India’s First Complete LPG Liquid Off-take System that requires ZERO Electrical Power

Comprehensive, Plug-and-Use Solution

Our plug-and-use systems streamline the use of Liquid Off-Take LPG Cylinders, featuring:

Key Features

Liquid LPG Pressure Regulation
Regulators designed to function at temperatures as low as -20°C.
Includes standby regulator to prevent operational breakdowns
Over Pressure Shut Off with Bypass
Over-pressure shut-off mechanism designed to automatically stops LPG flow if pressure exceeds safe levels.
Includes bypass for continued operation while addressing any issues that may trigger the shut-off mechanism.
Gas filter with 50 micron pore dimensions, which helps in maintaining the purity of the LPG and protecting the components from impurities.
Liquid Trap with Float
Float valve tailored to LPG's density.
Prevents liquid LPG from passing downstream.
Acts as a trap for heavy hydrocarbons.
Delivers only gas phase LPG and mitigates the risk of liquid carryover.
Fire-Safe Certified Ball Valves
Certified Fire Safe ball valves used throughout the system which are designed to maintain integrity in the event of fire.
Zinc coated for corrosion resistance.
Gauge Isolation Valve with Bleed option
Gauge Isolation Valve rated for 6000 PSI working pressure at 65°C.
Facilitates safe pressure release and maintenance with a bleeding mechanism.
Safety Relief Valves
Maintain safe operational pressures.
Prevent dangerous pressure build-ups mitigating potential system failures or safety hazards.

India’s First Complete LPG

Liquid Off-take System

that requires

ZERO Electrical Power

Plug &Use LPG
Liquid Off Take
Systems

Our plug-and-use systems streamline the use of Liquid Off-Take LPG Cylinders, featuring:
AmbientAirVaporizers that efficiently convert Liquefied Petroleum Gas
(LPG) into gas without electricity.
Simple and efficient design based on eco-friendly principles.
Optimal performance in a user-friendly format.
Performance and efficiency while prioritizing safety.

Typically a electrically heated water bath or dryvaporiser requires 12 kW of
electrical power to vaporise 100 kg of LPG. Considering one unit of
electricity costs Rs.8.00 this below table shows the savings on operating cost
by using Ambient Air Vaporiser.

Our Ambient Air Vaporiser is a
breakthrough in LPG vaporisation
technology. Here’s a closer look at the
process:

-> When the liquid LPG pressure is reduced
and ambient heat is applied via the heat
exchanger, which also maximises
contact with ambient air through its large
surface area, the liquid undergoes a
phase transition from liquid to gas.

-> This transition occurs attemperatures
and pressures specific to each
substance, illustrated in phase diagrams.

-> The vaporisation process is governed by
the First and Second Laws of
Thermodynamics, principles of phase
equilibrium, and heat & mass transfer,
allowing the liquid tovaporise at
temperatures below its standard boiling
point due to the reduced pressure.

This performance, along with compliance with IS 6044 Part 1
safety standards, underscores our commitment to safety and
environmental sustainability.

Specially Designed Float Valve

Liquid LPG Pressure Regulation

Over Pressure Shut Offwith Bypass

Gauge Isolation Valve with Bleed option:

Fire-Safe Certified Ball Valves

Safety ReliefValves

While ambient temperature influences vaporisation efficiency, our system
operates optimally at atmospheric temperatures as low as 12°C, witha
maximum outlet pressure of 1 kg/cm?. Higher outlet pressures require higher
ambient temperatures, and vice versa.
According to IS 6044 Part 1, pipeline networks downstream of the first
stage Pressure Regulating Valve should not exceed 1.5 kg/cm?.
Commercial burners, per IS 14612, are designed for a maximum pressure
of 1.5 kg/cm? but are most efficient at0.35 kg/cm?, where they achieve
approximately 45% efficiency. It has been noted that higher pressures
reduce efficiency.
Industrial burners operate ata maximum of0.30 kg/cm?, thus more than
1 kg/cm? outlet pressure is not required under any circumstances.

FlowRight mini AA is designed to suit a broad range of
applications, offering various configurations to meet specific needs.
With output capacities ranging from 10 kg/hr to 30 kg/hr, we can
accommodate the unique demands of different operational scales,
ensuring optimal performance and efficiency for each client.
Our system configurations have been meticulously thought out,
ensuring optimal performance and safety for a broad range of
applications.

4+4 Cyl. Manifold with 30 kg/hr Ambient Air Vaporiser L 3500mm X W 1000mm X H 2400mm

6 Cyl. Manifold with BH 30 kg/hr Ambient Air Vaporiser
L 3500mm X W 1000mm X H 2400mm

4Cyl. Manifold with 20 kg/hr Ambient Air Vaporiser
L 3000mm X W 1000mm X H 2400mm

2+2 Cyl. Manifold with 15 kg/hr Ambient Air Vaporiser
L 1800mm X W 1000mm XH 2400mm

2 Cyl. Manifold with 10 kg/hr Ambient Air Vaporiser
L 1000mm X W 1000mm X H 2400mm

2 Cyl. Manifold with 15 kg/hr | L 1800mm XW 1000mm X H 2400mm

3 Cyl. Manifold with 20 kg/hr | L 1800mm XW 1000mm X H 2400mm

3+3 Cyl. Manifold with 20 kg/hr | L 1800mm XW 1000mm X H 2400mm

4 Cyl. Manifold with 30 kg/hr | L 1800mm XW 1000mm X H 2400mm

8 Cyl. Manifold with 30 kg/hr | L 1800mm XW 1000mm X H 2400mm

GASSOL’s innovative Ambient Air Vaporiser, first of its kind in the industry
underwent an extensive two-year testing period before its deployment. Our
ever-growing number of satisfied clients report consistent and reliable
performance even after more than a year of continuous operation.