ANF Egypt Powers New Spunlace Production Line with Solar Energy and Advanced Recycling

Al-Ahram for Non-Woven Fabrics (ANF Egypt), Egypt's pioneer in spunlace non-woven manufacturing based in Alexandria, has officially commissioned its newest production line. This expansion is fully integrated with a state-of-the-art solar energy grid and advanced resource-recovery technology, setting a new benchmark for sustainable B2B manufacturing in the Middle East and Africa.

Transitioning to Renewable Energy

To mitigate the carbon footprint associated with intensive industrial processes, the new facility utilizes dedicated solar energy systems. This transition substantially reduces greenhouse gas emissions while ensuring a highly stable and cost-efficient power supply for continuous production. For procurement teams and global brands, this clean energy transition translates directly into lower scope 3 emissions across their supply chains.

90% Water Recycling and Material Efficiency

Water stewardship remains a critical pillar of ANF Egypt's operations. The new production line integrates our advanced closed-loop filtration technology, enabling the facility to recycle approximately 90% of process water. Key benefits include:

• Significant reduction in fresh water consumption per metric ton of spunlace fabric produced.

• Zero-waste initiatives that repurpose raw material off-cuts, preserving resources without compromising fabric tensile strength or softness.

• Strict alignment with global environmental management standards, including our ISO 14001 certification.

Economic and Regional B2B Advantages

By localizing this sustainable, high-capacity technology in Alexandria, ANF Egypt continues to eliminate long import lead times for regional brands in the hygiene, wet-wipe, medical, and personal care sectors. Buyers benefit from custom GSM specifications and fiber compositions produced under highly certified, eco-friendly conditions, allowing them to meet regional and international regulatory sustainability mandates seamlessly.