Infrastructure Infrastructure is composed of public and private physical structures such as roads, railways, bridges, tunnels, water supply, sewers, electrical grids, and telecommunications (including Internet connectivity and broadband access).

In general, infrastructure has been defined as "the physical components of interrelated systems providing commodities and services essential to enable, sustain, or enhance societal living conditions" and maintain the surrounding environment.

LPG - installations
Only qualified installers that has been approved and passed the LPGSA installer courses may perform gas installations as listed below: Domestic (This is done at residential properties (Freestanding houses, Complexes and Estates) Industrial (This is done at Take-Aways, Mall’s and Schools) Commercial (This is done where an installation from a BULK storage tank has to be performed) To see if an installer is registered see link below: https://saqccgas.co.za/

LPG – bulk
LPG is stored in various “BULK” Containers due to the volume that needs to be stored at any point in time. Mainly used in production sectors and examples of storage vessels are seen below:

LPG – cylinders
LPG is stored in steel tanks called “cylinders” due to the high pressure under which is being placed under. This is to ensure that the container does not “burst” or “explode” when moved or transported.

LPG-USES

Rural heating
LPG can be used as a power source for combined heat and power technologies (CHP). CHP is the process of generating both electrical power and useful heat from a single fuel source. This technology has allowed LPG to be used not just as fuel for heating and cooking, but also for decentralized generation of electricity.

Cooking
LPG is used for cooking in many countries for economic reasons, for convenience or because it is the preferred fuel source.

Oxygen is the most important clinical gas used in health care centers and Hospitals. No modern hospital can manage without an oxygen gas Generator. Pure oxygen is an essential resource in the operating room during anesthesia, for the respiration of patients, and in the intensive care or neonatal units. The constant high demand for this gas renders substantial expenses for hospitals. Currently, hospitals buy oxygen from bulk Oxygen Gas Generator manufacturers. The bulk oxygen is bought in both liquid and gaseous form. These sources of oxygen can become an economic burden as large hospitals can spend more money in a year on oxygen supply alone.

Fortunately, Medical oxygen can be generated on-site in any hospital, clinic, or health care center in a much more cost-effective manner. Using the pressure swing adsorption method oxygen is generated and it is being used, thus enabling a health care center to be self-sufficient in meeting its oxygen demand.

PSA methods are capable of producing oxygen in medium capacity. This is ideal for an on-site hospital unit, because it is a safe process with reasonable energy and area requirements. These are all acceptable as per USP and Global standards.

As a first step in developing a filling station, a business case needs to be developed in order to establish whether the project will economically be viable. To set the basis for the project, a feasibility/concept study needs to be conducted in order to establish whether there is a market to serve in the surrounding areas, identify the infrastructure requirements to meet the market demand, determine the project cost estimates and conduct a financial analysis to determine whether the facility will be able to deliver fuel on a cost-competitive basis. Most important will be to determine if the desired return on investments could be reached.

Design and development of contemporary fuel stations for new and existing businesses.