GeoTex System
GeoTex System is a polyester-cotton water absorbent and soil conditioner in the form of textile flakes, designed to create a synthetic-biological hybrid aimed at optimizing soil structure in ornamental, in-ground, potted, green roof, sports turf, shrub, and most notably, lawn cultivation.
How does G.T.S. work?
When mixed into the soil to the depth of root hairs, G.T.S. significantly improves moisture retention in substrates where water typically drains away like through a sieve.
Studies in the agricultural sector have shown that, in medium-quality soils, plants absorb only about 25% of the water applied during a single irrigation. The remaining 75% is either lost to evaporation or penetrates beyond the reach of roots—representing not only a loss of vital resources but also unnecessary operational costs, even under favorable soil conditions.
GeoTex System functions like a sponge: it immediately retains the entire volume of applied water and then gradually releases it over time—along with the dissolved nutrients, fertilizers, and root-applied amendments—enhancing crop yield, quality, and appearance.
Cost savings and environmental protection
G.T.S. also mitigates the leaching of unused agrochemicals—substances that often unintentionally infiltrate groundwater and ultimately contaminate rivers and aquatic ecosystems. This is an issue that must not be underestimated.
GeoTex System acts as a filtration medium, helping to retain dispersed pesticides within the soil matrix for a longer period. This not only improves their utilization efficiency and reduces input costs, but also plays a vital role in protecting the environment from chemical runoff.
Innovation Through Upcycling
G.T.S. is an absolute innovation – a new approach to using recycled materials to support crops, and above all, reduce water consumption.
Our company, one of the few in the world, after years of research, testing, and meticulous observations of polyester material combined with another fiber that is practically impossible to recycle, has developed a technological line, creating a unique, one-of-a-kind, eco-friendly product.
Our starting point was the cultivation method known from greenhouse soakaway mats, coconut and wool substrates, as well as home-grown cress on cotton wool.
This is where the capillary action process occurs, forced by the fibrous and porous structure.
Thanks to this phenomenon, water (especially valuable rainwater) and nutrients are evenly available for a long time to the root system within the reach of G.T.S. flakes.
G.T.S. should be applied in the cultivation of potted flowers, under ornamental trees and shrubs, thuja hedges, flower beds, reseeding areas, and is particularly recommended for moisture-demanding and perennial crops such as lawns.
Oxygen Engine
Owning a lawn offers numerous benefits beyond aesthetics.
Unlike concrete paving, a lawn naturally absorbs sound, providing a much safer and more enjoyable environment for children and pets to play.
It is well-established that exposure to greenery helps reduce stress and promote relaxation. A healthy lawn also plays a key role in air purification — 1 square meter of turf can absorb up to 38 kilograms of airborne dust annually.
Grass contributes to binding toxic gases and supports oxygen circulation. A lawn of just 100 square meters can produce enough oxygen annually to support 10 people.
Additionally, water evaporating from grass on warm days helps create a favorable microclimate for human comfort.
AeroFiber
A Key Advantage of G.T.S.: Support for Soil Aeration and Root Penetration
One of the key benefits of G.T.S. lies in its ability to improve the spatial and aeration characteristics of the soil. The elastic textile flakes, even after absorbing water, retain their original flexibility and volume — they do not swell or harden.
As a result, they promote efficient gas exchange and do not obstruct root growth or nutrient uptake from the surrounding soil.
This feature is particularly crucial in perennial cultivation systems, where mechanical tillage, aeration, or soil turnover is often not feasible and where the soil structure tends to compact due to monocropping practices.
The resulting substrate remains compact and structurally stable, yet friable and granular — enabling natural root expansion and ensuring the continuity between cultivated soil and the native ground below.
Unlike geomembranes or uniform agro-mats, G.T.S. does not form an isolating barrier, thereby preserving the ecological pathways essential for root development and the migration of beneficial soil organisms.
ThermoShield Core — All-season root resilience, built-in.
