Siem Reap Organic Fertiliser Plant Worth About US$1.8M Officially Breaks Ground

The Siem Reap Administration has started construction on a plant to process sludge from sewers into organic fertilizer, which is worth about 1.7 million Euro (about US$1.8 million) funded by the Association Internationale des Maires Francophones (AIMF), after a ground-breaking ceremony on 25 May 2022.

This project is located in Sangkat Svay Dankum, Siem Reap city, Siem Reap province including the construction of sludge processing stations, sludge storage ponds, and planting reeds.

When complete, this plant has a storage capacity of 45 cubic meters per day, which can produce about 1,000 cubic meters of fertilizer per year, without a negative impact on the quality of water flowing out of the filter.

Speaking at the ground-breaking ceremony, Siem Reap Deputy Governor Prak Sophorn said that the project is very important in sludge processing from sewage in Siem Reap to improve the management system of wastewater from sewage and produce fertilizer to supply the agricultural sector and improve the livelihood of farmers.

Under the cooperation with AIMF, Siem Reap is the second place for the construction of a plant to process sludge from sewers after the first one in Phnom Penh, on which ground was also recently broken.

- Video Advertisement -

Related Post

OpenRail Designer 2025: Redefining Efficiency for Global Rail Infrastructure

Bentley Systems has officially launched OpenRail Designer 2025, a major update designed to eliminate the manual bottlenecks that have long challenged rail engineers. By focusing on advanced automation, data integrity, and high-fidelity geospatial integration, this release transforms how complex rail networks—from routine maintenance to high-speed megaprojects—are designed and managed. As global demand for resilient infrastructure […]

How Portugal Uses Digital Tools to Manage Water Network During Heat Waves

As summer temperatures in northern Portugal consistently climb past 38°C, regional water utility Águas do Norte has successfully pivoted from reactive repairs to proactive management by leveraging Bentley Systems’ OpenFlows Water solution. Serving nearly 2 million residents across 63 municipalities, the utility faced recurring crises where extreme heat caused water tanks to hit critical lows, […]

ALDOT Integrates Bentley’s AI to Refine Performance-Based Highway Budgeting

Alabama Utilizes Bentley Tech to strengthen data-driven maintenance planning The Alabama Department of Transportation (ALDOT) is enhancing its long-standing performance-based budgeting model by integrating Blyncsy, an AI-powered solution from Bentley Systems. For more than 15 years, ALDOT has led the way in using data to drive financial decisions, but the manual collection of condition data […]

Bentley Systems Technology Predicts Grid Failures Before the Storm Hits

As extreme weather events continue to expose the vulnerabilities of an aging electrical grid, Bentley Systems is deploying advanced “digital twin” technology to transform how utilities prepare for disasters. By utilizing its Power Line Systems (PLS) software, Bentley can now predict exactly which poles and wires will fail under specific weather conditions, allowing for surgical, […]

Why “Smart” Pumps Aren’t Always Smart

Think a “variable speed” pump is a guaranteed money-saver? Think again. A recent analysis has revealed that a common engineering “shortcut” could actually be draining thousands of dollars from utility budgets every year. Junior engineers often fall for the “Pump Affinity Law”—a simple formula suggesting that if you slow a pump down by 20%, you […]

What is the Bentley Tech Summit—and why does it matter?

As Germany prepares for a historic US$500 billion investment in its national infrastructure, Bentley Systems has convened its second annual Tech Summit in the heart of Berlin. The event marks a strategic shift for the software giant, moving beyond simple product training toward a “community of technologists” dedicated to solving global infrastructure challenges. In a […]