Sylhet Basin Block SYL-03

The Sylhet area sits within a proven gas-prone part of northeastern Bangladesh. Regional structure is shaped by folded and faulted sedimentary sequences, creating multiple structural and stratigraphic targets. The block should be assessed through integrated seismic interpretation, well correlation and basin modelling before any drilling decision. Prospect ranking should focus on closure integrity, reservoir quality, seal continuity and charge timing.

Potential resources should be evaluated from basin-scale play concepts rather than treated as booked reserves. A disciplined subsurface workflow would combine legacy well data, seismic reprocessing, petrophysics and probabilistic volumetrics. Any resource number published for a specific block should remain subject to technical assurance, regulatory disclosure and independent verification. The current website presents a commercial screening view rather than a reserves statement.

The block can be positioned for exploration screening, technical partnership, farm-in discussions or local market-entry support, depending on the prevailing licence framework. Potential work programmes may include data-room review, seismic reprocessing, prospect maturation and staged drilling. Investors should evaluate access, title, work commitments, fiscal terms and data availability before submitting a binding proposal.

An investment case can be built around phased capital deployment: subsurface screening first, appraisal next, and development only after a commercial discovery. Indicative economics should be prepared from verified fiscal terms, drilling assumptions, expected recovery and infrastructure access. Detailed financial models, cost schedules and commercial terms are protected for formal diligence and can be shared through the appropriate transaction process.

This block is presented as an onshore exploration opportunity within the broader Sylhet Basin portfolio. The project concept is to combine Bangladesh market knowledge with modern subsurface evaluation and disciplined exploration sequencing. The initial objective is to identify the highest-value prospects, reduce geological uncertainty and define an actionable work programme. Technical and commercial conclusions must be refreshed against the latest government and licence data before investment.

A preferred technical workflow would include data inventory, quality control, seismic reprocessing where justified, structural interpretation, stratigraphic correlation, prospect mapping and risking. Additional studies may cover source maturity, migration pathways, reservoir prediction, seal risk and pressure / fluid uncertainty. The final drilling location, depth, well design and success case should only be set after the underlying data package has been validated by the project team.