In summer, during long-term water deficits, the soil does not clump and remains granular, while the roots are additionally enveloped and protected against high temperatures and dehydration. In winter, the system acts like an insulating jacket, shielding the roots from frost.
Engineering Applications
Agro-textiles and related geo-textiles (GTX) have been used for over 60 years in highly developed countries for turf reinforcement on slopes and embankments in the construction of parks, protective levees, roads, highways, and hydrological barriers.
The primary component of G.T.S. flakes is polyester, which ensures long-term biological durability, stable pH, and structural integrity in moist substrates without light exposure — for up to 50 years.
A Solution for Degraded Soils and Monocultures
Effective Application in Degraded Soils and Monoculture Fields
GeoTex System proves highly effective—if not essential—in challenging conditions such as sandy soils, steep slopes, and areas prone to rapid water loss, as well as in monoculture cropping systems. Its porous textile structure retains fresh water near the root zone without causing gelification or clumping, ensuring stable, long-term moisture availability. This targeted water access significantly supports plant vitality and root development.
G.T.S. is particularly well-suited for lawn establishment, both from seed and sod.
HydroShock Prevention
Long-Term Effects of Conventional Watering Practices
It is important to recognize that frequent and excessive watering with tap water can, over time, lead to soil degradation and nutrient depletion in long-term cultivation systems. This often-overlooked phenomenon results from the leaching of essential minerals and nutrients from the root zone.
Moreover, the use of cold municipal water frequently exceeds the thermal optimum for most plant species, causing unnecessary stress and suppressing vegetative growth.
Root–Flake Hybrid System
Root–Flake Hybridization: A Unique Feature of G.T.S.
One of the most distinctive advantages of G.T.S. is its ability to form a biological-synthetic hybrid structure with plant roots.
Microscopic analysis confirms the strong physical integration between root hairs and the textile flakes, resembling a thread passing through the eye of a needle.
The physicochemical conditions within the soil, including water properties, further facilitate this bond.
This hybrid structure significantly enhances water transport efficiency and supports the natural biodegradation of the flakes through intensified microbial activity and biofilm formation.
When “Super” Becomes a Threat
Based on our research and field observations, conventional so-called "superabsorbents" available on the market have demonstrated a critical drawback under prolonged drought conditions — as their name suggests, they tend to “super-absorb” by drawing moisture back from the root zone, potentially causing stress or damage to crops. GeoTex System, by contrast, behaves fundamentally differently.
AeroSponge Fiber
Although polyester is inherently limited in its water absorption capacity, the modified fibers in G.T.S. act as a microstructured medium, providing a defined surface area capable of retaining both air and moisture from rainfall or irrigation—functioning similarly to a natural sponge.
Ultimate Upcycle — The Closing Loop of Polyester Use
The production of G.T.S. flakes represents a high level of environmental responsibility.
This is a long-lasting product that does not burden the environment like disposable or short-term alternatives. On the contrary, the purified raw material is 100% reclaimed and serves to preserve the planet’s vital resources. G.T.S. constitutes the ultimate solution — the most ecological and final application of polyester.
💧 Efficient Water Retention and Filtration System
The production of G.T.S. flakes represents a high standard of environmental responsibility. Unlike disposable or short-lived materials, G.T.S. is a durable, long-lasting product that places no burden on the environment. On the contrary – its raw material is 100% recovered from post-consumer textiles and serves as a final, purposeful use of polyester. It is the ultimate ecological solution – the most sustainable and meaningful end-of-life application for synthetic fibers.
🌿 Supports plant growth
The production of G.T.S. flakes represents a high level of ecological responsibility. Unlike disposable or short-lived products, G.T.S. is a long-lasting material that does not burden the environment. On the contrary — the purified raw material used in its production is 100% reclaimed textile waste, repurposed to protect the planet’s vital resources. It stands as the final application and most environmentally responsible end-of-life solution for polyester.
