Clean energy and energy-transition infrastructure has moved from a niche allocation to a mainstream global investment sector. Bloomberg NEF reports that global energy-transition investment reached USD 2.3 trillion in 2025, with the largest investment areas being electrified transport, renewable energy and grid infrastructure. Clean-energy supply investment also outpaced fossil-fuel supply investment for a second consecutive year.

The International Energy Agency expects global energy investment to reach approximately USD 3.4 trillion in 2026, with electricity supply and infrastructure alone expected to reach USD 1.6 trillion, rising to around USD 2 trillion when end-use electrification is included.

Global Gateways develops infrastructure projects positioned within this transition: carbon-negative waste-to-energy, renewable fuels, energy recovery, circular-resource systems and measurable carbon-impact platforms. These projects are designed for qualified investors seeking exposure to long-term infrastructure, contracted revenues and environmental impact.

Targeted long-term, risk-managed infrastructure returns

Low correlation with traditional asset classes

Measurable climate and environmental impact

We invite qualified and professional investors to review the individual project materials in detail. Each project is structured around specific feedstock, offtake, permitting, EPC, insurance, carbon-income and financing assumptions. Preferred investor returns are intended to be prioritised before surplus project cash flows are allocated to expansion and additional environmental-impact projects, subject to the final project documentation.

Historical investor base

Global Gateways’ historical investor base has included senior figures from the international energy, industrial and scientific sectors, including a former chief executive of Esso Europe, a former chief executive of Yara International ASA and a former head of research and science executive at BP (British Petroleum), together with other prominent private investors.