Fore Port *

MidShip Port *

Aft Port *

Fore StarBoard *

MidShip StarBoard *

Aft StarBoard *

Sounding Actual (m) *

Tank Length (m) *

Tank Breath (m) *

MID (CM) *

LBP *

FORE (CF) *

Distance Of SDG Pipe From Aft Bulkhead (m) *

AFT (CA) *

Please Confirm The Calculated Information

Fore

MidShip

Aft

Sounding Actual (m)

Tank Length (m)

Tank Breath (m)

Distance Of SDG Pipe

LBP

FORE (CF)

MID (CM)

AFT (CA)

LBM

ObservedTrim

CorrectedTrim

Corrected Sounding

MidShipCorrection

Wedge Volume (Cu.m)

MidMeanDraft

DistanceSndPipe2

DxTrimByLBP

ApparentTrim

Fore Mean Draft

Stem Correction

Corrected Fore Draft

Aft Mean Draft

Stern Correction

Corrected Aft Draft

Corrected Trim

Sounding Correction

Corrected Volume Of Liquid

Density in (Kg/m3) *

Temperature(°C) *

Volume(Cu.M) *

Please Confirm The Calculated Information

Density in (Kg/m3)

Temperature(°C)

Volume(Cu.M)

VCF (54B)

Std Volume(Cu.M)

Calculation Method *

ISO 8217:2010

ISO 8217:2005

ISO 8217:1996

ASTM D4868

Fuel Category *

Residual

Distillate

Ratio Type *

%v/v

%m/m

Density at 15 °C *

Water *

Ash Content(% m/m)

Sulphur Content(% m/m)

Please Confirm The Calculated Information

Calculation Method

Fuel Category

Density at 15 °C

Waters

Ash Content(% m/m)

Sulphur Content(% m/m)

Gross Specific Energy(Mj/Kg)

Net Specific Energy(Mj/Kg)

Units

Gross Heat of Combustion *

Hydrogen(%m/m) *

Please Confirm The Calculated Information

Gross Heat of Combustion

Hydrogen(%m/m)

Net Heat Combustion(Mj/Kg)

Density at 15 °C(Kg/m3) *

Viscosity(mm2/s) *

at Temp (°C) *

Please Confirm The Calculated Information

Density at 15 °C(Kg/m3)

Viscosity(mm2/s)

at Temp (°C)s

CCAI

CII

Calculation Method *

ISO 4264

ASTM D976

Density at 15 °C (Kg/m3) *

10% Recovery Temperature (°C) *

50% Recovery Temperature (°C) Sulphur Content(% m/m) *

90% Recovery Temperature (°C)

Please Confirm The Calculated Information

Density at 15 °C(Kg/m3)

Calculation Method

10% Recovery Temperature (°C)

50% Recovery Temperature (°C)

90% Recovery Temperature *

Calculated Cetane Index

X1

X2

X3

Ratio Type * `

Volume%

Weight

Parameter Name

Unit

Fuel1

Fuel2

Density At 15 °C

Kg/m3

Flash Point

°C

Viscosity

mm2/s

Viscosity Temp

°C

Micro Carbon Residue

%m/m

Sulphur

%m/m

Ash

%m/m

Vanadium

mg/kg

Sodium

mg/kg

AL + SI

mg/kg

Blend Ratio

%

Please Confirm The Calculated Information

Parameter Name

Unit

Fuel1

Fuel2

Blend

Density At 15 °C

Kg/m3 *

Flash Point

°C

Viscosity

°C

Micro Carbon Residue

%m/m

Sulphur

%m/m

Ash

%m/m

Vanadium

mg/kg

Sodium

mg/kg

AL + SI

mg/kg

Flash Point Temp1 °C

Flash Point Temp2 °C

ViscosityTmp1 °C

ViscosityTmp2 °C

RatioType

Viscosity

Temperature

Viscosity1 (mm2/s) *

Viscosity2 (mm2/s) *

Temperature1 (°C) *

Please Confirm The Calculated Information

Calculate

Viscosity1 (mm2/s)

Temperature1 (°C)

Viscosity2 (mm2/s)

Temperature2 (°C)

Num1

Num2

Num3

Calculate

Specific Gravity To API Gravity

API Gravity To Specific Gravitys

Input Value

Input Value *

Please Confirm The Calculated Information

Specific Gravity To API Gravity

Input Value

Converted Value

Units *

°C

°F

Temperature

Temperature *

Please Confirm The Calculated Information

Temparature

Units

Converted Temperature

Type of Calculation *

Service System

Fuel Switching

Rate Of Fuel Consumption (engines) *

Fuel Quantity *

HSFO Sulphur Content *

LSFO Sulphur Content *

Sulphur Content at Engine Inlet *

Please Confirm The Calculated Information

Rate Of Fuel Consumption (engines)

Fuel Quantity

HSFO Sulphur Content

LSFO Sulphur Content

Sulphur Content at Engine Inlet

Change-Over Time Required to Complete

Fuel Consumption [m3/hr] *

Fo System Capacity(litres) *

Fuel Oil Quality

HSFO

LSFO

Density @15ºC [g/mL]

HSFO Density *

LSFO Density *

Viscosity [mm2/s]

HSFO Viscosity *

LSFO Viscosity *

Viscosity Temp [ºC]

HSFO Viscosity Temp *

LSFO Viscosity Temp *

Sulphur [%m/m]

HSFO Sulphur *

LSFO Sulphur *

Please Confirm The Calculated Information

Time [min]	% HSFO	HSFO Qty	% LSFO	LSFO Qty	S[%m/m]