ONE JUMP TO PARADISE nnovative ermanent nderwater ormwork
odular Modularity. HYDRANTULA designs consist of ele- mentary 3D cells that can be added arbitrarily (like LEGO bricks). The finished structure can be easily adapted in size and strength to the needs of the customer and the conditions of aquatoria. Versatility. Most HYDRANTULA fittings have an excessive number of connection sockets for pipe beams and rods and can be used at different po- sitions in the structure, performing different roles (corner, wall, bottom, center). This greatly reduce assortment and let us - save on logistics and inven- tory. ultirole fitting design
High-rise buildings. HYDRANTULA provides possi- bility of using several floors (tiers) in the structure. This increases the strength of the structure. Makes it suitable for significant depths (5...12m) Isotropy of loads. Unlike most land structures, HYD- RANTULA is perfectly adapted to significant lateral and alternating loads and “ascent” forces. She holds a punch from any direction. sotropic load ultilayer Multistorey
HYDRANTULA can be installed both on a field of screw piles or without a strong connection to the seabed [FreeStand mode]. In the latter case, HYDRANTULA structures can be dismantled or relocated. HYDRANTULA can be installed both on a field of screw piles or without a strong connection to the seabed [FreeStand mode]. In the latter case, HYDRANTULA structures can be dismantled or relocated. onducted screw pile compatible eabed FreeStand
Amphibious. HYDRANTULA is equally good in seasonally flooded lowlands, in the tide zone or at depth. Frost resistance. Even a 100cm layer of sea ice will not damage the HYDRANTULA structure. ceProof mphibious
Dry assembly. 90% of all work related to the instal- lation of HYDRANTULA is carried out on shore. This ensures the safety of work, speed and high quality. And dramatically reduce budget and workforce essential skills. High transparency for waves. HYDRANTULA struc- tures freely pass waves through themselves, HYD- RANTULA are not an obstacle to coastal currents. 3D frame do not cause erosion of the bottom or sedi- ments. They do not contribute to waterlogging. ave Transparency ry - 90 % installation
Reasonable price. The cost of a “marine” foundation is comparable to its land-based counterparts. Durability/Longevity. HYDRANTULA can be used for up to 60 years. ervice life - 60 years ost Effective
HYDRANTULA eventually overgrows with sessile aquatic organisms and mollusks and becomes an artificial reef. Ease of assembly. Thoughtful engineering solutions allow you to confidently assemble 3D farms, guided by an understandable manual. Its LEGO for adult. asy to assembly rtificial reef
Sealed concrete supply. Radically reduces aquatoria pollution. Increases the quality and speed of work. Composite rebar rods. Improve the volumetric rigid- ity of the 3D truss. omposite rebar rods roovelock
If composite armoring used - empty Hydrantula formwork weights just first tonnes (1...3) and can be handled by truck with crane or barge with built-in crane. Also Hydrantula formwork can be afloat for long enough time to trawler her to final location. All that greatly saves time and money. Rich color palette. For a consistently good mood. ich color ightweight empty formwork
Scalability. Unlike most other formwork systems, HYDRANTULA allows you to change the size of the product in a wide range (300%) without changing the range of components. Exclusively due to the adjusted cutting of pipe beams. Offshore. HYDRANTULA is designed to be pumped in with concrete via concrete pipeline. It allows Hyd- rantula to be installed without specialized “marine” equipment (floating cranes, barges, floating shvings) at a distance of up to 70 meters from the shore. ffshore 70m ize Scalable 300%
Hydrantula formwork do not contain steel and saves up to 75% of concrete for comparable struc- tures. It greatly reduce CO² emissions caused by steel and cement manufacturing and material shipping. HDPE manufactured from oil or natural gas without burning coal and with much less energy consumption. Hydrantula made of thick walled HDPE it produce less then 0.5% of ocean microplastics (and only in frozen waters) if compare by weight with packing, woven items, fibers or plastic bottles. From other side we do not use any paints or chemi- cals for wood treating, do not use harmful Zn to pro- tect steel from corrosion and our structures outlast any wooden or metal by several times. o Microplastics ow CO footprint 2
SEA LEVEL RISE is a major challenge for many coun- tries include USA, Dutchland, Netherland, Carribean nations. Coastal protection technologies of Hydran- tula can keep recreational potential and save beach from erosion. 70% of the HYDRANTULA structure is assembled from standard, widely available constructional ma- terials. ff-shelf 70% materials ea Level Rise Protection
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