85-Hectare Yard Targets Clean Energy: AG&P's 80,000 MT Plant Lowers Carbon Footprint

As the global push for renewable energy intensifies, the need for rapid, scalable infrastructure is driving demand for modular solutions. AG&P Industrial's 85-hectare yard, with its 80,000-metric-ton annual capacity, is explicitly designed to serve clean and renewable fuels, positioning itself as a key enabler in the decarbonization of heavy industry and power generation.

AG&P Industrial (Atlantic, Gulf & Pacific Company of Manila, Inc.) has officially broken ground on a new 85-hectare module fabrication yard in San Pascual, Batangas, Philippines. The groundbreaking ceremony on July 24, 2026, marks a significant expansion for the company, which has operated a heavy fabrication yard in Bauan, Batangas for over four decades. According to the company's press release, the new facility will have an annual fabrication capacity of 80,000 metric tons, positioning it to meet what AG&P describes as surging global demand for plug-and-play modular solutions across the energy (LNG, petroleum, clean and renewable fuels), power, refining, chemicals, digital, and industrial infrastructure sectors. The yard is purpose-built to leverage AG&P's proprietary Modstruction™ methodology, aiming to debottleneck supply chains, lower the carbon footprint of industrial construction, and optimize cost and delivery schedules.

“

AG&P Industrial's 85-hectare yard, with its 80,000-metric-ton annual capacity, is explicitly designed to serve clean and renewable fuels, positioning itself as a key enabler in the decarbonization of heavy industry and power generation.

The move from the Bauan yard, which served as the core of AG&P Industrial’s operations for forty years, is driven by strategic realignment. The Bauan site is being integrated into broader national infrastructure development in support of the Philippines' economic agenda, prompting AG&P to relocate and upgrade its fabrication capabilities. The new San Pascual site is designed from the ground up for high productivity, safety, and quality, incorporating modern manufacturing technologies that promise faster turnaround times and greater precision than traditional stick-built construction. This shift aligns with a broader industrial trend toward modularization, where large-scale components are pre-assembled in controlled factory environments and then transported to project sites for final installation. This approach reduces on-site labor requirements, minimizes construction waste, and often shaves months off project timelines.

From a supply chain perspective, the new yard represents a significant capacity injection into the global market for heavy industrial modules. Energy projects such as liquefied natural gas (LNG) liquefaction plants, petrochemical refineries, and increasingly, clean hydrogen and ammonia facilities, require massive, complex steel structures and piping systems that are costly and time-consuming to build on location. By offering 80,000 metric tons of annual output—equivalent to roughly eight mid-sized LNG train modules per year—AG&P Industrial aims to become a go-to provider for international developers. The facility’s coastal location in Batangas, near major shipping lanes, facilitates seamless module load-out onto vessels for transport to project sites across Asia, the Middle East, Africa, and beyond. AG&P explicitly claims the yard will “debottleneck supply chains,” suggesting it will act as a relief valve for projects that have been stalled by fabrication backlogs at other yards in China, South Korea, and Southeast Asia.

The announcement also carries implications for the energy transition. While LNG and petroleum remain key segments, the inclusion of “clean and renewable fuels” as a target market indicates AG&P’s intention to capture growth from decarbonization. The company states that the yard is designed to lower the carbon footprint of industrial construction. Modular construction inherently reduces on-site emissions and material waste, but the extent of the carbon savings will depend on the yard’s actual energy sources, material sourcing, and operational practices. Without independent verification, these claims remain promotional. Nevertheless, a facility capable of churning out modules for hydrogen electrolyzer plants, carbon capture systems, and renewable power infrastructure could be a valuable asset in accelerating the global net-zero push.