Godrose Oil & Gas

GODROSE OIL & GAS
To: Our estimable customers
cooking Gas safety tips for our homes
We bring to you Safety Tips for home use of cooking gas..
GAS is used by people all across the globe for various applications in a safe and consistent manner. However, safety always has a scope for improvement. Because we know that your kitchen is always buzzing with activity with adults cooking and kids sneaking in to grab a bite, we at GODROSEGAS have a few safety tips for you.
Your little effort goes a long way, so we are here to guide you throughout, from new connection to order refill. So that you rest assure and cook with ease, enabling you have all the more reasons to appreciate the exceptional service we are rendering to you.To make the most of gas stoves and ensure they keep providing these benefits in the long run, it is imperative that you take care of a few important things and keep safety a top priority in the kitchen. The most significant gas stove safety issues and the way to combat them is discussed in this list.
Our priority is to keep you and your family safe
We are more than justgas seller, We are a watchful companion
For the purpose of this write up we will limit our focus to cooking gas Safety Tips and precautions in our day to day Home use of cooking gas.
COOKING GAS SAFETY TIPS.
Keep the doors and windows of your kitchen open for proper ventilation.
Do not place flammable or plastic items near the flame.
Never leave your cooking unattended.
Wear clothes that do not catch fire easily.
Place your cylinder away from the kitchen in an accessible place,
in case fire occurs in kitchen accidentally, you can safeguard cylinder from getting heated and also close the cylinder valve easily to stop gas supply to the fire area. In summary, do not keep the gas cylinders in the kitchen
Wear clothes that do not catch fire easily.
It is essential that the burners are turned on only for the duration of cooking. Leaving the flame unattended to while not cooking may lead to accidents and fire hazards.
If the spark does not light up as soon as the burner is turned on, you must turn it off and wait for a few seconds before turning it on again.
Camp gas is not for home cooking. Do not use it for cooking indoor. As the name implies they are used in open and well ventilated area.
Do not shake to determine level of gas consumed, apply water on the cylinder body it will
Do not put on the gas before striking a match.
Avoid using phones in the kitchen
If you suspect gas cylinder or gas appliance is not working fine, do no use it.
For those with dual functions. Do not use electric burner and gas at the same time.
Be very cautious because if the gas escapes accidentally, the room can fill with gas very quickly, that’s why ventilation is very important.
Please, do not connect or disconnect cylinders near a naked flame
do not use gas in windy conditions
always keep cylinders cool and away from flames, sparks and heat.
Only use approved or certified hoses and connections designed for gas – never use home-made ones.
Keep the regulator k**b to OFF position when cylinder is not in use.
Always keep the cylinders in a vertical position with the valve on top.
Wear clothes that do not catch fire easily.
Close the regulator k**b to OFF position when cylinder is not in use.
When your cylinder will not be in use for a long period, disconnect the regulator from the cylinder and store in a well wentilated place.
Always store the LPG cylinder in an upright position and away from other combustible and flammable materials.
As a good practice, change the suply ( hose) tubes once a year .
Make sure all parts of your cooking gas system are in good condition.
in case of Seriouse leakage
Do not panic.
Close regulator and burner k**bs.
Open all doors and windows for ventilation.
Use all available ventilation to disperse the gas
Extinguish all flames, lamps, incense sticks and sources of fire.
Put the safety cap on the cylinder.
Call your distributor or emergency service for evaluation.
Do not operate electrical switches and appliances in the room.
Isolate main electrical supply from outside.
Preventing Gas leakage and Fire Hazards
Once you notce that the gas is leaking and you can smell its odor, turn off the burners open the windows, do not turn it back on until the scent is wholly expelled out of your home. If you still face issues of leakage, do not use your gas stove unless you get experts to come and fix the problem.
Personal Precaution
You should keep children out of the kitchen while cooking and teenagers should not be allowed to cook alone. Taking these steps are not enough to ensure total safety, but they guarantee that you do not experience an accident that leaves you feeling silly and reckless.
Is LPG explosive?
When the gas meets a source of ignition it can burn or explode. Cylinders can explode if involved in a fire. LPG can cause cold burns to the skin and it can act as an asphyxiant at high concentrations.
What happens if your stove leaks gas?
Faulty gas stove can cause massive gas leakage into the atmosphere of the room and if this is unoticed, it could cause serious fire hazard,
It is advices that you contact your nearest gas stove repairer to check on the stove.
Your safety keeps us in business.
If you noticed any situation that looks suspicious to you in your kitchen pls done fail to call or WhatsApp (GODROSEGAS) on the numbers bellow this palmflet. We shall be glad to be part of your safety.
Thank you.
For: GODROSE GAS
Our services includes
Repair and serving of gas cookers
Sale of cooking gas
Sale of accessories
Home delivery services
Consultations
Call us today on
08039271224, 08036612009.
E-mail us at [email protected]
Or visit our offices at :
No. 1, Adewale Rasheed close, opposite pastor Olusola bus stop, Agric Road Egan - Igando,
No. 15, Kayode Awoniyi Street, adjacent Lightsome private school, Aniya last bus stop, Egan - Igando.