🌱 Strengthens root systems and prevents soil erosion
G.T.S. reinforces the soil through a mechanism of dispersed reinforcement, effectively preventing soil destabilization and erosion. Unlike hydrogels, G.T.S. does not transform water into a gel-like mass, thereby avoiding root suffocation and ensuring free water circulation regardless of soil moisture levels. The flakes do not cause water stagnation — instead, plant roots integrate with the G.T.S. structure, forming a hybrid that further enhances the flow of water, nutrients, and air. This integration also stabilizes the plant in the ground, which is particularly beneficial in heavily used lawns, such as sports fields, parks, and other public green spaces.
♻️ 100% recycled
The primary component of Geo Tex System is 100% recycled polyester. Every year, hundreds of tons of fast-fashion textiles end up in landfills or incinerators, polluting the environment. G.T.S. stands as the only truly ecological solution enabling the safe biodegradation of polyester.
Our company is the first—and currently the only one—to successfully process post-consumer polyester. From the ground up, we have designed and built globally unique machines capable of producing G.T.S. flakes from hand-cleaned textile waste, ensuring the final product is completely safe and highly effective for plant use.
Thanks to the addition of cotton fibers, G.T.S. becomes attractive to microorganisms, naturally accelerating the BIOdegradation process. It is the only solution of its kind in the world.
Learn more
❄️ In winter, it insulates plant roots against freezing temperatures.
G.T.S. flakes act like a protective umbrella, shielding roots from overheating and excessive drying. This enables the soil to absorb and retain water like a sponge. Without G.T.S., water on sun-heated soil evaporates almost instantly. Unlike some superabsorbents, G.T.S. does not draw moisture away from plant roots—even during prolonged drought.
⛱️ In summer, it reduces soil overheating.
G.T.S. flakes act like a protective umbrella, shielding roots from overheating and excessive drying. This allows the soil to retain water like a sponge — without G.T.S., water evaporates almost instantly from sun-heated surfaces. Unlike traditional superabsorbents, G.T.S. does not draw moisture back from the roots, even during prolonged droughts.
⏳ Eco-friendly, with durability of up to 50 years.
G.T.S. offers exceptional longevity as a final-use solution that doesn’t require frequent replacement. Thanks to its ability to form a root hybrid, the Geo Tex System becomes a long-term, efficient investment that, over its lifetime, can save thousands of liters of water — a smart choice for years to come.
🪶 Super light
G.T.S. is characterized by its low self-weight, which is particularly important when managing the overall load of the growing medium—for example, in green roof installations or hanging planters.
Fields of Application / Application Method
Growing Media Mixes
G.T.S. can be blended with flower soil, fertilizers, peat, compost, all-purpose soil, and other soil additives.
It is perfectly suited for creating any type of custom substrate mix – a versatile "soil blend" for all types of plants.
Pots
By mixing G.T.S. into the soil used for your indoor or balcony plants, you ensure stable moisture levels — allowing you to leave for a holiday without worrying about your plants wilting. Improved water retention helps maintain optimal plant health. GeoTex System is especially effective in hanging planters, where its ultra-lightweight structure (just 2 kg per 20 liters) significantly reduces the overall weight of the container.
Add G.T.S. once during planting, replanting, or soil replacement.
Mix the recommended amount of the product thoroughly with the appropriate volume of soil.
Dosage
Minimum: 100 grams per 1 liter of soil.
For highly water-demanding plants, increase the dosage to achieve optimal results.
Trees and ornamental shrubs
G.T.S. can also be applied during the planting of trees and ornamental shrubs.
It provides reliable hydration even during prolonged drought, ensuring consistent water availability, which supports healthy plant growth and development. Additionally, G.T.S. stimulates root system expansion and enhances winter hardiness by protecting roots against low temperatures.
Mix the recommended amount of product directly into the root zone.
Dosage
Minimum: 10 kg per 100 L of soil
Recommended application: 100 kg per 1,000 L / 1 m³ of soil
Lawn from Seed or Turf Rolls
Maintaining a healthy lawn—especially newly established or during drought periods—can be time-consuming and demanding.
