Oxagon NEOM: Saudi Arabia’s Floating Industrial Mega Project | Vision 2030
Introduction: Oxagon – A Groundbreaking Industrial City
Oxagon NEOM is an industrial and urban development project spearheaded by the kingdom of Saudi Arabia. It will become one of the largest floating industrial complexes in the world, incorporating state-of-the-art smart manufacturing techniques with advanced logistics, renewable energy sources and sustainable industrial developments to provide a new way of thinking about how industry operates.
Oxagon is unique because it has been designed on a combination of traditional industry concepts and new design ideas. The facility’s shape (octagonal) with floating features allows for easy integration of manufacturing, ports, housing and innovation. The facility’s design was developed to promote operational efficiency, strengthen connectivity between the global trading environment, increase global technology adoption, and reduce the negative impacts of traditional industries on the environment.
Success for the city will depend largely on both the underground and above ground infrastructure of Oxagon. Utilisation of plastic pipe systems, including high density polyethylene (HDPE), polyvinyl chloride (PVC), glass fibre and telephone conduit systems, will form the basis of the networks for water, energy and data transport.
The Strategic Role of Pipes in Oxagon
Why Pipes are
Pipes are an essential component of Oxagon, providing:
- A steady supply of potable water to industrial and residential areas.
- An effective method of managing wastewater and stormwater
- A secure method of delivering telecom and fibre-optic services.
- An effective and safe method of distributing electrical power within the industrial complex.
- A long-term solution to severe environmental conditions.
- Without high-quality piping systems, Oxagon’s ambitious industrial and logistics operations will be subject to service interruptions, maintenance problems and safety hazards.
Infrastructure Applications of Pipes in Oxagon
- Water Transportation: HDPE and PVC pipes transport potable water throughout industrial, commercial, or residential regions in Canada.
- Sewage/Wastewater: Both PVC and HDPE pipe materials make it possible to transport sewage and wastewater sustainably and reliably.
- Telecom/Data Networks: Microducts and conduits protect the fibre optics and provide them a means to connect to high-speed broadband and Internet of Things (IoT) services.
- Electrical Networks: PVC and HDPE conduits protect high and medium voltage cables throughout the city’s electric power distribution network.
- Stormwater/Drainage: Corrugated pipe is utilized to manage surface runoff, drain roadways, and carry heavy loads associated with industrial businesses.
Leading Construction Companies in Oxagon
Implementation of Oxagon is done by a collaboration of international EPC leaders and regional builders. All these firms depend on high-performance pipe systems for maintaining efficiency and meeting standards:
- Bechtel: Industrial zones EPC and civil engineering excellence
- AECOM: Infrastructure design, smart logistic solutions, master planning
- Jacobs Engineering: Industial Systems with Integrated Technology
- Hyundai Engineering / Samsung C&T: Mega structures and ports
- Saudi Binladin Group & Nesma & Partners: Local execution of industrial and civil engineering.
Types of Pipes Used in Oxagon and Their Applications
1. HDPE Pipes (High-Density Polyethylene)
– HDPE pipe would be the main piping material used for Oxagon’s industrial/utility infrastructure.
Its primary attributes make it the right choice for Oxagon because it is:
– Durable and flexible for both underground and long span installations.
– Resistant to chemicals and corrosive elements in industrial environments.
– Easy to install by using butt-fusion or electro-fusion connections.
Some examples of where HDPE pipe could be utilized:
– Water main distribution systems
– Pipelines for industrial cooling and chemical conveyance.
– Underground utilities.
– Systems for fiber optic microducts.
Specifications:
| Feature | Range |
|---|---|
| Diameter | 32mm – 1200mm |
| Material Grades | PE63, PE80, PE100 |
| Pressure Rating | PN6 – PN25 |
| Wall Class | SDR 9 – SDR 21 |
| Jointing | Butt fusion, electrofusion, flanged |
2. PVC Pipes (Polyvinyl Chloride)
PVC pipe is an economical, light weight, and corrosion resistant option for non-pressure water delivery systems, drainage systems, and electrical conduits.
Uses of:
- Systems that use gravity to transport waste (e.g., sewage).
- Pipes that carry fluids under low pressure (e.g., water).
- Conduits of various types used to provide Electrical and Telecommunications networks.
Specifications:
| Feature | Range |
|---|---|
| Diameter | 20mm – 500mm |
| Pressure Class | Class B, C, D |
| Standards | SASO, ASTM D1785, BS EN 1401 |
3. Corrugated Pipes
Corrugated pipes are used mostly for stormwater drainage, road crossings, and high-load industrial locations. They provide longitudinal strength that gives them structural integrity from the extreme amount of load factor supported by the rings when completed.
Use in Applications
- Surface runoff/storm water handling
- Road / industrial site drainage
- Subgrade/heavy-load utility protection
Specifications:
| Feature | Range |
|---|---|
| Diameter | 50mm – 1200mm |
| Ring Stiffness | SN4, SN8, SN16 |
| Material | HDPE single or double wall |
4. Telecom Ducts and Microducts
The smart city infrastructure of Oxagon depends on dependable fiber optic and data conduits. HDPE microducts and PVC conduits will help provide:
– Efficient installation of fiber optic cables
– Future proofing of FTTx networks, allowing for growth
– Lowering maintenance and risk of damaging fibre optics
Construction Standards and Compliance
Standards used in Saudi Arabia and around the region for material and installation include the
- SASO (Saudi Standards, Metrology and Quality Organisation) where you can find material and installation standards,
- Saudi Building Code which includes criteria for underground and industrial pipelines and many other national and international standards.
