Location:nEl-Sadat City, EgyptnClient:nNile Wood S.A.E. (Egypt Kuwait Holding Company)nConsultant:nCosmos-E Engineers & ConsultantsnSector:nIndustrial & Mega ProjectsnTechnology Providers:nDIEFFENBACHER, ANDRITZ, VYNCKE

successfully delivered Egyptu2019s first modern Medium Density Fiberboard (MDF) complex in El-Sadat City, encompassing a total site area of 150,000 mu00b2 (approximately 36-37 acres) for Nile Wood S.A.E. This strategic facility localizes MDF production and facilitates the manufacture of downstream value-added wood products.nROWADu2019s scope of work encompassed multidisciplinary construction, including civil, architectural, steel structural, and MEP works, as well as the installation of ground networks (wet and dry utilities). Our team also managed local fabrication and heavy equipment installation, integrating DIEFFENBACHERu2019s CPS+ press line and auxiliary systems on a fast-track schedule.nThe facility is designed to produce up to 180,000 mu00b3 per year of MDF at full capacity, leveraging plantation feedstock and its proximity to local resources to enhance supply security and sustainability.

Our work encompassed every core area of the plantu2019s construction and infrastructure, covering the following project components:nBUILDINGS & AREASnAdmin BuildingnProduction BuildingnWarehouse BuildingsnEnergy PlantnSilosnTwo Moving BuildingsnConveyorsnDryernAir GradernChip WashingnGlue BuildingnRefiner BuildingnForming StationnCPS PressnRBH (Board Handling)nRBS (Intermediate Storage Area)nRecycle AreanMV BuildingnFour SubstationsnFinishing BuildingnElectric Power StationnMEP & UTILITIESnMV/LV power distributionnEarthingnHVACnFirefighting systemsnPlumbingnCompressed airnProcess utilitiesnInstrumentation containmentnLightingnBMS interfacesnSTEEL & LOCAL FABRICATIONnPrimary and secondary framingnEquipment supports steelnAccess platformsnPipe racksnSpecialty supports

EQUIPMENT INSTALLATION & ALIGNMENT FOR THE PROJECT TECHNOLOGY PROVIDERu2019S PACKAGESnDIEFFENBACHER:nCPS+ continuous press with upstream (chipping, cleaning, drying, air-grading/gluing, forming),nDownstream (raw-board handling/storage, sanding, sawing) sections.nANDRITZ:nChip washingnCleaning and pressurized refining system sized for fast-growing species.nVYNCKE:nEnergy Plant

4. COMMERCIAL ASPECTS AND WORKFORCE DEPLOYMENTnEarthworks (Cubic meters)n338,413.34nConcrete Works (Cubic meters)n29,734.50nBuilding Works (Square meters)n15,551.18nSteel Structure Erection (Tons)n1,613.77nEquipment Erection (Tons)n3,117.34nLocal Fabrication (Tons)n788.14nPiping Erection & Pipelines (Meter)n23,471.63nElectrical Works (Km of cables Earthing, LV, MV, Fiber, Special)n227.117nInsulation Works (Square meter) (Thermal, Moisture, Epoxy)n64,518.27nPainting Works (Square meter)n28,931.31nCladding Works (Square meter) (Sandwich panels, Corrugated sheets, Polycarbonate, Fiber glass)n29,635.99nAmount of the contractn53,263,653.93 USDnTotal spent direct man-hours (Mhrs)n350nDirect workers at peakn(Number of Direct Workers)n785n% subcontractedn~ 90 %n5. PROJECT DURATIONnStart daten08-03-2021nCompletion daten15-02-2025

1.HEAVY EQUIPMENT ALIGNMENTnChallenge:nAchieving precise alignment of heavy equipment such as the CPS+ press, refiner, and high-speed handling lines posed significant challenges due to tight tolerances required for optimal operation.nSolution:nThe project employed laser-based survey control combined with sequenced bolting and grouting techniques. This approach ensured that all equipment was aligned within the specified tolerances, facilitating smooth operations and minimizing downtime.n2.UTILITIES INTEGRATION IN CONGESTED BAYSnChallenge:nIntegrating utilities within congested bays presented the risk of clashes between various systems, potentially leading to delays and increased costs.nSolution:nUtilizing Building Information Modeling (BIM), the project team developed a comprehensive routing plan for utilities. This included modularized racks and spools, which allowed for efficient organization of utilities and phased energization, reducing the risk of clashes and ensuring a streamlined installation process.n3.VARIABLE FEEDSTOCK CHARACTERISTICSnChallenge:nThe project faced challenges related to variable feedstock characteristics, particularly when processing fast-growing species, which can lead to inconsistencies in furnish quality.nSolution:nTo address this, an upstream chip washing/cleaning and pressurized refining system was implemented. This system stabilizes furnishing quality by thoroughly preparing the feedstock, ensuring that the material meets the required standards for downstream processing.nConclusion:nThe engineering challenges encountered during the project were effectively addressed through innovative solutions, ensuring that the installation process remained on schedule and met the projectu2019s quality standards. By leveraging advanced technologies and methodologies, the project team successfully navigated these complexities.

The implementation of the project has resulted in several significant outcomes and impacts that contribute to both economic and environmental sustainability:nImport Substitution and FX SavingsnBy establishing a localized supply of Medium Density Fiberboard (MDF) for the furniture and interior fit-out industries, the project has effectively reduced reliance on imported materials. This shift not only supports local manufacturers but also results in foreign exchange (FX) savings for the economy.nSustainable Feedstock PathwaynThe project promotes a sustainable feedstock pathway by utilizing plantation forestry, which ensures a renewable source of raw materials. Additionally, the adoption of shorter transport distances further enhances the sustainability of the supply chain, reducing carbon emissions associated with logistics.nIndustrial Cluster Effect in El-Sadat CitynThe project has contributed to the development of an industrial cluster effect in El-Sadat City. With improved logistics access, this cluster is well-positioned to support future exports, driving economic growth and attracting additional investments to the region.nPlatform for Value-Added Downstream ProductsnThe establishment of the MDF production facility serves as a platform for the creation of value-added downstream products, including laminated boards, doors, and flooring. This diversification will enhance market opportunities and provide additional revenue streams for post Phase-I stabilization.nConclusionnThe outcomes of the project not only highlight its immediate benefits but also underscore its long-term impact on the local economy, environment, and industry. By fostering sustainable practices and supporting local industries, the project sets a precedent for future initiatives in the region.