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[Super Soil Construction Case] Greening Case of Oxygen Pipes and Drainage Base

[Super Soil Construction Case] Greening Case of Oxygen Pipes and Drainage Base

Construction case study of the Hotel Okura Frontier Hotel Tsukuba Annex Square.

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, specifically for the oxygen pipes and drainage base. In the landscaping work for the hotel garden, Super Sol L1 medium grain was used for the drainage base material and oxygen pipes. Due to the clayey ground at the construction site, which has very poor drainage, measures were necessary. During the transplantation of a 10-meter-high Himalayan cedar, a drainage layer was created at the base, and nine oxygen pipes were installed. The air permeability and drainage have improved, and the progress is favorable. 【Construction Case Study】 - Project Details: Hotel Okura Frontier Hotel Tsukuba Annex Square Construction - Usage Category: Greening / Oxygen Pipe Drainage Base / Below Planting - Client: Private - Construction Location: Tsukuba City, Ibaraki Prefecture - Required Performance: Air permeability, drainage, strength For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Planting work
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Poultry House Deodorization Materials

[Super Sol Construction Case] Example of Poultry House Deodorization Materials

This is a case study of the installation of a deodorization tank for a chicken manure storage area in Sera Town, Hiroshima Prefecture.

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. This material is used as a deodorizing agent for chicken coops, specifically to reduce odors in chicken manure storage areas. The implementation was based on research results from the Tottori Prefectural Livestock Experiment Station. By allowing microorganisms to settle in the bubbles of Super Sol, these microorganisms break down and deodorize the odors. It is inorganic, maintains its structure over the long term, and is economical with only minimal watering and electricity costs for maintenance. 【Construction Case Study】 - Construction Details: Installation of deodorization tank for chicken manure storage - Application Category: Dairy farming / Deodorizing material / Deodorization tank construction - Client: Private sector - Construction Location: Sera Town, Hiroshima Prefecture - Required Performance: Porous, inorganic, lightweight For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • others
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Building a Truck Scale on Weak Ground

[Super Sol Construction Case] Example of Building a Truck Scale on Weak Ground

This is a case study of the installation work for a truck scale.

We will introduce a case study of the construction of a truck scale on weak ground using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. In the construction of the truck scale on weak ground, the stability of the bearing capacity was insufficient as it was. As a countermeasure, ground improvement using piles and Super Sol was considered, but taking into account the cost benefits in terms of strength and workability, Super Sol was adopted. 【Construction Case Study】 - Construction Content: Truck Scale Installation - Use Category: Civil Engineering / Structural Foundation / Ground Improvement - Client: Private - Construction Location: Arakawa Ward, Tokyo - Required Performance: Lightweight and Strength For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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[Super Sol Construction Case] Disaster Recovery Work - BOX Culvert Backfill Case

[Super Sol Construction Case] Disaster Recovery Work - BOX Culvert Backfill Case

This is a case study of disaster recovery and ground improvement work on national disaster prevention roads.

We will introduce a case study of the construction of the artificial lightweight material "Glass Foam Lightweight Material 'Super Sol'," which is made by crushing and sintering waste glass. This case study pertains to disaster recovery work and the backfilling of box culverts related to the Great East Japan Earthquake. In conjunction with road pavement improvements, we aimed to reduce the weight of the backfill to alleviate the load on the box culvert. 【Construction Case Study】 ○ Project Details: National Disaster No. 23-71-506-0-008 Road (North 5, North 8) Disaster recovery and ground improvement work ○ Usage Classification: Civil Engineering / Structural Protection / Existing Structures ○ Client: Ibaraki Prefecture ○ Construction Location: Naka District, Ibaraki Prefecture ○ Required Performance: Lightweight and load reduction For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Lightweighting on the Rooftop of a Water Distribution Facility

[Super Sol Construction Case] Example of Lightweighting on the Rooftop of a Water Distribution Facility

This is a case study of the construction of a protective net facility at Front Town Saginuma.

We will introduce a case study of the construction of the artificial lightweight material "Super Sol," which is made by crushing and sintering waste glass to create a lightweight aggregate. This case involves the lightweighting of the rooftop of a water distribution facility in Kawasaki City, where the rooftop has been utilized as a futsal court (artificial turf). Super Sol was adopted for the installation of a protective net. It was used to reduce the load on the facility and improve drainage for the futsal court. The construction process was carried out in the following order: Super Sol application → leveling → crushed stone application → compaction. 【Construction Case Study】 - Construction Details: Installation of a protective net at Frontown Saginuma - Usage Category: Civil Engineering / Structural Protection / Existing Structures - Client: Private - Construction Location: Kawasaki City, Kanagawa Prefecture - Required Performance: Lightweight, load reduction, drainage For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Lightweighting Above Underground Parking Lot

[Super Sol Construction Case] Example of Lightweighting Above Underground Parking Lot

This is a case study of the renovation work on the fountain area at the west exit square of Shinjuku Station.

