KINGDOM OF SAUDI ARABIA · EDUCATIONAL PROJECT

THE ENERGY
STORY.

From the power of oil and gas to the possibilities of tomorrow. Explore how Vision 2030 connects energy, industry, technology and a changing future.

Scroll, choose a chapter, and explore the project.
2030Vision · Oil · Energy · Innovation
◐
☀
H₂
PART 01 — VISION 2030

Three pillars.
One direction.

Saudi Vision 2030 was launched in 2016 and is framed around a vibrant society, a thriving economy and an ambitious nation.

PILLAR 01
◈

Vibrant Society

Quality of life, culture, heritage, wellbeing and opportunities.

PILLAR 02
↗

Thriving Economy

Diversification, investment, jobs, business and national assets.

PILLAR 03
◎

Ambitious Nation

Effective government, transparency, accountability and performance.

THE IDEA
✦

2030

A long-term transformation roadmap connecting people, economy and national ambition.

01B — BY THE NUMBERS

The energy story
in data.

Selected figures from official Saudi Vision 2030 and Saudi Aramco sources. These are snapshots tied to specific reporting years.

ARAMCO · 2025
247.2B

Barrels of oil equivalent in Aramco’s reported hydrocarbon reserves base at the end of 2025.

ARAMCO · 2025
11.4

Billion standard cubic feet per day of natural-gas production from in-Kingdom operations.

ARAMCO · 2025
59.3M

Annual petrochemical production capacity, measured in million tonnes.

VISION REPORT · 2025
64 GW

Renewable-energy capacity reported in the Vision 2030 Annual Report 2025.

HISTORY
1938

Commercial quantities of oil were discovered at Well No. 7 in Dammam.

VISION 2030
50%

Vision 2030’s stated ambition for the share of renewables in the electricity mix.

Sources: Saudi Aramco “About us” and “Oil production”; Saudi Vision 2030 Annual Report 2025 and official Vision 2030 overview.
PART 02 — OIL & VALUE

BLACK GOLD.
BIGGER VALUE.

Oil and gas helped shape the Kingdom's modern development. The story also includes refining, petrochemicals, manufacturing and technologies that add value beyond a barrel of crude.

FROM RESOURCE TO VALUE
A barrel doesn't end at the well.
It becomes part of an entire industrial story.
01 · EXTRACTION

Crude Oil

A natural mixture of hydrocarbons produced from underground reservoirs.

02 · TRANSFORMATION

Refining

Crude oil is separated and transformed into useful fuels and feedstocks.

03 · INDUSTRY

Petrochemicals

Feedstocks can support plastics, synthetic materials and industrial chemicals.

04 · THE NEXT STEP

More Value

Energy is increasingly linked with technology, efficiency, carbon management and new-energy projects.

HOW IT BECOMES VALUE
01 · FIND

Exploration

Geologists and engineers study underground formations to locate resources.

02 · PRODUCE

Extraction

Wells bring crude oil and natural gas to the surface.

03 · REFINE

Refining

Refineries separate and transform crude into useful products.

04 · CHEMISTRY

Petrochemicals

Feedstocks become chemicals and materials used by many industries.

05 · PRODUCTS

Everyday Life

Fuels, plastics, lubricants and industrial materials reach global markets.

PART 04 — OIL IN SAUDI HISTORY

When oil became
a turning point.

The discovery and development of oil transformed Saudi Arabia's economy and helped finance major infrastructure, industry and public services over the decades.

1938 · DAMMAM WELL NO. 7
A discovery beneath the desert became a defining chapter in the Kingdom's modern history.
The next decades turned a resource into an industrial ecosystem.
DISCOVERYPRODUCTIONINFRASTRUCTUREINDUSTRY
THEN

Early development

Oil production grew and supported the foundations of a modern industrial economy.

GROWTH

Infrastructure

Roads, ports, utilities and industrial facilities expanded alongside economic growth.

INDUSTRY

Refining & chemicals

The energy value chain expanded beyond crude production into refining and petrochemicals.

TODAY

Wider ambitions

Vision 2030 connects established energy strengths with new industries, investment and technology.

PART 05 — OIL IN EVERYDAY LIFE

You see oil
everywhere.

Petroleum is not only gasoline. Refining and petrochemical processes create materials and inputs used in transport, packaging, construction, electronics and many other industries.

01 · TRANSPORT
◇

Fuels

Refined petroleum products support cars, trucks, aircraft and marine transport.

02 · MATERIALS
□

Plastics

Petrochemical feedstocks are used to make many types of plastic materials.

03 · INDUSTRY
⚙

Manufacturing

Industrial chemicals and feedstocks support manufacturing and construction.

04 · DAILY USE
✦

Products

Packaging, synthetic fibers, coatings, lubricants and other products can use petroleum-derived materials.