Apply G.T.S. during soil preparation for lawn installation and eliminate the risk of sudden drying.
GeoTex System supports germination and early seedling development by stimulating root formation. The material naturally integrates with the roots, forming a stable, anchored hybrid. It stores enough water to maintain consistent hydration throughout the soil profile.
That’s it—no more irrigation concerns for the next 50 years.
G.T.S. also works as an emergency treatment during lawn restoration, accelerating seedling regeneration several times faster than standard methods.
Application: Mix flakes into the soil within root zone range.
Dosage:
Minimum 1 kg per 10 liters of soil per 1 m² of surface area.
Parks, Sports Fields, and Green Areas
Urban Parks, Lawns and Public Green Infrastructure
Parks and green spaces are among the most vital components of any city – from small towns to sprawling metropolises. It is no coincidence that New York City is home to the iconic Central Park. Green areas provide a natural escape from urban noise and chaos. A picnic or bike ride through a well-maintained park is one of the most appreciated forms of relaxation.
This is precisely why maintaining public green infrastructure is so important. Parks are the lungs of the city. Plants – particularly grass – purify the air and absorb excess heat, helping to mitigate the urban heat island effect and reduce greenhouse gas impact.
However, such environments pose a serious challenge for vegetation. Urban landscaping and large-scale green space management represent one of the key applications of the GeoTex System. By improving soil moisture retention, G.T.S. increases plant resilience, vitality, and aesthetic quality. It significantly improves drought tolerance while providing insulation against frost in winter. During hot summer months, when green spaces are most needed, the system protects plants from dehydration – enabling them to shield humans from heat more effectively.
Additionally, G.T.S. simplifies landscape engineering: the product’s internal reinforcement effect stabilizes vegetation on slopes and embankments, supporting long-term durability. GeoTex System transforms green areas into even more sustainable and ecosystem-friendly environments. Its dispersed structure does not interfere with soil-dwelling organisms or root development – unlike geomats, geogrids, or other synthetic reinforcements.
GeoTex System is also ideally suited for sports fields and playing surfaces. By integrating with the root zone, G.T.S. forms a reinforced hybrid with the turf, significantly enhancing durability. It is especially recommended for high-traffic zones where conventional soil amendments quickly degrade. Unlike standard materials, G.T.S. maintains its structure and performance regardless of irrigation frequency or mechanical wear.
Application rates:
▪ 1 kg per 10 liters of substrate per 1 m² (for turf applications)
▪ 10 kg per 100 liters per 1,000 liters / 1 m³ of soil (for trees, shrubs, and planting beds)
Green roofs
Green roofing is an increasingly widespread method of integrating vegetation into urban architecture. It is already employed by major corporations atop skyscrapers, by developers designing environmentally friendly residential complexes, and by leading universities and municipal authorities across global metropolises. While once considered an exclusive solution, green roofs are now more accessible than ever.
GeoTex System is an ideal additive for intensive green roof substrates. Thanks to its exceptionally low weight, structural reinforcement properties, and ability to stabilize moisture and nutrient levels, G.T.S. enhances both the longevity of the vegetation and the functionality of the growing medium. The product helps maintain optimal plant health in demanding rooftop conditions, supporting sustainable, visually appealing green infrastructure in urban environments.
GeoTex System
A groundbreaking innovation in polyester recycling
A New Perspective on Synthetic Materials – Responsible Innovation for a Water-Scarce Future
GeoTex System introduces a groundbreaking rethinking of synthetic additives by leveraging the vast availability of post-consumer textiles—without the need to manufacture more of what the planet no longer needs.
This shift in mindset underscores a key message: using G.T.S. textile flakes is not only an effective long-term solution for water retention and soil health, but also a conscious environmental decision. It reduces water consumption, supports soil filtration of pesticides, and prevents synthetic fibers from being incinerated, landfilled, or ultimately breaking down into microplastics in rivers and oceans.