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, in the context of reducing the weight above an underground parking lot. In the landscaping work at the fountain plaza of Shinjuku Station's west exit, lightweight Super Sol was used to reduce the load on the drainage base material and the underground parking lot. A cage mat was used to secure the underground pillars supporting the tall trees, and Super Sol was filled into the cage as the drainage base material. 【Construction Case Study】 - Construction Details: Renovation work of the fountain area at Shinjuku Station's west exit plaza - Application Category: Civil Engineering / Structural Protection / Existing Structures - Client: Tokyo Metropolitan Government - Construction Location: Shinjuku Ward, Tokyo - Required Performance: Lightweight, load reduction, drainage capability For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Planting work
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Buried Pipe Protection

[Super Sol Construction Case] Example of Buried Pipe Protection

This is a case study of the construction work for the Bijin Tree Residential Complex.

We would like to introduce a case study of the construction of "Super Sol," an artificial lightweight material made by crushing and sintering waste glass into a foamed state, specifically for the protection of buried pipes. In the development of a residential area, there were existing buried pipes directly beneath the planned road. Instead of replacing the buried pipes, it was more cost-effective to protect them using lightweight fill, so lightweight fill construction was adopted. After comparing with other lightweight materials (specific gravity over 1.0), Super Sol was chosen as it required the least depth for replacement. 【Construction Case Study】 - Project Details: Construction of the Bijogi Housing Complex - Use Classification: Civil Engineering / Structural Protection / Underground Buried Objects - Client: Private Sector - Construction Location: Sakura City, Tochigi Prefecture - Required Performance: Lightweight and reduced load capacity For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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[Super Sol Construction Case] A2 Example of Backfill Material for Retaining Walls on Steep Slopes

[Super Sol Construction Case] A2 Example of Backfill Material for Retaining Walls on Steep Slopes

This is a case of the construction work for the left bank plaza of the Muromi Dam in Uda City, Nara Prefecture.

We would like to introduce a case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used as backfill for a retaining wall in a steep slope. It was used beneath an observation deck overlooking the dam. It was adopted as backfill for the retaining wall in the steep slope to reduce soil pressure. Due to the narrow V-shaped terrain, the use of gravel-like Super Sol improved workability. 【Construction Case Study】 - Project Details: Improvement work for the left bank plaza of the Muromi Dam - Application Category: Civil Engineering / Structure Backfill / Retaining Wall - Client: Japan Water Agency - Construction Location: Uda City, Nara Prefecture - Required Performance: Lightweight, soil pressure reduction, workability For more details, please contact us or download the catalog.

  • Soil improvement material
  • Other civil engineering works
  • Lightweight embankment material
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Backfill for Retaining Wall - Goro Fureai Bridge Maintenance

[Super Sol Construction Case] Example of Backfill for Retaining Wall - Goro Fureai Bridge Maintenance

This is a case study of the construction of the auxiliary works for the Go-Roku Fureai Bridge.

We would like to introduce a construction example of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. This example pertains to the backfill of a retaining wall. In the auxiliary work for the bridge, Super Sol, which has high permeability, was applied as river embankment material. It was used as backfill material for block masonry, and some areas were constructed with lightweight mixed soil (60% Super Sol and 40% earth). 【Construction Example】 - Project Details: Auxiliary work for the Goro Fureai Bridge - Usage Category: Civil Engineering / Structure Backfill / Retaining Wall - Client: Mizuho City - Construction Location: Mizuho City, Gifu Prefecture - Required Performance: Lightweight and reduced earth pressure For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Glass-foamed lightweight material "Super Sol"

Glass-foamed lightweight material "Super Sol"

For civil engineering, greening, agriculture, water purification, insulation, etc.! A "soil-reducing" lightweight material made from 96% recycled glass.

