Water Storm managemen

Atlantis System: An Innovative Solution for Effective Rainwater Management

Continuous cementation and increasing settlement densities, although necessary for human development, are causing significant changes in surface and groundwater regimes. Additionally, climate change and rising temperatures are altering weather patterns. The most obvious effects of this climatic trend are more intense and concentrated rainfall, followed by extended periods of drought. These extreme weather phenomena significantly increase the likelihood of flooding due to severe and sudden deluges.

Soil sealing prevents rainwater from being absorbed into the ground, shortening runoff time and causing water to reach receiving bodies much more abruptly. This leads to several problems:

  • Reduction in Water Reserves: Less rainwater is absorbed, lowering aquifers and risking their depletion.
  • Sewer Overload: A sudden increase in the volume of water can jeopardize system functionality, resulting in flooding and associated social costs.
  • Water Quality: As water flows through urban areas, it becomes increasingly polluted, leading to greater wastage of drinking water.
  • Flood Risk: On a larger scale, river basins can collapse, causing flooding with potentially tragic consequences.

Stormwater storage tank

In a context where hydraulic invariance is a standard in new construction, the Atlantis System offers a practical and effective solution for creating water harvesting and lamination tanks. Utilizing the Atlantis System, it is possible to construct rainwater harvesting tanks, dispersion tanks, and water recycling greenhouses. These reinforced concrete tanks, consisting of a bottom slab, perimeter walls, and a top slab supported by columns, are engineered to support a range of loads, including pedestrian walkways, landscaped areas, and car parks.

These tanks can be installed under forecourts, roads, and commercial or industrial car parks to mitigate the effects of flooding caused by exceptional meteorological events. This approach restores the drainage capacity of the ground lost to concrete, without any visual or environmental impact.

Legislation on water protection emphasizes the need for constructing catchment and dispersion basins to prevent flooding and highlights the growing importance of sustainable land transformation. Public authorities can benefit significantly from constructing rainwater dispersion basins. This not only recharges rather than depletes the groundwater table but also eliminates the need to oversize sewer networks as cities expand. Additionally, a comprehensive cost-benefit analysis for an area – be it a municipality, province, or river basin – can facilitate the implementation of a complete hydro-geological rehabilitation plan, thereby significantly reducing the risk of flooding.

New accessory for the IGLU’® product

Daliform Group presents PROLUNGA (EXTENSION), the new accessory of the range IGLU’®

Outcome of studies by the R&D office of the company, the new accessory “Prolunga (extension)” encloses all the technical know-how of Daliform Group.

Available for Iglu’® from height 14 to 80 cm, the accessory “Prolunga (extension)” permits to adapt the laying of the crawl space to non-multiple dimensions of Iglu’® formwork and to block the passage of concrete inside the cavity.

The new product, made of recycled and recycable plastic, permits the development of a ventilated slab of any shape and dimension, allowing the simoultaneous casting of curbs, beams, foundation walls and slab, with a considerable reduction in time taken to shutter, lay and cast

Daliform Group supports FAI – The Italian Fund for the Environment

Daliform Group supports FAIThe Italian Fund for the Environment. FAI’s mission aims to promote and protect Italian culture, nature, art, history and traditions.
Daliform Group is a company that bases its business on the values of transparency, fairness and support for local territory.
It’s for this reason that we decided to join Corporate Golden Donor, FAI’s support program for companies.

This is a farsighted and responsible choice, a concrete gesture to value the Corporate Social Responsibility of our company.
Art, culture and landscape are important resources and constitute the ideal sphere where sharing valuable experiences.
Joining the program means even being able to involve employees and clients in initiatives and special occasions inside the heritage protected by FAI.

Easy Park® Griglia di protezione per prati già formati

Awareness and sustainability in the Daliform Group lawn protection grids

During these years, the problem of plastic pollution of our planet has reached an unprecedented urgency. More and more we realize the importance of being able to recycle it, giving it new life, thus avoiding further contamination of the environment and the living organisms that populate it.
Even in the building sector, recycling is became one of the key point on the new construction.
For this reason, Daliform Group, which has always been committed to the creation of recycled plastic products, is pleased to highlight the numerous advantages that can be acquired by using its lawn protection grids for the creation of driveway and pedestrian flooring (with lawn or gravel finishing) or for the protection of already formed lawns.
These grids are made totally or partially of recycled plastic and it is precisely the particular compound that allows to achieve an excellent quality-price ratio.
Among the numerous products of the Daliform Group GREEN division, in addition to the flagship product PRATOPRATICO®, we can highlight E.C.O. by Pratopratico® and Green Park, capable of offering excellent quality-price ratio and, at the same time, excellent technical performance.
Another interesting product is Easy Park®, very easy to pose on the existing lawn, it could be used also in case of temporary floors for events, parking and landing areas for helicopters.
Using the Daliform Group lawn protection grids, among others, the following advantages can be obtained: no waste production (recycled and recyclable material), respect for the hydrogeological balance of the soil, better aesthetic performance of the environment, resistance to atmospheric agents.
So why recycle plastic and reuse it? For Daliform Group, the answer is clear: «Because operating with the utmost respect for the environment, with a view to awareness and sustainability, is an ethical gesture from which our generation can no longer escape».