According to international forecasts, global textile production is expected to triple by 2060. In light of this, water conservation must no longer be seen as a recommendation—but as a generational responsibility. The volume of water on Earth may remain constant, but the amount of clean, usable water is rapidly shrinking. It is human activity alone that determines this trajectory.
G.T.S. is manufactured from 100% reclaimed and manually cleaned textiles. Most of these materials are virtually unrecycled on a global scale due to the complexity of their composition—especially blended fabrics—while creating new synthetic fibers remains cheaper, faster, and easier. Only 10% of the G.T.S. composition comes from new textiles—redirected from waste streams in the fast-fashion cycle. An additional 10% consists of natural fibers (cotton/viscose), which serve as an organic starter for soil fungi and microorganisms.
In this context, polyester’s resistance to decomposition becomes an asset. When used purposefully and within a regenerative system, synthetic materials can serve us for decades without the need for replacement—durability by design.
Through analysis of current research and refinement with the help of artificial intelligence, we have enhanced our flake processing to accelerate the biodegradation potential of polyester. This is achieved by exposing the material to controlled thermal shock and humidity, which weakens polymer bonds and induces a phenomenon known as polymer surface matting. The result: the material becomes more hydrophilic, allowing water molecules to adhere to its surface and form a microbial biofilm.
The presence of biofilm—observable in everyday scenarios like backyard plastic pools left untreated—is the precursor to natural hydrolysis and long-term environmental biodegradation. With this breakthrough, G.T.S. not only retains its ecological purpose but actively contributes to a new generation of responsible synthetics.
As previously mentioned, the presence of water facilitates the hydrolysis of unstable bonds in polyesters and polyamides, disrupts the linkage between the polymer and filler agents, and promotes the formation of hydroxyl radicals and other reactive groups that can initiate free radical reactions. Water, acting as a carrier medium, combined with the porous structure of the flakes, creates an optimal environment for microbial proliferation and enzymatic processes. These microbiological reactions are further accelerated by the inclusion of natural cotton fibers in production, which act as a biostarter—especially in warm, moist soil environments where decomposition processes occur significantly faster. This constitutes one of the most ecologically sound methods of recycling.
One of today’s most pressing environmental issues is the accumulation of plastic waste in terrestrial ecosystems—estimated to exceed 10 billion tons. Moreover, the true extent of synthetic waste in oceans, rivers, and marine ecosystems remains unquantified, though presumed to be comparably alarming. By using G.T.S. flakes, we avoid contributing to microplastic pollution: embedded in soil without UV exposure, the flakes bond with plant roots to form a cohesive structure, visually resembling a cocoon. This creates an ideal matrix for microbial colonization. These microorganisms act as biocatalysts, secreting hydrolase enzymes responsible for hydrolytic cleavage of ester bonds, which is essential in initiating plastic biodegradation.
In fertile soils, enzymatic activity often exceeds expectations based on microbial counts alone. One gram of fertile soil can exhibit enzymatic activity equivalent to over 1,000 bacterial cells or 1 gram of fungal biomass. Furthermore, soil humidity and temperature offer ideal conditions for biological decomposition. Nature is constantly adapting—plastic-degrading microorganisms are no longer a theory but a reality. Fungal genera such as Acremonium, Cladosporium, Debaryomyces, Emericellopsis, Eupenicillium, Paecilomyces, Penicillium, Pullularia, Aspergillus terreus, Aureobasidium, Chaetomium, Fusarium, Rhizopus, Thermoascus, Tritirachium, Trichoderma, Alternaria, Engydonium, and bacterial species like Pseudomonas mendocina, Streptomyces, Amycolatopsis, Clostridium, and Schlegelella have all been documented to degrade synthetic polymers. Scientific literature even highlights the discovery of Ideonella sakaiensis, a bacterium capable of metabolizing polyethylene terephthalate (PET) as a carbon and energy source. Parallel research is underway into Bacillus subtilis, which may eventually be integrated into plastic products during production to accelerate their environmental breakdown.