"Super Sol" is a lightweight material recycled from glass bottles and other sources. It is an amorphous gravel-like artificial pumice made by crushing and sintering waste glass into particles ranging from 2 to 75 mm in size. Composed of soil components, it is environmentally friendly and allows for control of specific gravity and water absorption rate according to its intended use. Utilizing its features such as lightweight, permeability, water retention, non-combustibility, and thermal insulation, it is widely used in various applications including civil engineering, greening, agriculture, water purification, and insulation. 【We are currently offering a catalog of products by application as a gift!】 ■ Lightweight fill material "Super Sol L2" ■ Greening material "Super Sol L1" ■ Agricultural material "Super Sol L1" ■ Purification material "Super Sol L2・L4" ★ We will be exhibiting at the "2023 Global Warming Prevention Exhibition/NEW Environmental Exhibition"! Dates: May 24 (Wed) to May 26 (Fri), 2023 10:00 AM to 5:00 PM (until 4:00 PM on the last day) Venue: Tokyo Big Sight, Ariake, East Exhibition Hall 5 Booth No: Q502 *For more details, please download the catalog. Feel free to contact us with any inquiries.

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  • Lightweight embankment material
  • Lightweight foam materials

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[Super Sol Construction Case Study] A2 Case of Road Widening Work on Steep Slopes, Ibaraki

[Super Sol Construction Case Study] A2 Case of Road Widening Work on Steep Slopes, Ibaraki

This is a case of improvement work on Municipal Road (Asa) No. 2-11 in Nakaminato City, Ibaraki Prefecture.

We would like to introduce a case study of the construction of a road widening project on a steep slope using "Super Sol," an artificial lightweight material made from crushed and sintered waste glass. Super Sol was used as backfill material for a reinforced soil wall (wire wall) in the road widening project on a steep slope. A two-lane widened road was constructed on a hillside that had collapsed due to the Great East Japan Earthquake. 【Construction Case Study】 ○ Project Details: Improvement work on Municipal Road (Asa) No. 2-11 ○ Usage Classification: Civil Engineering / Backfill for Structures / Reinforced Soil Wall ○ Client: Nakagawa City ○ Construction Location: Nakagawa City, Ibaraki Prefecture ○ Required Performance: Lightweight and reduced earth pressure ● For more details, please contact us or download the catalog.

  • Road construction
  • Lightweight embankment material
  • Lightweight foam materials

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[Super Sol Construction Case Study] A6 Example of Sidewalk Elevation in Tokyo

[Super Sol Construction Case Study] A6 Example of Sidewalk Elevation in Tokyo

This is a case of the renovation work at Kasai Rinkai Park in Edogawa Ward, Tokyo.

We would like to introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used as a raised sidewalk material. This is part of the renovation work at Kasai Rinkai Park in Edogawa Ward, Tokyo. The project aims to make the central promenade and fountain plaza accessible for the canoe slalom venue for the Tokyo 2020 Olympics. Super Sol, which is lightweight and has excellent drainage properties, was used as a raising material for areas affected by ground subsidence. The upper layer of Super Sol consists of a base layer made of recycled crusher run, recycled graded crushed stone, and the paving material is reused existing natural stone paving. For more details, please contact us or download the catalog.

  • Lightweight embankment material
  • Road construction
  • Paving of sidewalks, roads, parking lots and stadiums
  • Lightweight foam materials

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[Super Soil Construction Case] A1 Case of Maintenance Management of Buried Pipes

[Super Soil Construction Case] A1 Case of Maintenance Management of Buried Pipes

This is a case of bridge maintenance work (tentative name) for the Hiro Second Bridge and the left bank approach road in Kure City, Hiroshima Prefecture.

We would like to introduce a construction case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass. To reduce differential settlement, the embankment was changed from soil to Super Sol. Super Sol was adopted to facilitate the maintenance of existing buried pipes (gas and water pipes) under the bridge approach road, allowing for repeated backfilling after excavation. 【Construction Case Study】 - Project Description: Bridge maintenance work (tentative name) Hiroshimaken Kure City Hiro Daini Ohashi, left bank approach road - Usage Category: Civil engineering / Lightweight embankment / Underground buried objects - Client: Kure City - Construction Location: Kure City, Hiroshima Prefecture - Required Performance: Lightweight, strength, soil pressure reduction For more details, please contact us or download the catalog.

