM D4530-/ISO (5) Sodiumorpotassium Mg/kg 5 max ASTM D 5863-EN EN Calcium and magnesium Mg/kg 5 max ASTM D 5863-EN EN Content of monoglycerides % in massa 0,8 max ASTM D 6584-/ISO Content of diglycerides % in massa 0,2 max ASTM D 6584-/ISO Triglyceridecontent % in massa 0,2 max ASTM D 6584-/ISO Free and Total Glycerin % in massa 0,02 /025 ASTM D 6584-/ISO ISO Methanolorethanol % in massa 0,2 max ISO Contenteter % in massa 96,5 min ISO Content of linoleic acid % in massa 12 max ISO alkylester Iodine gr iodine / 100g 120 max ISO 14111

10 Refined Palm Oil (BIODIESEL) CP 8 Y CP 10 Free Fatty Acid = Max 0.1 Percent Moisture = Max 0.1 Percent Iodine Value = Min 56 WIJs Slip Melting Point = Max 24 deg. C Color (5.25 quotlbd) = Max 3R Cloud Point = Max 10 deg. C Appearance = white to pale yellow solid to semisolid lard-like fat Flavor and Odor = Bland, odorle REFINED RAPESEED OIL Appearance at room temperature Clara and Bright Color 1.5 (Red) / 15 (Yeyow) max Free Fatty Acids % Mild flavor Peroxide value Meq max. 1.0 Iodine Value min. 120 A.O.M. Stability hrs. min. 18 FAT CONTENT Saturated 8% monounsaturated 59% Polyunsaturated 33% CRUDE RAPESEED OIL

11 CRUDE DEGUMMED RAPESEED OIL ( CDRO)

12 TECHNICAL OLIVE OIL Acidity% <0.8 O2 peroxides index meq / kg. <20 Waxes mg / kg. <250 K232 <250 K270 <0.10 Organoleptic> 6.5 Evaluation Median default = 0 Fruity median> 0 3 NUTRITIONAL VALUE

13 Nutrition information per 100 g. of product is as follows: Calories 900 Kcal / 3700 KJ Protein 0 g. Carbohydrates 0 g. 100 grams of fat which. Saturated 13 g. Monounsaturated 79 grs. Polyunsaturated 8 g. Cholesterol 0 g. Vitamin E 20 mgr. (200% RDA) SPECIFICATIONS: USED COOKING OIL(UCO) - Free fatty acids: 3.75 % - M.I.U ( Moisture and Impurities): 0.02 % - Saponification value: Iodine value: Titre C (melting point): 13.75" C - Specific 25'C : Density (kg/m3) Flashpoint by P.-M. (Degree C) Calorific Value (kj/kg) - 36,000 - Kinematic Viscosity (40 deg.c) (mm2/s) - Carbon Residue (mass-%) Iodine Number (g/100g) - 110) - Sulphur Content (mg/kg) 18 Description:Methyl ester from palm oil

14 Biodiesel Biodiesel is a biofuel derived from renewable biomass for use in internal combustion engines with compression ignition or other type of energy that can replace all or part of a non-renewable fuel source. Biodiesel is biodegradable, non-toxic, low emission profiles generated and accordingly, is environmentally beneficial. The use of biodiesel in the transport sector, specifically in conventional internal combustion engines, reduces emissions of unburned hydrocarbons, carbon monoxide, sulfates, aromatic compounds and particulate matter. These reductions increased with increasing the content of biodiesel in the blend, so that when 100% biodiesel is used in engines can reduce emissions by up to 75% when compared with those made using conventional diesel oil obtained. 4. Specifications The technical characteristics of the product make it fully compatible to be mixed with diesel from the oil industry. Quality specifications of a fuel and / or biofuels aim to ensure that the product can be used in engines and that does not cause failure during use. PROPERTY UNITS REQUIREMENT TEST METHODS Density at 15 C kg / m3 ISO ASTM D4052 Cetane number cetane 47 minimum ASTM D613ISO 5165 Viscosity (kinematic at 40 C) mm2 / s 1.9 to 6.0 ASTM D 445 Water content mg / kg 500 maximum ASTM E 203 ISO Total content mg / kg 24 Maximum IN Flashpoint C1 20 Minimum ASTM D93 ISO 2719 Methanol or ethanol 0.2 mass% maximum ISO Copper strip corrosion unit class 1 ASTM D130ISO 2160 Oxidation stability (3) hours minimum 6 EN thermal stability % Reflectance 70% minimum ASTM D6468 Sulphated ash 0.02 mass% maximum ISO 3987 ASTM D874 Distillation (PFE) C 360 maximum ASTM D86ISO 3405 Acid number mg KOH / g 0.5 max ASTM D664 IN Iodine g iodine / 100g 120 maximum EN Pour point C Report (1) ASTM D97 Filter sealing temperature (CFPP) C Report (1) ASTM D6371EN 116 Point cloud / cloud C Report (1) ASTM D2500 ISO 3015 Char Mass% 0.3 maximum ASTM D4530(2)ISO10370 Phosphorus content mg / kg 10.0 max / Plasma-Bodies ISO 14107/ ASTM D4951 Na + K content mg / kg 5.0 maximum ASTM D5863EN 14108/EN14109 Ca + Mg content mg / kg 5.0 maximum EN / EN ASTM D5863 Ester content Mass% 96.5 minimum EN Alkyl ester content of linolenic acid 12.0 mass% maximum EN free glycerol Mass% 0.02 maximum ASTM D6584EN / EN Total glycerin maximum 0.25 mass% ASTM D6584 ISO Monoglyceride content Mass % 0.80 maximum ASTM D6584ISO Diglyceride content of maximum 0.20 mass% ASTM D6584 ISO Triglyceride Content maximum Mass%0.20 ASTM D 6584ISO 14105

15 The biofuel must always be visually free of undissolved water, sediment and suspended particles. (1) The values for these parameters should be set in the specific technical standards to be defined for any mix biodiesel-diesel in any proportion. The defined values should be supported by studies inaccreditedlaboratories and certified by competent authority. (2) The residual carbon should be determined for 100% of the sample. (3) It is recommended to supplement with ASTM D4625 method, with maximum levels of 1.5 mg / 100 ml to 6 weeks. NOTE: The reference net calorific value reported by the ASTM D240 method should be around 39500KJ / Kg