Water tower slipform

Water Tower Slipform (Water Tower Slipform Company, Water Tower Slipform Construction)

Business Scope:
1. Undertake the construction, installation, reinforcement, demolition, and heightening of various chimneys and water towers (brick, concrete, steel structure); slipform reinforcement of concrete shells; tilt correction; replacement of inner linings; cleaning and dust removal; painting of aviation warning color rings; replacement and reinforcement of exposed metal components such as ladders, platforms, protective nets, lightning rods, and anti-corrosion painting maintenance.

2. Cleaning, repair, anti-corrosion, waterproofing, and moisture-proof leak sealing for the inner and outer walls of chimneys, cooling towers, water towers, urea granulation towers, detoxification towers, and silos.

3. Surface treatment and specialized anti-corrosion for metal structures such as TV towers, transmission towers, microwave towers, substation frameworks, bridges, various gantry cranes, steel beam roof trusses, gas tanks, (oil, acid, alkali, solvent) storage tanks, and chemical equipment.

4. Exterior wall cleaning, repair, decoration, coating, and high-temperature resistant fireproof coating for high-rise buildings, large structures, factories, and coal conveyor trestles.

5. Flooring Engineering
Undertake various terrazzo floors, epoxy, wear-resistant, hardened, dust-free, colored, anti-static, and metal (emery) cement-based wear-resistant floors; non-slip vibration-damping driveways and colored stamped concrete floors; repair, cleaning, and waxing maintenance for various industrial floors.

6. Underwater Salvage
Engage in the construction of river, sea, and port terminals; dry docks, shipways, sluices, ship lifts, dredging, land reclamation, port storage yards, embankment revetments, underwater blasting, and reef clearing projects; as well as corresponding silos, underwater foundations, earthwork, navigation markers, trestles, coastal and offshore hydraulic engineering; installation of port handling equipment, navigation structure equipment, underwater excavation, heavy lifting, inland river salvage, and obstacle clearance.

7. Desulfurization and Anti-Corrosion
Coal used in thermal power plants contains sulfur, which produces sulfur dioxide during combustion, severely impacting the atmospheric environment after emission. Due to environmental pressures, flue gas desulfurization (FGD) has become the primary method for controlling sulfur dioxide emissions in thermal power plants. Therefore, FGD systems have become essential supporting projects in many power plants. Those previously built without such systems are now being retrofitted with FGD equipment. Wet desulfurization anti-corrosion for the inner linings of chimneys, absorption towers, and flues in thermal power plants, using acid-resistant borosilicate foam glass brick linings, vitrified ceramic tiles, glass flake anti-corrosion, spray polyurea, OM coatings, and acid-resistant mastic for anti-corrosion; repair of cracks and leaks in chimneys and flues.