  • Soil improvement material
  • Road construction
  • Ground improvement materials
  • Lightweight foam materials

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[Super Soil Construction Case] Example of Rainwater Storage in Schoolyard

[Super Soil Construction Case] Example of Rainwater Storage in Schoolyard

Naha City Kura Elementary School - Case Study of Greenery Project with Super Soil Water Storage Function

We would like to introduce a case study of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, used for rainwater retention in schoolyards. The rainwater retention system utilizing Super Sol can maintain water quality without circulating the stored rainwater, allowing for low-cost installation and reduced running costs. It is used for irrigation of plantings on a daily basis and can be utilized as emergency water during disasters, contributing to the conservation of water resources. This project was completed through the Ministry of Land, Infrastructure, Transport and Tourism's "Frontier Project by Construction Companies." 【Case Study】 - Project Details: Greenery project with Super Sol water retention function at Furukawa Elementary School, Naha City - Usage Category: Purification / Rainwater retention tank filling material / Schoolyard greening - Client: Ministry of Land, Infrastructure, Transport and Tourism - Location: Naha City, Okinawa Prefecture - Required Performance: Porous / Corrosion suppression For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Rainwater infiltration facilities
  • Lightweight foam materials

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[Super Sol Construction Case] Example of Odor Control Materials for Pig Farms

[Super Sol Construction Case] Example of Odor Control Materials for Pig Farms

This is a case study of the installation of a deodorization tank at a pig farm in Shobara City, Hiroshima Prefecture.

We would like to introduce a case study of the installation of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, as a deodorizing material for pig farms. This system deodorizes the odors generated from pig manure processed through composting. The implementation is based on research results from the Tottori Prefectural Livestock Experiment Station. Microorganisms settle in the bubbles of Super Sol, allowing them to decompose and deodorize the odors. It is inorganic, maintains its structure over the long term, and is economical with only minimal watering and electricity costs for maintenance. The microorganisms used are sourced from the activated sludge generated in the pig farm, making it an efficient deodorization system. 【Case Study】 - Construction Details: Installation of deodorization tanks for pig farms - Usage Category: Dairy farming / Deodorizing material / Deodorization tank construction - Client: Private sector - Construction Location: Shobara City, Hiroshima Prefecture - Required Performance: Porous, inorganic, lightweight For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • others
  • Lightweight foam materials

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[Super Soil Construction Case Study] Examples of Soil Improvement and Greening in Planting Work

[Super Soil Construction Case Study] Examples of Soil Improvement and Greening in Planting Work

This is a case study of soil improvement work in the H22 Ageo Road planting project in Saitama City, Saitama Prefecture.

We would like to introduce a case study of the application of "Super Sol," an artificial lightweight material made from crushed and sintered waste glass, used as a soil improvement material in planting work. It was utilized as a soil improvement material for low shrub azalea planting near the intersection of National Route 17 (Ageo Road). It has been adopted as an inorganic soil improvement material registered with NETIS. Compared to natural mineral foams, it generates less dust during construction, allowing work to proceed even on somewhat windy days. Due to the minimal adherence of dust to the eyes and skin of the workers, it received high praise for its excellent workability. 【Construction Case】 - Project Details: H22 Ageo Road Planting Work - Usage Category: Greening / Soil Improvement / Planting - Client: Ministry of Land, Infrastructure, Transport and Tourism, Kanto Regional Development Bureau - Construction Location: Saitama City, Saitama Prefecture - Required Performance: Air permeability, drainage (when mixed with soil), soil hardness improvement For more details, please contact us or download the catalog.

  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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[Super Soil Construction Case Study] A1 Case of Embankment Lightweighting through Weak Ground Measures

[Super Soil Construction Case Study] A1 Case of Embankment Lightweighting through Weak Ground Measures

This is an example of the improvement work for the Iwami IC No. 2 on the Route 9 Saji Mountain Bypass in Iwami District, Tottori Prefecture.

We would like to introduce a case study of the construction of the artificial lightweight material "Super Sol," made from crushed and sintered waste glass, in the context of "lightweight embankment measures for soft ground countermeasures." This project involved embankment work associated with the construction of a new road. As a countermeasure for soft ground, it was necessary to lighten the embankment for the protection of box culverts and to address differential settlement, leading to the use of the environmentally friendly material Super Sol. Width: Approximately 15-27m, Length: Approximately 47m, Embankment height: Approximately 6m, including behind the bridge abutment. 【Construction Case Study】 - Project Details: National Route 9, Shichiyama Bypass Iwami IC Second Improvement Work - Usage Category: Civil Engineering / Behind Bridge Abutment / Roadbed - Client: Ministry of Land, Infrastructure, Transport and Tourism, Chugoku Regional Development Bureau - Construction Location: Iwami County, Tottori Prefecture - Required Performance: Lightweight, Strength, Soil Pressure Reduction For more details, please contact us or download the catalog.