Less weight durable and safe

2 things we must enter our kitchen with
1. Activated sense of smell to detect leakage from our cylinders or cookers
2. Activated sense if listening to know if there is leakage also from the cooker and cylinders
Why.
Some gas doesn't have odour while some does
And those that doesn't you will only detect leakage by listening and expect to hearing the sssss sound.
Do have a lovely evening
More tips on caution on how to use gas at home.

Do you know that the air in your cylinder converts to liquid(gas) in cold weather and back to air in hot weather?

https://www.google.com.ng/amp/s/punchng.com/safety-in-focus-as-more-people-embrace-cooking-gas/amp/

Safety in focus as more people embrace cooking gas ’Femi Asu As more Nigerians shift from kerosene to Liquefied Petroleum Gas for cooking, industry stakeholders have highlighted the need for more sensitisation to safety in order to prevent acciden...

https://www.elgas.com.au/blog/492-what-is-lpg-lpg-gas-lp-gas

Propane
LPG – Liquefied Petroleum Gas – describes flammable hydrocarbon gases including propane, butane and mixtures of these gases.

LPG, liquefied through pressurisation, comes from natural gas processing and oil refining.LPG is used as heating, cooking and auto fuel.

In different countries, what is supplied can be propane, butane or propane-butane blends.

In Australia, LPG is just propane. Propane is LPG but not all LPG is propane.

LPG in a bobtail tanker truck

What is LPG - Summary:
1. LPG (or LP Gas) is the acronym for Liquefied Petroleum Gas or Liquid Petroleum Gas.
2. LPG is a group of flammable hydrocarbon gases that are liquefied through pressurisation and commonly used as fuel.
3. LPG comes from natural gas processing and petroleum refining.
4. There are a number of gases that fall under the “LPG” label, including propane, butane (n-butane) and isobutane (i-butane), as well as mixtures of these gases.
5. LPG gases can all be compressed into liquid at relatively low pressures.
6. LPG is frequently used for fuel in heating, cooking, hot water and vehicles, as well as for refrigerants, aerosol propellants and petrochemical feedstock.
7. LPG is generally stored, as a liquid, in steel vessels ranging from small BBQ gas bottles to larger gas cylinders and LPG storage tanks.
LPG Attributes Chart - Table
LPG Attributes Table
LPG Attributes Propane Butane
Chemical Formula C3H8 C4H10
Energy Content: MJ/m3 95.8 111.4
Energy Content: MJ/kg 49.58 47.39
Energy Content: MJ/L 25.3 27.5
Boiling Temp: Cº -42 -0.4
Pressure @ 21ºC: kPa 858.7 215.1
Flame Temp: Cº 1967 1970
Expansion: m3/L 0.270 0.235
Gas Volume: m3/kg 0.540 0.405
Relative Density: H2O 0.51 0.58
Relative Density: air 1.53 2.00
L per kg 1.96 1.724
kg per L 0.51 0.58
Specific Gravity @ 25ºC 1.55 2.07
Density @ 15ºC: kg/m3 1.899 2.544
Note: Some numbers have been rounded.

The following short video (8:29) explains all of the basics of LPG...

LPG Full Form - LPG Meaning - What Does LPG Stand For?
What does LPG stand for?

The meaning of LPG is either Liquefied Petroleum Gas or Liquid Petroleum Gas.

LPG goes by many names and this can sometimes be confusing.

It is also called LPG Gas, LP Gas, Propane, BBQ Gas, Camping Gas or Autogas.

Where Does LPG Come From?
LPG comes from drilling oil and gas wells.

It is a fossil fuel that does not occur in isolation.

LPG is found naturally in combination with other hydrocarbons, typically crude oil and natural gas.