IGLU'® Smart fondazioni ventilate per cella frigorifera

IGLU’® SMART the smart ventilated cavity

IGLU’® SMART is the disposable formwork’s innovative system for the creation of ventilated cavities with more flexibility and simplicity and a faster installation speed.

Specialized in the production of recycled plastic products for the construction industry, Daliform Group has signed numerous innovations over the years that have improved the way of building.
Among these Iglu’® Smart, a disposable eco-friendly formwork made of recycled plastic, ideal for covering large surface areas in considerably shorter time frames than with normal formworks.
Iglu’® Smart’s unique, innovative configuration and special interlocking system with adjustable notches in its two appendages, allow for easy adjustment of the size of the formwork’s plan in both directions, at right angles to each other, horizontally and vertically.
In addition to the standard dimensions 50 x 50 cm, 52.5 x 52.5 cm, and 55 x 55 cm, with Iglu’® Smart it is also possible to obtain non-standard dimensions such as 55 x 52.5 cm, 52.5 x 50 cm, 50 x 55 cm, or 50 x 52.5 cm.
Simply by adjusting the position of the overlap between the formworks, i.e. by shifting the formwork using the pre-set notches, without using additional accessories such as extension systems, for example.

Riqualificazione urbana a Boulogne-Billancourt in Franciav

DALIFORM GROUP — Creation and production of plastic products for the construction industry

The Daliform Group Company in Gorgo al Monticano (TV), has always been concerned with providing innovative solutions in the construction field that are oriented towards environmental protection and energy saving.
The Iglu’® and Atlantis Systems, based on disposable formworks in 100% recycled polypropylene, originally made to create ventilated crawl spaces and cavities, over time have found more and more uses in other fields of application, like: rainwater collection tanks, bike paths, green houses, anti-root applications, green roofs, geothermic and heat recovery.
During the last years these products have had an important success on architects and landscapers with their use on green roofs in urban areas.
Nowadays urban spaces must be revised: the citizen who lives in large cities like Milan, Paris, London, Tokyo and New York feels the need for greenery, shuns asphalt and concrete.
Not surprisingly, and increasingly, both in the interventions of new urbanization and urban redevelopment, the best architects of the moment foresee that the ground level above the basements are used as greenery with trees, plants, bushes, lawns and, of course, equipped with play areas for children. These areas are increasingly thought of as a real simulation of natural environments, with slopes, hills and changes in altitude.
The most important problem during the realization of these compositions is to create different levels without excessively burdening the load-bearing structures.
Thanks to the Iglu® and Atlantis System products, it is possible to create spaces at different levels quickly, easily and absolutely economically by configuring the space in a flexible and dynamic way: a simple concrete completion casting, reinforced with a very light electro-welded mesh, will provide you with a support that, covered with a layer of a few tens of cm of fill soil, will transform what was previously a cemented space into a real green urban area.
Among the many references of Daliform Group products, one stands out in particular in the context of a social housing complex’s redevelopment in the city of Boulogne Billancourt (Paris), subject to massive redevelopment by great architects such as Jean Nouvel, Renzo Piano, Herzong & De Meuron to name a few.
Daliform Group is the point of reference in the construction industry for those who design, distribute and construct.
Is an innovative company that spreads the culture of excellence by offering the best products and best solutions for the environments in which we live, work and enjoy ourselves, that aspires to help everyone working in construction to do it better, more efficiently and more attractively, improving the quality of life.

Iglu’® Green Roof by Daliform Group for green roofs in the cities. New gardens for the city’s life.

Green architecture against the social degradation. A trend which is spreading day by day not only like a concept of the residential and private building’s furniture, but also to redevelop some degraded suburbs’ areas with innovative solutions from the technological point of view.
This is the case of a social housing complex in the city of Boulogne Billancourt (France), once inhabited by the workers of the Citröen, now incorporated by Paris itself and subject to massive redevelopment by great architects such as Jean Nouvel, Renzo Piano, Herzong & De Meuron to name a few. What was once a popular area is now turning into one of the most modern and chic districts of the “Ville Lumière”. The intervention concerned two buildings built in the 1960s, in a state of decay and inhabited by socially difficult people, to whom it was decided to make the living space more pleasant and livable: the separation surface between the two buildings, to cover the garages, it was then transformed into a green area.
The main problem that arises in the realization of these compositions is to create the different levels without excessively burdening the load-bearing structures. Of course, the existing structure had limited possibilities to be further loaded and therefore the use of Iglu’® Green Roof and the Atlantis System was the ideal solution to the problem. In fact, thanks to the Iglu’® Green Roof and the Atlantis System it was possible to create spaces at different levels quickly, easily and absolutely economically.
Daliform Group has always been concerned with providing innovative solutions in the construction field that are oriented towards environmental protection and energy saving. The Iglu’® and Atlantis systems, based on disposable formworks in 100% recycled polypropylene, initially created to create ventilated crawl spaces and cavities, over time have found increasingly widespread use in other fields of application such as: recovery and collection of rainwater, cycle paths and greenhouses, anti-root applications, roofs and hanging gardens, geothermal energy and heat recovery.