  • Road construction
  • Lightweight embankment material
  • Ground improvement materials
  • Lightweight foam materials

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[Super Soil Utilization Case] Rain Garden

[Super Soil Utilization Case] Rain Garden

During heavy rainfall, rainwater that falls in the garden is temporarily stored underground! This helps prevent urban flooding.

We would like to introduce examples of rainwater storage tanks and rainwater infiltration tanks utilizing Super Soil. In particular, in areas where urbanization has progressed, it has become difficult for rainwater to infiltrate underground, leading to urban flooding that flows into rivers in a short period of time. By utilizing the water retention capabilities of Super Soil, it is being used as a rainwater storage tank to temporarily hold rainwater, as well as a rainwater infiltration tank that slowly allows the stored rainwater to infiltrate over time. 【Example Overview】 ■ Application Category: Rainwater Storage, Rainwater Infiltration Tank, Rain Garden ■ Client: Private Sector ■ Construction Location: Toyohashi City, Aichi Prefecture ■ Porous ■ Water Retention and Drainage *For more details, please download the PDF or feel free to contact us.

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  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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Exhibition of examples of glass foam lightweight materials! Announcement of technical training sessions/events.

Exhibition of examples of glass foam lightweight materials! Announcement of technical training sessions/events.

【Exhibiting at the 2024 NEW Environment Exhibition/EE Tohoku '24】 Usable for various purposes such as civil engineering, greening, agriculture, water purification, and insulation, tailored to specific objectives.

"Super Sol" is a lightweight material recycled from glass bottles and other sources. It is an artificial pumice made by crushing and sintering waste glass into irregular granules with a particle size of 2 to 75 mm. Utilizing its characteristics such as lightweight, permeability, water retention, non-combustibility, and thermal insulation, it is used in a wide range of applications including civil engineering, greening, agriculture, water purification, and insulation. In particular, the "Glass Foam Recycled Material - Super Sol" as a civil engineering material has a unit weight of about 4 kN/m3, which is approximately one-fifth that of conventional fill materials, making it very lightweight. When this lightweight fill material is used on soft ground, it allows for the construction of embankments without the need for foundation improvement, which can be economically advantageous. [We are currently offering a catalog of products by application as a gift!] - Lightweight fill material "Super Sol L2" - Greening material "Super Sol L1" - Agricultural material "Super Sol L1" - Purification material "Super Sol L2・L4" ★ Eco Mark certified, with registration records in NETIS! NETIS: QS-980235 (old registration) Eco Mark certification number: 08131005 *For more details, please download the catalog. Feel free to contact us with any inquiries.

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  • Lightweight embankment material
  • Lightweight foam materials

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Track stabilization using Super Sol L2 for railways.

Track stabilization using Super Sol L2 for railways.

Reduce soil pressure on tracks and improve weak ground! Lightweight and easy to install!

In the railway industry, the stability of the tracks is extremely important as the foundation for safe operations. In particular, deformation of the tracks due to ground subsidence or soil pressure not only hinders train operations but also carries the risk of serious accidents. Super Soil L2 contributes to the stabilization of tracks on soft ground by reducing soil pressure due to its lightweight properties. Additionally, its excellent drainage capability prevents the deterioration of the subgrade, achieving long-term stability. 【Usage Scenarios】 - Track embankment - Subgrade improvement - Tunnel entrance areas - Bridge sections 【Effects of Implementation】 - Suppression of track deformation due to reduced soil pressure - Protection of the subgrade through improved drainage - Cost reduction through shortened construction periods - Stabilization of operations through improved safety

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  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Super Sol L2 for Roads and Bridges

Super Sol L2 for Roads and Bridges

Contributes to the lightweight of bridges and reduction of soil pressure! Excellent workability as well!

In the road and bridge industry, there is a demand for the lightweight design of bridges and the reduction of earth pressure. Particularly in the repair and seismic reinforcement of aging bridges, it is important to ensure sufficient strength while minimizing the increase in the weight of the structure. Additionally, when constructing bridges on soft ground, measures to prevent settlement through ground improvement are essential. Super Sol L2 excels in lightweight properties and drainage, contributing to the resolution of these challenges. 【Application Scenarios】 - Embankment for bridges - Backfill for retaining walls - Bridge construction on soft ground 【Effects of Implementation】 - Reduced burden on structures due to lightweight design - Improved stability of structures due to reduced earth pressure - Shortened construction period due to enhanced workability

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  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Super Sol L2 for Disaster Prevention and Evacuation Routes

Super Sol L2 for Disaster Prevention and Evacuation Routes

Reduce earth pressure, improve weak ground! Enhance the safety of evacuation routes!