LPG is produced during natural gas processing and oil refining.

It is isolated, liquefied through pressurisation and stored in pressure vessels.

How is LPG Stored?
LPG storage spheres - Horton Spheres

LPG is stored in pressure vessels.

As such, it is almost always stored in its liquid form.

These can range from small camping cannisters to BBQ gas bottles to larger gas cylinders and much larger LPG tanks or bullets.

LPG storage depots may consist of very large storage spheres, known as Horton Spheres (see accompanying image).

LPG can also be stored underground in specially built or prepared caverns.

LPG & Natural Gas Liquids – NGLs
The typical LPG gases – propane and butane – are regarded as Natural Gas Liquids - NGLs.

However, not all NGLs are LPG.

Natural gas liquids, also called Condensate, include other hydrocarbons, too.

Interestingly, LNG – liquefied natural gas – is NOT a natural gas liquid.

What are Natural Gas Liquids - NGLs?
Raw natural gas, as it comes out of the ground, contains a number of gases and compounds, as well as impurities.

However, it is predominantly methane (CH4) gas, which is more commonly known as natural gas.

The raw natural gas must be processed to obtain pipeline quality clean, dry natural gas (methane), including the removal of impurities.

NGLs – Natural Gas Liquids – or condensate are the heavier hydrocarbons that remain after the methane (natural gas) and impurities are removed.

NGLs include isobutane, ethane, ethene, propene, isobutene, butadiene, pentane, pentene and pentanes plus, as well as propane and butane.

Natural gas liquids (NGL) range from 1% to 10% of the raw natural gas flow.

How is LPG Made? What is the Production Process?
Where does LPG come from - production processLPG is made during natural gas processing and oil refining.

LPG is separated from unprocessed natural gas using refrigeration.

LPG is extracted from heated crude oil using a distillation tower.

This LPG can be used as is or separated into its three primary parts: propane, butane and isobutane.

It is stored pressurised, as a liquid, in cylinders or tanks.

LPG is Refined from Oil & Natural Gas
LPG processes from oil refining - DiagramLPG is produced during natural gas processing and petroleum refining.
Propane does not occur naturally in isolation.
LPG processing involves separation and collection of the gas from its petroleum base.
LPG is isolated from the hydrocarbon mixtures by separation from natural gas or by the refining of crude oil.
Both processes begin by drilling oil wells.
The gas/oil mixture is piped out of the well and into a gas trap, which separates the stream into crude oil and "wet" gas, which contains LPG and natural gas.
The heavier crude oil sinks to the bottom of the trap and is then pumped into an oil storage tank for refining.
Crude oil undergoes a variety of refining processes, including catalytic cracking, crude distillation, and others.
One of the refined products is LPG.
The "wet" gas, off the top of the gas trap, is processed to separate the gasoline (petrol) from the natural gas and LPG.
Once refined, LPG is stored as a liquid under pressure in gas bottles - cylinders or tanks. 45kg gas bottles shown below:
LPG Gas

The natural gas, which is mostly methane, is piped to towns and cities for distribution by gas utility companies.
The petrol is shipped to service stations.
The LPG also enters the distribution network, where it eventually finds its way to end users, including Home LPG and Commercial LPG users all around Australia and the world.
At the point of use it once again becomes a gas.
What is LPG Used For?
LPG used for hot air balloonsLPG – Liquefied Petroleum Gas – has hundreds, if not thousands, of uses including hot air balloons

The LPG uses most people can name are around the home, in their cars or for their business.

Heating, cooking and hot water are the most common domestic uses.

It is used in leisure time activities including caravans, boats, recreational vehicles and camping.

Business and industry use LPG for a multitude of processes including steam boilers, kilns, ovens and LPG forklifts.

It is also employed as a propellant, refrigerant, vehicle fuel and petrochemical feedstock.

Crop and produce drying, heating greenhouses, hot water for dairies, irrigation pumps and heating animal enclosures are just some of the agricultural applications for LPG.

Transport is also a big user of LPG (Autogas), either as propane or propane mixed with butane, to power various vehicle types.

There are also many, many more LPG applications, including power generation and the hospitality industry.

Cooking Gas
Cooking gas is no different from the typical gas provided in a given country.

If it is bottled gas, it is the regular LPG supplied in that country.

If it is piped gas, it is most often natural gas, which is primarily methane.

Which Gas or Gases are Present in LPG?
What is LPG? LPG Gas?