The exact products depend on the refinery and petrochemical process; this section explains the broader value chain rather than one single product list.
PART 03 — FUTURE ENERGY

More than
one path.

Alongside continued oil and gas development, Saudi Arabia is expanding renewable and emerging-energy initiatives as part of a wider transformation.

☀ Solar Power

Strong solar resources make utility-scale renewable energy an important part of the Kingdom's developing electricity mix.

H₂

✦ Hydrogen & New Tech

Hydrogen, clean-energy technologies and carbon-management efforts are becoming part of the broader energy picture.

03B — WHY DIVERSIFY?

Building a wider
economy.

Vision 2030 is not only an energy plan. Its official overview also highlights tourism, digital economy, mining, manufacturing, culture and other non-oil sectors.

THE SHIFT

From one engine → many engines.

Diversification means growing several parts of the economy so that future growth can come from a broader mix of industries and investments.

VISION 2030 FOCUS AREAS

✓Tourism & entertainment
✓Digital economy
✓Mining & manufacturing
✓Investment & localization

PART 07 — SUSTAINABILITY

Energy that thinks
about tomorrow.

Saudi Arabia's energy transformation includes renewable projects, efficiency programs and carbon-management approaches alongside established oil and gas operations.

☀ Renewable Energy

Solar and wind projects can add renewable generation to the electricity system and diversify energy sources.

SOLARWINDGRID
CO₂

◎ Carbon Management

Carbon capture, utilization and storage can help manage emissions from industrial activities while new technologies develop.

CAPTUREUSESTORAGE
THE BALANCE

Reliability + transition.

The transition can involve multiple technologies at once: maintaining reliable supply while expanding renewables, improving efficiency and developing lower-carbon solutions.

A BIGGER ENERGY MIX

✓Renewables
✓Energy efficiency
✓Hydrogen
✓Carbon management

PART 04 — THE JOURNEY

2016 → 2030
IN MOTION.

Selected milestones from official Vision 2030 material showing how the energy story has broadened over time.

16

Vision 2030 launches 2016

A national roadmap for economic and social transformation is introduced.

17

Renewable Energy Program 2017

The National Renewable Energy Program is launched.

19

Utility-scale solar connects 2019

The first utility-scale solar project is connected to the grid.

21

Renewables expand 2021

Additional large-scale renewable projects move forward.

22

Hydrogen & clean-energy initiatives 2022

Emerging-energy technologies become a larger part of the story.

23

Carbon-management efforts grow 2023

Carbon capture and management efforts continue to develop.

25

Oil & gas + new technologies 2025

The 2025 annual report records continued oil and gas development alongside solar, wind, hydrogen and carbon-management initiatives.

30

The target year 2030

A more diversified economy and broader energy system remain central to the direction of the Vision.

PART 09 — FUTURE PROJECTS

Building places
for what’s next.

Vision 2030 includes major projects designed to support new sectors, investment, tourism, technology and economic diversification.

PROJECT 01
N

NEOM

A large-scale development in northwest Saudi Arabia. Its projects include The Line and Oxagon, with a focus on innovation, clean industry and new economic activity.

VISION 2030 PROJECT ↗
PROJECT 02
Q

Qiddiya

A major entertainment, sports and culture-focused destination intended to create new experiences, businesses and opportunities.

VISION 2030 PROJECT ↗
PROJECT 03
≈

The Red Sea

A tourism destination on Saudi Arabia’s Red Sea coast, combining hospitality, nature and new tourism infrastructure.

VISION 2030 PROJECT ↗
PROJECT 04
د

Diriyah

A cultural and tourism destination centered on Diriyah’s heritage, including At-Turaif, while adding modern residential, hospitality and visitor experiences.

VISION 2030 PROJECT ↗
WHY THEY MATTER

Diversification in action.

The official Vision 2030 materials describe giga-projects as a way to create new ecosystems, unlock sectors and support economic diversification beyond oil.

SECTORS

✓Tourism & hospitality
✓Sports & entertainment
✓Technology & clean industry
✓Culture & heritage

Sources: Saudi Vision 2030 official project pages and PIF Program material; NEOM official information for NEOM-specific descriptions.
PART 10 — INTERACTIVE QUIZ

Think you
know it?

Eight quick questions — every answer can be found somewhere in the website’s own chapters. Finish here after exploring the full project. Pick an answer and see your result at the end.

CHALLENGE MODE QUESTION 1 / 8
MISSION COMPLETE
0/5

Nice work.

GO TO CREDITS →
FINAL — PROJECT CREDITS

THE STORY
CONTINUES.

Oil helped shape the Kingdom's modern development. Vision 2030 adds new chapters through investment, industry, technology, renewable energy and innovation.

STUDENTMeshari Turki AljaberCreator & Developer
TEACHERAbdullah Al-FahdiProject Teacher
PROJECTSaudi Energy 2030Vision · Oil · Energy · Innovation