The Allentech HC Full Contact IFR is a premium Honeycomb Full Contact Aluminum IFR. The Allentech HC is designed in accordance to API650 and EN14015 with a minimum buoyancy ratio of 2x against the roof dead load plus friction force exerted by perimeter seals using a drag coefficient of no less than 3 lbs/ft. The roof is capable of staying afloat while having two adjacent flotation compartments flooded. The roof buoyancy is based on a Specific Gravity of 0.7 or the stored product, whichever is less. The panel modules are 5ft x 10ft x 1.5in deep (1524mm x 3048mm x 38.1mm). Rim modules are designed to match the tank shell radius. Each sandwich-module consists of a top and bottom layer of .050in aluminum sheet with an internal honeycomb structure to provide stiffness. A high quality aluminum extrusion forms a frame around the sheet and honeycomb, and this is completely seal welded into a fully enclosed buoyant compartment. Each module contains a resealable vapor detection port for pressure testing in our factory, and also for future testing during out-of-service maintenance. Damaged panels that are installed can be easily replaced during future maintenance. Every module is fully inspected and pressure tested with helium leak detection equipment prior to shipment. The Hook and Pin design of the modules allows for quick installation and forms an high strength bolted seam with extremely low seam emission losses.

Alucone ® | Conical roofs Self‐supporting cover for circular shape units up to 20m diameter Highly resistant to corrosion and UV rays Design and calculations supported by specific standards Easy installation Wide range of accessories

Alugreca ® roofs are built from a shaped aluminum sheet with following adventages: Any contour | Fit in circular, square or irregular shapes. Large span | Rangings from 3m to 80 m free span. Opretational access | Total or partially removable for maintenance operations. Low profile | Reducing air volume for odour treatment. Designed according to specific regulations (EUROCODE, national codes,..)

CTS is specialised in manufacturing, supplying and installing free span aluminium dome roofs for storage tanks.

The HMT Aluminum Dome features a clear-span, all-aluminum, lightweight, corrosion-resistant structure which sets a new standard for performance in aluminum domes. HMT’s unique clamped-panel design and attention to detail at critical locations result in a cost-effective solution that provides superior protection of your stored product.

CTS specialized in design, manufacturing, supply and installation of products and systems used in the safe and effective transfer and storage of chemicals and hydrocarbons.

Any contour | Fit in circular, square or irregular shapes. Large span | Rangings from 3m to 80 m free span. Opretational access | Total or partially removable for maintenance operations. Low profile | Reducing air volume for odour treatment.

Applications | Petroleum Potable Water Wastewater Bulk Storage Architectural structures Designed according to specific regulations (EUROCODE, AWWA, API 650, national codes, ..)

Our aluminum dome alusphere® is buitl by a trianguled profile system, covered with triangular panels. Besides the advantages os the use structural aluminum, these covers: Allow large diameters: Its clear span design elemante the need for intermediate columns and reinforcement of thank walls, with spans above the 100m. Have operational flexibility: Allows the installation of accessories, like doors, hatches and conections. Designed according to specific regulations (EUROCODE, AWWA, API 650, national codes, ..)

AMETank enables rapid configuration, design, and detailing of above-ground shop-built and field-erected storage tanks per API 650, EN 14015, API 653, API 620, AWWA D100, and AWWA D103. Elevated tanks, tanks with transitions, and double-wall cryogenic tanks designs are supported. Self-supported, structure with/without column supported cone/dome/umbrella roofs, and internal/external single/double-deck floating roofs can be designed and detailed. Plates thickness, structure selection and sizing, appurtenances sizing, seismic, wind, internal and external pressure calculations are supported. Design calculation reports can be generated. US and metric/SI materials, Inputs, reports, outputs, and drawings are supported. Interactive tank 3D layout enables complete design with fabrication detailing within two hours including production geometry, to-scale general-arrangement & fabrication drawings, weld maps, assembly, nesting, and CNC, Bill of Quantities, Bill of Materials, weight reports, welds reports, and cost calculations. Tank LIDAR 3D-Scan point-clouds can be imported for API 653 assessments including shell verticality & out-of-roundness, bottom elevation & settlement, column verticality, floating-roof gap analysis, as-built drawings, and calibration and strapping charts. Complete tank Finite Element Analysis (FEA) from mesh generation to stresses visualization in new and as-is condition based on 3D-scan LIDAR point-clouds per API 579 Level 3 Fitness for Service is included. Accessways including wind girders, roof walkways, spiral stairways, ladders, roof and shell platforms, bridges, and stairway towers are available. Agitators, heating-coils, and appurtenances with several options and styles, Generation of plates CNC drawings, weld maps, shell rollouts, and detailed assembly and component fabrication drawings for structure, appurtenances, accessways are supported. 3D models, drawings, BOQs, BOMs, weights, and cost data can be edited within AMETank or exported.