LPG is not just a single gas.

There are a number of gases that fall under the LPG category.

The most common of these include propane, butane (n-butane) and isobutane (i-butane), as well as mixtures of these gases.

Other gases that also fall under the “LPG” label, including ethane, ethylene, propylene, butylene and isobutylene, as well as mixtures of these gases.

In Australia, LPG is propane.

In the USA it is also propane and they call it "propane" instead of "LPG".

In New Zealand, LPG is a mixture of propane and butane.

In the UK, consumers have choices. It is referred to as either propane, butane or LPG, depending on what gas is present in the customer's choice.

LPG (Propane) Vaporisation - How LPG Boils
Did you know that every time you turn on one of your gas appliances, the LPG in your gas bottles starts to boil?

If you could see though the steel, you would also notice that it looks just like water boiling.

The big difference is that it happens at -42°C or -44°F.

Liquid LPG changing to gas vapour is called vaporisation.

To boil, the liquid LPG draws heat from the steel walls of the gas bottle which, in turn, get heat from the ambient air.

LPG vaporization - LPG boiling

LPG liquid boils and turns back into gas vapour when you release some of the pressure in the gas bottle by turning on your gas appliance.

As with water, the more heat that is applied, the more rapidly it boils, vaporising at a faster rate.

The vapour pressure in the bottle also increases with temperature, as explained below.

So, as the steel of the bottle draws heat from the ambient air heat, cold weather will slow down the rate of vaporisation.

Vaporisation also makes the gas bottle feel colder than the ambient temperature.

The gas bottle gets even colder when you are actually using the gas.

The LPG gas vapour is held in the top of the bottle and the liquid LPG at the bottom, as shown in the image above.

Almost all of the uses for LPG involve the use of the gas vapour, not the liquefied gas

LPG Composition - What is LPG made of?
The gases that fall under the “LPG” label, including ethane, ethylene, propane, propylene, normal butane, butylene, isobutane and isobutylene, as well as mixtures of these gases.
The two most common are Propane and Butane.
Isobutane (i-butane) is an isomer of butane with the same chemical formula as butane but different physical properties.

Isobutane is converted from butane in a process called isomerization.

It is classified as LPG, along with propane, butane and mixes of these gases.

LPG Properties Chart
LPG physical properties include specific gravity (density), boiling point, pressure, vapour expansion, energy content, combustion facts, flame temperature, flash point & more.

This chart shows some of the physical properties of propane, butane and isobutane…

LPG Physical Properties Chart

LPG Pressure Varies with Temperature
As previously mentioned, when LPG is stored in a gas bottle, it is under pressure.

The term “pressure” refers to the average force per unit of area that the gas exerts on the inside walls of the gas bottle.

(LPG Pressure-Temperature Chart shown)

LPG Pressure-Temperature Chart

Pressure is measured in kilopascals (kPa) or pounds per square inch (psi).

LPG pressure can vary greatly based on temperature, as shown in the chart.
The level of fill in the gas bottle comes into play when the LPG is being used, as it affects the rate of vapourisation.

As LPG is a liquefied gas, the pressure inside the cylinder will remain the same from full until the last of the liquid LPG is vapourised.

Then the pressure will fall quickly as the last of the LPG vapour is used, as well.

How Much Pressure is in an LPG-Propane Cylinder?
The pressure inside of an LPG 45kg cylinder, or larger vessel, is dependent upon the temperature of the vessel.

The higher the temperature, the higher the pressure of the LPG within the cylinder.

The pressure range for LPG (propane) is from 152 kPa (24 PSIG) at 0ºC to 1794 kPa (257 PSIG) at 54ºC.

The LPG – propane – exists as both liquid and vapour (gas) within the cylinder.

The term “pressure” refers to the average force per unit of area that the gas exerts on the inside walls of the cylinder.

The pressure drops to zero at -43ºC (which is just below the boiling point for propane) and the pressure becomes greater at even higher temperatures.

LPG is Heavier Than Air
LPG is Heavier than AirIn answer to the frequently asked question "Is LPG heavier than air", the answer is "YES".

For example, if the density of air is equal to 1.00, the density of propane is 1.53.

Butane is even heavier, at 2.00. Isobutane is heavier still, at 2.07.

On the other hand, natural gas - methane - is lighter than air, at about 60% of the density of air.