Some examples include:
International Standards:
- NISO 4427 / EN 12201 / ASTM D3035: This standard is regulating HDPE piping in Water and Waste Water systems, as well as for corrosive applications.
- ASTM D1785 / BS EN 1401: This is an example of the specification for PVC piping.
- IEC 61386-24 /ITU-T L.12: This is an example of standards for Telecom conduit.
- DIN 8074/8075: This is an example of the standards applicable to plastic piping for industrial / Utility.
Compliance with these Standards will guarantee reliability, safety, and durability in the complete mix of both industrial and residential operating in the Oxagon.
How Saudi Ducts Supports Oxagon Project Success
Saudi Ducts provides contractors with a powerful tool for sourcing all necessary lamps and products through one trusted source by offering:
1. Complete Product Portfolio
- All forms of HDPE ducting & piping
- PVC ducts, fittings and conduit
- Corrugated Drainage Pipes
- Micro Ducts for telecommunications and fiber
2. Standards and Compliance Guidance
All products offered through Saudi Ducts must comply with the requirements of SASO, ISO, ASTM, and IEC. This not only makes it easier for contractors to source products but also simplifies the procurement process as they will know all product offerings will meet the appropriate quality assurance requirements.
3. Verified Suppliers Network
The Saudi Ducts portal enables EPC contractors, utility companies and developers to connect with certified and approved manufacturers throughout Saudi Arabia and the GCC.
4. Application Expertise
Saudi Ducts will assist contractors with different applications as follows:
- FTTx Network solutions
- Electrical Conduit & Telecommunications Conduit Systems
- Industrial Water & Drainage Pipelines
5. Procurement Efficiency
All commercial discussions (pricing, logistics, and transactions) will take place directly between the contractor/buyer and the manufacturer/supplier.
As such, this is expected to significantly reduce delays in project execution by enabling the contractor to execute their project on time. By following this process, Oxagon’s EPC teams will obtain high-quality, high-performance and standard compliant pipes, and will ensure that infrastructure milestones are being achieved in a timely manner.
Future-Proofing Oxagon with Smart Piping Solutions
The design of Oxagon places emphasis on being sustainable long term; adaptable; and capable of being integrated into a smart city. The use of appropriate materials, including high-density polyethylene (HDPE), polyvinyl chloride (PVC), corrugated ducting and telecommunications ducting systems to provide:
- Greater longevity of service and decreased cost of maintenance,
- Meeting sustainability requirements outlined by Saudi Vision 2030,
- Providing reliable infrastructure within both the industrial and residential areas,
- Efficient implementation of smart energy, water, and telecommunications strategies.
Conclusion: Pipes as the Backbone of Oxagon NEOM
Beyond being an industrial city, Oxagon NEOM is a revolutionary breakthrough in technology-based, sustainable industrial logistics and supply chains.
The key to the function of every industrial, commercial and residential area within Oxagon is the construction of high density polyethylene (HDPE), polyvinyl chloride (PVC), corrugated piping and ducting as the infrastructure backbone, providing a safe and efficient means for delivering water, energy and data.
By partnering with Saudi Ducts, the teams working on the Oxagon Project will receive support with:
- Products that meet or exceed quality and standards.
- Technical expertise and access to suppliers.
- Efficient procurement and logistical support for the delivery of goods through out Saudi Arabia and international.
Through the support provided by Saudi Ducts, Oxagon can meet the goals of Vision 2030 and provide a model for future industrial cities around the globe.
FAQ: Oxagon NEOM Mega Project & Infrastructure Pipes
1. What is Oxagon in Saudi Arabia?
Oxagon will consist of an ocean-based city that is part of NEOM. The goal of Oxagon is to create a factory setting with green manufacturing practices, logistics, transportation, and electric power.
2. Who is constructing Oxagon in NEOM?
Some of the largest Engineering Procurement Construction (EPC) and construction companies in the world include: Bechtel, AECOM, Jacobs, Hyundai Engineering, Samsung C&T, and The Saudi Binladin Group.
3.What types of pipe will be utilized for the infrastructure in Oxagon?
Various types of piping materials will be used throughout Oxagon for water supply, sewage disposal, electrical service, and fibre-optic networks – including: HDPE, PVC, corrugated pipe, and telecom microducts.
4. What are the benefits of HDPE pipe?
HDPE pipe is highly durable and flexible; it has good chemical resistance and is designed to last a long time in industrial and utility applications.
5. What application does PVC pipe serve in NEOM?
PVC pipe will provide drainage for gravity systems, low pressure water, and electrical and telecommunications conduit in a variety of applications as needed within Oxagon.
6. What is the function of corrugated pipes?
To provide containment of stormwater, drainage systems and heavy-loading industrial areas by providing structural integrity under heavy load conditions.
7. What piping standards are utilized for the piping systems at Oxagon?
SASO; Saudi Building Code; ISO 4427; ASTM; EN 1401; IEC
8. How does the application of telecom microducts occur in Oxagon?
HDPE microducts and PVC conduit provide protection to the fibre-optic cables that are needed for FTTx networks, data centres and smart city connectivity.
9.What role does Saudi Ducts play in supporting Oxagon infrastructure projects?
Saudi Ducts has the ability to provide product information, standards advice and assistance in connecting EPC contractors with qualified suppliers of HDPE, PVC, corrugated and telecom duct systems.
10.What is the importance of quality piping to the infrastructure of NEOM in Oxagon?
High-quality piping services are the foundation of water, energy and data distribution systems of a reliable, sustainable and long-term infrastructure system for the industrial mega-city.