Bidirectional and two phase transloading & Fiscal metering.

Highly accurate net batching

Measuring of LPG liquid phase and LPG return vapor phase  to include gaseous component into calculation

Compact system on single skid

Use of Coriolis mass flow meter

Remote operation, certified according to OIML R-117-1 and MID directive

It is required for downstream protection by means of control valve.

Number and type of installed safety devives depend to customer request and local regulations.

Can be combined flow & pressure reduction and control.

Can be of one or two reduction stages.

Transferring LPG between modes of transport, whether from refinery to terminal, terminal to supplier, supplier to storage facility or supplier to end user. The modes of transport include marine, pipeline, rail, air and truck.

Auto Gas stations modules for filling LPG gas in cars and other vehicles with storage tank capacity ranging from 3.000 Liters to 10.000 Liters and with the choice of single or double nozzle LPG dispenser ;

custom built ready to install plant

easy to operate and cheap maintenance

with all safety features

PED & ASME design code

design pressure 25bar

temperature range -20°C / +55°C

This application can be customized by many design factors:

type of air elimination device; a) air eliminator buffer tank b) bulk air eliminator in front of the meter

type of pump for hose stripping at end of unloadinbg

safety devices for pump dry run prevention system

connection trough flexible hose or rigid arm

above or below ground for NPSH limitation

HMI & operator identification

A blending system is designed to produce the scheduled blend volume by means of using two or more components. Main application are:

– bio fuels

– bunker fuels (IFO)

– crude oil

– lube oil

– LPG

Can be made by following techniques:

– Batch Blending

– In-line Blending

– Simultaneous Metered Blending

Additive injection systems ensure safe and accurate dosing of additives to fuels. Main applications are:

IVD Additives

Red/Yellow Dye

Lubricity Additive

Anti-static Additive

Ethyl Mercaptan

Liquid Performance Catalysts

Cetane Improver

Custody transfer of ownership of Fuel Oil demand for a small level of uncertainty to prevent  a significant loss of revenue. Local national or international Wheigh & Measure standard drives the selection of primary flow element (including Ultrasonic, Turbine, Orifice, Positive Displacement), the number of runs, the lay out, the instrumentation & control and the proving system. The optimal design results into the best solution to allow better quality, safety, accuracy and performance while minimizing the fabrication, trasportation, installation and ownership cost.

There are a wide range of trasfering and forwarding services inside a power plant or a tank farm.

from fuel inboud (rail car‚ ship‚ tank truck) into storage

from treated to untreated tank

from storage to day tank

from storage or day tank to fuel injection pump

from tank to loading rack.

The distance that the fuel has to travel, the service level, the product temperature and viscosity, the NPSHa and other working or enviromental factors drive the selection of the pump. Commonly used pumps in this application include three screw‚ two screw and centrifugal.

Each flowmeter need to periodically re calibrated. Frequency or recalibration and method are either imposed by local Wheight & Measure standard or by end user speficication. Proving methods are:

pipe prover

piston prover

fixed volume prover or

master meters

Selection of the above method is driver by:

W&M standard

type of flowmeter

working condition (pressure, temperature and viscosity)

application (batch loading or continuos transfer)

permanenet or mobile required service