Propane
In Australia, LPG is Propane.
Propane is the gas that is supplied to virtually all homes and most businesses that purchase LPG in Australia.
LPG - propane moleculePropane is a flammable hydrocarbon gas with 3 carbon and 8 hydrogen atoms in a propane molecule.

The chemical formula for propane is C3H8. (Propane molecule model shown)

Propane is not made or manufactured, it is found naturally in combination with other hydrocarbons.

Propane is produced during natural gas processing and petroleum refining.

Propane processing involves the separation and collection of the gas from its petroleum base and other Natural Gas Liquids (NGLs).

Following its refinement, LPG is stored and distributed as a liquid under pressure until used, at which point it is utilised as either a liquid or a gas (vapour).

LPG is supplied in gas bottles that are either exchanged or refilled on site by LPG tankers.
Large users may utilise bigger LPG storage tanks.
Propane Combustion Formula
In the presence of sufficient oxygen, LPG burns to form water vapour and carbon dioxide, as well as heat.

Formula for Complete Combustion of LPG (propane):
Propane + Oxygen → Carbon Dioxide + Water + Heat
C3H8 + 5 O2 → 3 CO2 + 4 H2O + Heat
If not enough oxygen is present for complete combustion of LPG (propane), incomplete combustion occurs with water, carbon monoxide, and carbon dioxide being produced.
Formula for Incomplete Combustion of LPG (propane):
Propane + Oxygen → Carbon Dioxide + Carbon Monoxide + Water + Heat
2 C3H8 + 9 O2 → 4 CO2 + 2 CO + 8 H2O + heat

Butane
LPG - Butane molecule
Butane (n-butane) is also considered to be LPG.

Butane is a flammable hydrocarbon gas that is liquefied through pressurisation.

The chemical formula for Butane is C4H10, with 4 carbon and 10 hydrogen atoms in a butane molecule. (Butane molecule model shown)

Butane is commonly used as a fuel, propellant and refrigerant, as well as a petrochemical feedstock.

Butane is supplied to businesses that require Butane, as opposed to propane.

Butane has some specific applications where it has advantages over propane.

Butane Combustion Formula
Assuming complete combustion, you get carbon dioxide and water:

Butane + Oxygen → Carbon Dioxide + Water + Heat

2 C4H10 + 13 O2 → 8 CO2+ 10 H2O + Heat

However, with incomplete combustion you can get carbon monoxide and water

Butane + Oxygen (insufficient) → Carbon Monoxide + Water + Heat

2 C4H10 + 9 O2 → 8 CO + 10 H2O + Heat

This would typically occur if the ratio of oxygen to butane was insufficient.

Autogas
Autogas is also LPG.

Autogas that is sold at service stations can be propane or a propane/butane mix.

Not only is running an LPG car economical, but Autogas is also cleaner burning fuel than petrol, so engine life is actually extended and greenhouse gas emissions reduced.

LPG is Eco-Friendly
LPG is an eco-friendly choice, as it is a low carbon, low sulphur fuel.

LPG results in lower CO2 emissions than other energy sources, such as coal fired electricity.

For example, with coal fired electricity, replacing your electric hot water system with a 6-Star LPG continuous flow hot water system may reduce the greenhouse gas emissions produced from your hot water use by about 75%.

Final Thoughts
LPG is a versatile, transportable, low carbon fuel.

Using it requires very little infrastructure, which makes it an excellent choice for developing countries, as well as developed countries.

LPG is easy to transport, in cylinders or tankers, making it available virtually everywhere.

B-double LPG road tanker

Delivery methods can range from very sophisticated to extremely basic.

LPG pedal cart

From requiring considerable capital investment to virtually no investment at all.

Regardless of how it’s delivered, LPG is there when people need it.

Clean, safe and reliable energy for everyone everywhere

What is LPG? - LPG Gas - Liquefied Petroleum Gas (Uses - How Made) Get all the LPG facts. Learn what it is, where it comes from, it’s composition, how it works, how it’s used, why use it & all the different names for LPG…

What what you use
LPG Attributes Table

LPG Attributes Propane Butane
Chemical Formula C3H8 C4H10
Energy Content: MJ/m3 95.8 111.4
Energy Content: MJ/kg 49.58 47.39
Energy Content: MJ/L 25.3 27.5
Boiling Temp: Cº. -42 -0.4
Pressure @ 21ºC: kPa 858.7 215.1
Flame Temp: Cº 1967 1970
Expansion: m3/L 0.270 0.235
Gas Volume: m3/kg 0.540 0.405
Relative Density: H2O 0.51 0.58
Relative Density: air. 1.53 2.00
L per kg. 1.96. 1.724
kg per L 0.51 0.58
Specific Gravity @ 25ºC. 1.55 2.07
Density @ 15ºC: kg/m3 1.899 2.544
Note: Some numbers have been rounded.

