This facade belongs to the Suzhou Municipal Solid Waste Incineration Power Generation Upgrading Project operated by Everbright Environmental Energy (Suzhou) Co., Ltd. The facility is in Qizishan Circular Economy Industrial Park, Mudu Town, Wuzhong District, Suzhou. A Suzhou government record confirms that the upgrading project’s first stage entered operation in November 2019.
The exterior pairs vertically oriented grey-white, combed terracotta panels with grey-blue glazed areas across a large steel-framed industrial building. This case preserves six original images and treats the 2020 LOPO product fields as a dated supplier archive rather than a current specification.
- Formal project context
- Suzhou Municipal Solid Waste Incineration Power Generation Upgrading Project
- Operator / owner record
- Everbright Environmental Energy (Suzhou) Co., Ltd.
- Location
- Qizishan Circular Economy Industrial Park, Mudu, Wuzhong District, Suzhou, Jiangsu
- Operational milestone
- First upgrading stage entered operation in November 2019
- Architect attribution
- Architectural Design & Research Institute of South China University of Technology, reported by LOPO in 2020
- Construction team
- Not identified in the reviewed public records
- Archived building area
- 53,636.58 m² for the single steel-framed building, supplier-reported
- Archived LOPO quantity
- 16,000 m² of terracotta panels, supplier-reported
- Archived panel fields
- 25 mm thick; 332, 430, 590 and 740 mm face widths; 1,192 mm main length
Plant identity and dated operating context
A March 2022 Suzhou Environmental Bureau report locates Everbright Environmental Energy (Suzhou) in the Qizishan industrial park and says a July 2018 supplemental concession agreement established the upgrading project. It records the first stage entering operation in November 2019 while later work was continuing.
The same 2022 report projected that the fully completed programme would reach 6,850 tonnes per day and provide 871 million kWh of electricity annually. Those were dated whole-programme expectations, not a current-status statement and not facts about the building envelope. The replacement therefore does not reuse the old “better than EU 2010,” “green power” or “zero landfill” wording as a timeless conclusion.
Industrial scale organized by vertical panel modules
A LOPO company archive dated 23 September 2020 attributes the design to the Architectural Design & Research Institute of South China University of Technology. It describes a single steel-framed building of 53,636.58 m². No owner-approved design credit, construction-company record or signed project sheet was found in this review, so the architect and area remain explicitly supplier-attributed and the contractor is left unidentified.
The photographs show two principal facade readings. Large grey-white panel fields form the broad wall planes, while narrower vertically modelled elements stand against dark glazing. The combed surface and repeated vertical joints give the pale areas a finer scale without implying anything about the hidden wall build-up or the plant process behind them.
Dated panel schedule and LOPO role
The 2020 supplier archive reports 16,000 m² of LOPO grey-white terracotta panels with a combed texture. It lists 25 mm thickness, four face widths—332, 430, 590 and 740 mm—and a main length of 1,192 mm. The word “main” indicates that the length field may not describe every cut, return or special piece.
Visible configuration
The archive describes vertical installation and shows large flat fields, articulated vertical elements and wrapped-column conditions. It gives no item code, colour code, corner schedule, exact quantity by width or special-shape schedule.
Historical fixing concept
The source says a rear mounting slot formed during extrusion received aluminium-alloy clips. No clip alloy, rail, fastener, spacing, load, tolerance, movement, cavity, fire-stop or interface detail was supplied.
Responsibility boundary
LOPO’s page supports a dated manufacturer/supplier attribution for the panels. It does not establish facade design, structural engineering, installation, main-contract, commissioning or plant-operation responsibility.
What a current industrial facade review must add
The archive photographs and dimensions do not establish present availability, replacement compatibility, panel strength, wind resistance, fire performance, water management, thermal behaviour, corrosion resistance, chemical exposure resistance, impact requirements, maintenance access or compliance. Those questions belong to the complete project-specific wall assembly.
- the current item, profile, thickness, module, colour, comb direction and approved range sample;
- elevations and schedules for each width, length, special piece, corner, opening and wrapped column;
- substrate, rails, clips, anchors, cavity, insulation, drainage, movement and fire-stopping responsibilities;
- industrial exposure conditions, required standards and system-level structural, fire, water and durability evidence; and
- quantity basis, spares, traceability, packaging, installation sequence, access and maintenance strategy.
Use the current Terracotta Rainscreen page as a product-family starting point and the Project Gallery for other built references. Request the latest drawings, samples and applicable evidence for the actual wall assembly.
Review a large-format industrial facade brief
Share the project location, elevations, module and surface intent, wall/support concept, exposure, interfaces, evidence requirements, quantity and programme for a project-specific review.