Fighting Climate Change One Satellite Image at a Time

In the battle against climate change, every tool counts. Enter Orbio Earth, the high-tech superhero armed with satellite imagery, on a mission to track methane emissions from the oil and gas industry.

But Orbio Earth isn't just here to save the planet; it's also helping financial companies make environmentally conscious investments. So, grab your cape and get ready to explore the extraordinary world of Orbio Earth (YCS23).

Why Methane, You Ask? 💨

Methane emissions from the energy industry are no joke. If left unchecked, they would have the climate impact equivalent to taking every car and truck off the road worldwide. Methane is a short-lived pollutant, making it a critical lever in the fight against climate change. Preventing this gas from reaching the atmosphere is one of the most potent weapons we have.

The Problem: Incomplete Data 🚫

The problem starts with data—or the lack thereof. Existing methods for collecting data on methane emissions are archaic and manual. Think hand-held cameras on remote sites, expensive processes, and limited coverage for the 12 million oil and gas assets worldwide. Poor data collection equals poor data quality.

To make matters worse, existing methane inventories underestimate emissions by a staggering 70%. This discrepancy leaves sustainability and risk analysts in the dark when it comes to managing emissions in global energy portfolios. Mismanagement can lead to stock devaluations, stranded assets, and accelerated global warming.

The Solution: A World of Data ⭐

Orbio Earth is here to turn the tide. It empowers sustainability and risk analysts to identify methane emission risks across vast energy portfolios. By frequently spotting previously unknown risks, analysts gain the tools they need to effectively manage emission risks.

How It Works: The Satellite Superpower 🤖

Orbio Earth harnesses the mighty power of satellite data. Their cutting-edge algorithm can process data from satellites not originally designed for methane monitoring. This innovative approach enables them to deliver world-leading data globally, down to an asset level (think individual oil wells), and on a frequent basis.

The Opportunity: A World in Transition 🙏

Change is in the air, and it's not just the climate. New regulations are sweeping the globe in 2023, putting pressure on the energy industry, financial professionals, and insurers. With approximately 60,000 companies worldwide affected, the focus is on gaining a deeper understanding of the associated emission risks in their energy portfolios. It's a growing market with sustainability at its heart.

Sustainability as a Competitive Edge ♻️

In today's world, companies that prioritize sustainability gain a competitive edge. Consumers are becoming increasingly eco-conscious, and investors are following suit. They want their money to grow, but not at the expense of the environment. Financial institutions are recognizing that investing in environmentally responsible companies is not just morally sound; it's financially savvy.

Orbio Earth's data is gold in this green economy. By identifying the best-performing energy companies in terms of methane emissions, they give financial professionals a valuable tool. They can steer investments towards businesses that not only show promise but also align with sustainability goals.

The Bottom Line: Profitable Sustainability 💰

Orbio Earth isn't just about saving the planet; it's about making sustainability profitable. Their data-driven approach aligns financial interests with environmental goals. By identifying investment-worthy energy companies with low methane emissions, they're helping to shape a world where sustainability isn't just a choice; it's a lucrative path to success.

Orbio Earth isn't just tracking emissions; it's tracking the future. Armed with satellite imagery and a passion for sustainability, this high-tech hero is making strides in the fight against climate change. So, keep your eyes on the skies and your hopes high—Orbio Earth is here to save the day, one satellite image at a time.