8 Tips to use Gas Cylinders at your home safely to avoid Incidents
Gas Cylinder kept at your home has the tendency to get blast like a bomb. It is very important to take appropriate safety measures to avoid any mishap or incident. More than 90% of the population in the Kingdom of Saudi Arabia has to use gas cylinders to fulfill cooking and other related needs. Mishandling of these cylinders may cause a great harm to the users; we are sharing a few tips for a safe usage of gas cylinders. Everybody who has an LPG Cylinder at home must take care of the important factors regarding the safety of gas cylinders.[irp]


1-Storage place of Cylinder: It is at the top of the list that what shall be the proper storage place to keep the cylinder at? Whether a cylinder is in use or the cylinders are stored at home to be used later, it is important to place them at a safe place. The cylinders shall be placed at the well-ventilated place at home. The cylinders shall never be directly exposed to sunlight or any of the other sources of heat. The cylinders shall also be kept away from flammable substances and electrical sockets. If the cylinder is to be placed outside, it shall be kept in a cabinet that has wire net at the bottom of it, so that the LPG can escape in the air, if there is a leak in the cylinder.

2-Positioning the Cylinder: The cylinder containing LPG shall always be kept on a firm and level surface and its position must be vertical (The bottom of cylinder shall be touching that level surface and regulator side of the cylinder shall be upwards). It shall never be rolled or placed horizontally in order to get more pressure etc. It is strongly recommended that the regulator and valve of the cylinder shall be within easy reach of the users.


3-In case a leak is suspected: If a user feels the smell of gas spread in the air, it might be because of a leakage of LPG cylinder. It is extremely dangerous to light a lighter to confirm the leakage. Lighting a lighter can easily lead to a widespread fire or explosion. If a leak is suspected, the gas cylinder shall be turned off from the regulator at the first place. Instead of using a lighter, soap and water solution shall be used. If there is leakage, soapy water will produce bubbles and the leak will be detected without any harm and if the connection is good and there is no leakage, the soap water will flow away as a liquid. It is important that no electrical appliance shall be turned on or off from the on and off button. All the windows and doors of the home shall be opened so that the leaked gas can disperse in the air. If the leakage is still going on, concerned people shall be called to handle the cylinder and meanwhile, cylinder shall be immediately placed in a well-ventilated place.


4-Replacement of Gas Cylinders: For the safety of LPG users a list of authorized LPG providers is issued. People shall contact only those approved distributors to get a new or replaced cylinder. While purchasing a new one only authorized people shall be contacted and when a used one needs to be replaced people shall call only the same person to get the replacement for their cylinder. The cylinder shall be replaced with a company filled and sealed cylinder, one shall not choose manual re filling of the cylinder.


5-Maintenance: It is important to keep the cylinder in a well-maintained condition. In fact, if a problem occurs with any of the parts of LPG Cylinder, it may not be so clear to be noticed easily. Normally, the accidents occur because of malfunctioning of any of the parts. Therefore, experts recommend that check-ups shall be done on regular basis. The user shall always check that the cylinder is not having any dent, rust or any kind of damage. Cylinder’s validity shall always be kept in consideration, based on the date of manufacture and retest dates are helpful in this regard. These dates are usually written on the cylinder’s bottom plate. Whenever the maintenance of cylinder is required, an authorized company shall only be contacted for this job, authorization here means the authorization by “Civil Defense Department”. Similarly, if an accessory is to be purchased, it shall only be purchased from an authorized gas distributor.



6-Transportation of Gas Cylinders: Usually people do mistake when it comes to the transportation of cylinder. It is observed that some of the users are habitual to roll it from a place to another. One shall never roll the cylinder and the cylinder shall never be thrown or dropped on the ground. It is important to note that the valve of the cylinder is to be kept upwards always.


7-It is highly recommended that when the LPG is not in use and especially while leaving the house, the valve or regulator of Cylinder shall be turned off. Unexpected accidents can easily be avoided if people take care of this vital safety tip.[irp]


8-It is important to note that only one cylinder shall be connected to one coo