Akka Group

EN590 Diesel Fuel EN590 DIESEL FUEL PRODUCT ORIGIN: KAZAKHSTAN DELIVERY: CIF, FOB, TTO INSPECTION: SGS PAYMENT METHOD: TT, MT103, TRC20USDT Quantity. 100, 000MT per month for 13 months. Shipping Terms. CIF is possible, yes. Destination Port. Jurong Singapore possible

DIESEL FUEL OIL D6 Minimum Quantity : 25,000,000 Gallon Maximum Qty 50,000,000 Gallon FOB Price : $2.00 USD / Gallon CIF Price : $3.00 USD / Gallon Commission : $1 USD Seller side, $1 USD Buyer side Delivery Terms: CIF / FOB Shipment. Payment Term: MT103 TT Wire Transfer. Quality : Q&Q test report will be conducted at the loading port by SGS equivalent at the expense of the seller. Products Origin: KAZAKHSTAN. Contract Term: 12 Months minimum after first successful trial (with rolls and extensions). PORT OF LOADING: JURONG PORT, SINGAPORE, AKTAU, PAVLODAR, KURYK, FUJAIRAH, VLADIVOSTOK, ROTTERDAM AND HOUSTON PORT. Contact us for detail procedure of CIF/FOB/TTV/TTO.

(EN590) 10 PPM/50PPM Origin: Kazakhstan The detailed specification: Meets all International Standards Total Spot quantity order: 100,000MT The price and discount: - FOB ROTTERDAM AND CIF OTHER COUNTRY: DISCOUNT $50 PER MT FROM NWE PLATTS - CIF ASIA: DISCOUNT $70 PER MT FROM SINGAPORE PLATTS Shipment: - TANK TO VESSEL ROTTERDAM PORT or DESTINATION PORT as per conditions in Seller`s FCO Payment terms: As agreed per attached Seller`s SCO / FCO and PROCEDURE, via MT103 Payment Procedure: According to the terms of the contract, to be mutually agreed upon by Buyer & Seller. Inspection: SGS for Quantity and Quality, at embarkation port, DIP TEST

SPECIFICATION of ULSD 10 ppm Diesel Fuel (EN590) Density at 15 0C Kg.m3 820-845 Polycyclic aromatic hydrocarbons EN 12916 wt% B Max Flash Point EN 2719 0C >55 Cold Filter Plugging Point CFPP EN 116 0C Winter Grade -15 Max Summer Grade 5 Max Distillation EN ISO 3405 Recovered at 250C Vol% 65 Max Recovered at 350C Vol%95% (Vol/Vol) Recovered at 0C 360 Max 85 Min Sulphur EN ISO 20846 EN ISO 20884 Mg/kg 10 Max Carbon Residue (on 10%residue) EN ISO 10370 wt% 0.30 Max Viscosity at 40C EN ISO 3104 Cst 2.0-4.5 Copper Strip Corrosion (3h a5 50C) EN ISO 2160 Fatty acid methyl ester(FAME) content EN 14078 Vol% 7.0 Max Cetane Number EN ISO 5161 EN 15195 51 Min Cetane Index EN ISO 4264 Calculated 46 Min Water EN ISO 12937 Mg/kg 200 Max Particulate Matter EN 12662 Mg/kg 24 Max Oxidation Stability EN ISO 12205 EN 15751 G/m3 H 25 20 Max Min Lubricity (wsd1,4) at 60C EN ISO 12156/1 Um 450 Max Quantity: Minimum 25.000 MT - Maximum 100.000 MT Origin: Kazakstan Loading Port: Gorgia Batumi Payments (SBLC or BG) via MT-760 unconditional, cashed back from top 25-30 world banks with sellers acceptable verbiage.

