A supplier-side archive published in April 2025 labels this work the Lahore International Convention and Exhibition Centre and associates LOPO terracotta panels and baguette-style screens with it. The three retained images show a red-toned multi-volume complex through a rendering, construction details and completed-building views.
The checked public material does not identify the client, architect, facade consultant, contractor, exact site, programme dates, product codes or supplied quantity. This page therefore treats “LICEC” as an archive title that still needs project-level confirmation, while using the images to set out the questions required for a climate-responsive terracotta facade in Pakistan.
Confirm which Lahore project the archive describes
The related LOPO article describes an emerging venue for conventions, exhibitions and cultural events in Lahore, Punjab. It does not provide an address or link to an owner or design-team record.
Lahore already has an operating Expo Centre Lahore at 1-A Johar Town, documented by Pakistan Expo Centres. No checked record connects the LOPO archive, its “LICEC” name or these three images to that existing venue. The two identities must not be merged, and the established centre’s team, dates and facilities must not be transferred to this page.
Minimum identity check: obtain the official English and local project names, site plan, address, client, consultant and contractor appointments, current status and image provenance before presenting this as a verified completed LOPO project.
What the image set can support
The rendering and construction collage show a design language based on broad red wall planes, deep horizontal bands and darker linear screens. The completed views show several blocks with related but not identical treatments: some elevations are largely opaque, while others combine glass, solid bands and repeated horizontal profiles.
These observations can inform a design discussion about massing, colour continuity, solar-control depth and transitions between solid and glazed zones. They do not establish that every red surface is terracotta, that each linear element is a LOPO baguette, or that the rendering and completed photographs record the same approved revision.
Define panels, profiles and the complete wall separately
Solid zones
Identify panel type, module, thickness, surface, colour range, joints, corners and relationship to the weather-resisting wall behind.
Linear screens
Define profile, span, orientation, spacing, end supports, reinforcement, replacement route and the exact shading purpose.
Interfaces
Coordinate glass, parapets, roofs, drainage, movement, fire barriers, doors, signage, lighting and maintenance access.
The supplier archive contains no controlled dimensions for either product family. Do not estimate the section or quantity from the collage. A proposal should start with elevation zones and project requirements, followed by feasible product drawings and coordinated facade details.
Prove shading and climate response with the actual geometry
Lahore’s climate makes solar control an important design question, but the presence of horizontal profiles does not by itself prove energy savings, lower cooling demand, glare control or natural ventilation. Orientation, profile depth, spacing, facade-to-profile distance, surrounding obstructions, glazing and operating schedules all affect the result.
Use facade-specific solar and daylight studies to set the screen geometry. Structural engineers should review wind, seismic actions, deflection, connections, fracture and falling-object risk. The enclosure team must separately coordinate air, water, thermal and fire continuity. Any environmental claim needs a defined calculation or assessment boundary rather than a general statement about terracotta.
Maintenance must also be designed at the same stage. Deep screens and stepped roofs can create difficult cleaning and replacement zones, especially above public entrances. Drawings should identify safe access, temporary exclusion areas, removable lengths, lifting limits, drainage paths and spare storage. Cleaning products and methods should be checked on the approved surface before they are incorporated into the operating manual.
Replace broad sustainability language with verifiable records
The original page described the clay as recyclable and non-toxic and attributed insulation, ventilation, energy savings, low maintenance and green-building progress to the facade. No product-specific environmental declaration, ingredient disclosure, thermal calculation, maintenance record or project certification was published with the case.
A responsible sustainability submission should identify the exact product and manufacturing site, declared life-cycle modules, data period, standards, verification status, transport scenario, service-life assumptions, replacement rate and end-of-life route. Whole-building targets must remain the responsibility of the project assessment, not be inferred from one visible material.
Prepare a project and facade evidence pack
- official project identity, team, site, programme, image rights and current construction status;
- LOPO quotation, order and delivery records with quantities mapped to elevations;
- panel and baguette drawings, finish samples, tolerances, batch controls and spare strategy;
- subframe, anchors, joints, movement, drainage, enclosure and fire-interface details;
- project-specific structural, solar, weathering and other required reports; and
- mock-up, inspection, installation, cleaning, replacement, warranty and handover responsibilities.
Review the current Terracotta Rainscreen and Terracotta Baguette pages for product-family context, and use the Project Gallery to compare other facade approaches.
Discuss terracotta panels and sunscreens for Pakistan
Send the project city, elevations and orientation, proposed panel and profile zones, dimensions, colours, quantities, performance criteria, support concept, mock-up requirements and programme. LOPO can review feasibility and identify relevant current samples, drawings and documentation.