IGLU’® for the new Paul Biya Stadium

Paul Biya Stadium (even known as Olembe Stadium) is a sport facility in Yaoundé, in Cameroon, for whose construction, some innovative materials and solutions, such as Iglu’® by Daliform Group, were chosen.
With its 60,000 seats, Paul Biya Stadium aims to become the new landmark of the Cameroonian capital.
Iglu’® was chosen and used to create ramps, steps, structural fillings and height compensations.
The quality of the used recycled material, its particular geometric conformation, the thickness, the product’s dimension and the processing techniques make Iglu’®, by Daliform Group, the excellence product on the worldwide market.
Numerous national and international awards have been received over the years which testify to the rich and appreciated contribution that Iglu’® has managed to give to the world of construction.

Fight against the capillary rising moisture with IGLU’®

Iglu’® is the leading market product, created and patented for the realization of sanitary spaces, ventilated cavities, under-floor cavities, ventilated floors and roofs during the construction and renovation of civil and industrial buildings.

The ventilated cavity, realized with Iglu’®, is an effective solution to the problem of rising moisture on the flooring, because the under-floor cavity’s ventilation placed under the floor, dries it naturally. Thanks to the cavity, the building can breathe, by constantly eliminating the moisture: this technique was born already at the time of the ancient Romans.
To guarantee an appropriate ventilation, both in renovation and in new buildings, the connection of the ventilated cavity to the outside with simple pipes is necessary.
As a matter of fact, to obtain a natural «chimney effect» is necessary to position the inlet holes on the northern side at a height just off the ground and the outlet holes on the southern side at a higher point (preferably up to the roof), being careful to connect the various rooms of the foundation grid together so that the entire under-floor cavity is connected. The ducts positioned inside the wall with southern exposure will heat up, causing an upward motion intaking air from the under-floor cavity.

A ventilated under-floor cavity created with Iglu’® represents an effective, quick and economic solution that makes it possible to send humidity and dangerous Radon gas to the atmosphere, which is beneficial to our health.

Daliform Group, конструктивная легкость нового кампуса в Боккони

The recent expansion of Bocconi University Campus in Milan occupies, in the south of the historic campus, the zone “Ex Centrale del Latte”, a site that covers an area of 36.000 square meters.

The new university campus, headquarter of the SDA Bocconi School of Management, includes a series of buildings surrounded by a green area that serves as connection with the rest of the campus and the city. University residences, classrooms and rooms for teaching and research stand alongside a sport and leisure centre — with an Olympic-size swimming pool — open to public.
The typical sinuous volumes of SANAA are connected by covered paths that cross the park; there are no main façades, but a flow of semi-transparent surfaces allowing a glimpse of the activities taking place within the university spaces.

All the buildings open onto the green internal courtyards, which, thanks to the fully glazed façades, allow the interiors to benefit from a consistent supply of natural light.
The request of the architectural design was to create slabs without down stand beam and with smooth soffit.

From the structural point of view it was required a type of slab that would permit to obtain a light, but at the same time resistant, structure with low deformability, given the presence of flat and curved glass in the external façades.

Daliform Group, that has always stood out for the ability to create innovative products for buildings, recommended then its product U-Boot® Beton: a disposable formwork in recycled polypropylene, studied to create lightened bidirectional slabs in reinforced concrete, cast on site, with perfectly smooth soffit, even exposed.
With the integration of U-Boot® Beton system by Daliform Group on the project, it was possible to create structures that perfectly responded to all the requested performances; the lightened system is flexible and fits into the curvilinear plans with irregular layout of the vertical bearing elements.

The use of U-Boot® Beton permits to obtain several advantages on the entire structure (even in the case of variants): less use of steel in the slabs on average 15%, pillars and foundation on average 20%; less concrete on the slabs (on average 25%) but even on columns and foundations, even if modest; reduction of the seismic and gravitational actions connected to reduced building weight; slimmer pillars and foundations; lower costs related to excavation for foundations; more freedom on the layout, even irregular, of the pillars for the benefit of the architectural quality of the project; reduction of work and overhead transfer of the formworks; advantages in on-site logistics.

The Daliform Group technical office is available to provide to designers specific technical information, feasibility studies and assistance in the executive design. (tecnico@daliform.com – Tel. +39 0422 2083)