Agricultural urea N46 46% Properties of urea Urea, also known as carbamide, carbamide and urea. Pure urea is white, tasteless, odorless, needle shaped or prismatic crystal, with a melting point of 132.7 â?? under normal pressure. It is hygroscopic, deliquescent, hydrolyzable, and weakly alkaline. It is made into compound fertilizer with acid fertilizer. Urea is an organic compound composed of carbon, nitrogen, oxygen and hydrogen. It is a white crystal. Urea is one of the simplest organic compounds. The most important use of urea is as fertilizer. Its nitrogen content is more than 46%. After being converted into ammonium carbonate in soil, urea is hydrolyzed and absorbed by plants. It is the nitrogen fertilizer with the highest nitrogen content at present. Molecular formula of urea: CO (NH2) 2, molecular weight 60.06, density 1.335g/cm �³ï¼? The melting point is 132.7 â??. Soluble in water and alcohol, insoluble in ether and chloroform. It is slightly alkaline. It can react with acid to form salt. It has hydrolysis. Condensation reaction can be carried out at high temperature to produce biuret, triuret and cyanuric acid. Heat to 160 â?? and decompose to generate ammonia gas and turn into cyanic acid at the same time. Urea can be hydrolyzed into ammonia and carbon dioxide under the action of acid, alkali and enzyme (acid and alkali need to be heated). Unstable to heat, heat to 150 â??ï½? 160 â?? to deamination to biuret. Urea is easily soluble in water, 105g can be dissolved in 100ml water at 20 â??, and the aqueous solution shows neutral reaction. There are two kinds of urea products: crystalline urea is white acicular or prismatic crystal with strong hygroscopicity; Granular urea is a translucent particle with a particle size of 1~2mm, which has a smooth appearance and improved moisture absorption. Urea is a physiologically neutral fertilizer, which does not leave any harmful substances in the soil and has no adverse effects after long-term application. However, a small amount of biuret, also known as biuret, will be produced when the temperature is too high during granulation, which has an inhibitory effect on crops. Urea is molecular before conversion and cannot be adsorbed by soil, so it should be prevented from being lost with water; The ammonia formed after conversion is also volatile, so urea should also be deeply covered with soil. Urea is the first synthetic organic substance and widely exists in nature, such as 0.4% urea in fresh human feces. The new version of national standard GB/T2440-2017 for urea has been officially implemented since July 1, 2018. Compared with the replaced 2001 standard, certain adjustments have been made. New standard GB/T2440-2017

CASå?·:57-13-6 Urea for vehicles, agricultural urea, urea N46ï¼? When the temperature of urea is below 20 â?? and the relative humidity is below 70%, it will not only not absorb moisture, but also evaporate water and reduce its water content; When the temperature exceeds 20 â?? and the relative humidity is higher than 80%, it starts to absorb moisture, and becomes paste when it is serious. When the air is dried again, it will re agglomerate, which is only inferior to ammonium nitrate. When the urea aqueous solution is at 80 â??, hydrolysis and decomposition reactions will occur, forming ammonium carbamate, ammonia gas and carbon dioxide respectively. Under acid and alkaline conditions, urea will decompose faster when it is heated. Urea is easy to combine with straight chain carbohydrates to form crystalline additional compounds; It forms a variety of double salts with various inorganic compounds, such as Ca (NO3) 2 �· 4CO (NH2) 2, NH4Cl �· CO (NH2) 2, CaChemicalbookSO4 �· 4CO (NH2) 2, MgSO4 �· 4CO (NH2) 2 �· 3H2O, Mg (NO3) �· 4CO (NH2) 2 �· 2H2O, etc; It is easy to form urea phosphate, dicalcium phosphate and water with monocalcium phosphate, namely Ca (H2PO4) 2 �· H2O+CO (NH2) 2 â?? H3PO4 �· CO (NH2) 2+CaHPO4+H2O; With nitric acid, it is easy to form urea nitrate, CO (NH2) 2+HNO3 â?? CO (NH2) 2 �· HNO3, which combines and relaxes the two; It can combine with formaldehyde to form urea formaldehyde compounds (uric acid rubber shrinks), in which the higher proportion of formaldehyde is urea resin, and the lower proportion is slow-release (effective) urea.