Sat Nov 29 14:44:53 UTC 2025: Here’s a summary and news article based on the provided text:

Summary:

V.O.C. Port in Thoothukudi, India, received its first clinker consignment from Ambuja Cement Limited, Gujarat, under a Minimum Guaranteed Tonnage-based Incentive Scheme. The MoU guarantees the coastal movement of 250,000 metric tonnes of clinker annually. The vessel MV Lima Trader delivered 56,440 metric tonnes from Sanghi port, Gujarat, to be transported to Ambuja’s grinding unit nearby. The port Chairperson highlighted the event as a significant step towards sustainable and cost-effective coastal transportation, aligning with the Government of India’s vision. More clinker vessels are expected under the agreement.

News Article:

V.O.C. Port Receives First Clinker Consignment Under Landmark Agreement

THOOTHUKUDI, INDIA – November 29, 2025 – V.O.C. Port in Thoothukudi today celebrated the arrival of its first clinker consignment from Ambuja Cement Limited (Gujarat), marking a significant step forward in promoting sustainable coastal shipping. The delivery is part of a Memorandum of Understanding (MoU) designed to incentivize the coastal movement of clinker and guarantee a minimum tonnage of 250,000 metric tonnes annually.

The vessel MV Lima Trader, arriving from Sanghi port in Gujarat, discharged 56,440 metric tonnes of clinker at berth NCB-II. The clinker will be transported by road to Ambuja’s grinding unit located in Mela Arasadi, approximately 24 km from the port.

Susantha Kumar Purohit, IRSEE, Chairperson of V.O.C. Port, hailed the arrival as a “major step toward sustainable and cost-effective coastal transportation, aligning with the Government of India’s vision for promoting coastal shipping.” Purohit added that the port expects further clinker deliveries under the MoU, strengthening cargo volumes and the partnership between the port and the cement industry.

The initiative underscores the growing focus on utilizing coastal routes for cargo transport, offering a more environmentally friendly and economically viable alternative to traditional land-based methods.

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