In disaster prevention and evacuation routes, securing a rapid evacuation path is crucial. Stability of the ground, ensuring drainage, and ease of construction are required. Particularly in areas with a high risk of landslides or evacuation routes on soft ground, it is essential to reduce soil pressure and enhance drainage. Super Sol L2 excels in lightweight properties, drainage, and ease of construction, providing the necessary functions to enhance the safety of evacuation routes. 【Usage Scenarios】 - Evacuation routes in areas with a high risk of landslides - Evacuation routes on soft ground - Renovation work on existing evacuation routes 【Effects of Implementation】 - Improved ground stability through reduced soil pressure - Reduced flooding risk due to excellent drainage - Enhanced ease of construction and shortened construction period due to lightweight properties - Reduced environmental impact

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  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Super Sol L2 for Solar Power Generation

Super Sol L2 for Solar Power Generation

Achieving both lightweight design and stability for solar power generation frames!

In the solar power generation industry, there is a demand for lightweight mounting structures and reduced load on the ground. Particularly when installing on soft ground or sloped areas, the stability and workability of the mounting structures are crucial. Inadequate ground measures can increase the risk of sinking or tipping of the mounting structures. Super Sol L2 is optimal for solar power mounting installations as it is lightweight while reducing soil pressure and providing excellent drainage. 【Usage Scenarios】 - Foundation part of solar power mounting structures - Installation of mounting structures on soft ground - Backfilling behind retaining walls 【Effects of Implementation】 - Reduced load on the ground due to lightweight design - Improved ground stability due to excellent drainage - Shortened construction period due to enhanced workability

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  • ?厨房かさ上げ.jpg
  • 暗渠管.JPG
  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Super Sol L1 for Construction

Super Sol L1 for Construction

Lightweight soil amendment with excellent drainage and permeability.

In the construction industry, there are many situations where lightweight buildings are required, and it is particularly important to reduce the burden on structures in rooftop greening and balcony greening. Additionally, poor drainage and air permeability of the soil can lead to poor plant growth, potentially undermining the effects of greening. Super Sol L1 is lightweight yet ensures drainage and air permeability, balancing the lightweight nature of buildings with plant growth. 【Usage Scenarios】 - Rooftop greening - Balcony greening - Lightweight embankment - Drainage base material 【Benefits of Implementation】 - Reduces the burden on building structures - Prevents root rot - Promotes plant growth - Effects are sustained

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  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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Super Soil L1 for Apartment Landscaping

Super Soil L1 for Apartment Landscaping

Improves drainage and aeration, preventing root rot.

In apartment landscaping, due to the structure of the building, the soil tends to have poor drainage and aeration. This can easily lead to root rot and poor plant growth. Additionally, when greening rooftops or balconies, it is important for materials to be lightweight. Super Sol L1 is lightweight yet improves drainage and aeration, supporting healthy plant growth. 【Usage Scenarios】 - Rooftop greening - Balcony gardening - Soil improvement for planting spaces - Use as a drainage substrate 【Benefits of Implementation】 - Prevention of root rot - Promotion of plant growth - Reduced burden on buildings due to lightweight materials - Long-term maintenance of greening

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  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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Super Soil L1 for Agriculture: Improved Drainage

Super Soil L1 for Agriculture: Improved Drainage

Improves drainage, prevents root rot, and promotes crop growth.

In agriculture, proper drainage is a crucial factor that influences crop growth. Poor soil drainage can lead to root rot and the occurrence of pests and diseases, potentially resulting in reduced yields and lower quality. Super Soil L1 addresses these challenges by improving drainage and creating an environment suitable for root development. 【Usage Scenarios】 - Improving field drainage - As a planter or pot bottom stone - Soil improvement during seedling cultivation 【Effects of Implementation】 - Prevention of root rot - Promotion of crop growth - Increase in yield - Quality enhancement

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  • Soil improvement material
  • Aggregates and crushed stone
  • Other civil engineering works
  • Lightweight foam materials

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Super Sol L2 for Landscaping

Super Sol L2 for Landscaping

Excellent drainage improves the growing environment for plants!

In the landscaping industry, proper drainage is essential for the healthy growth of plants. Particularly in areas with poor drainage or where rainwater tends to accumulate, the risk of root rot and disease increases. Super Soil L2 provides excellent drainage, quickly expelling excess moisture and creating an optimal environment for plant roots. 【Application Scenarios】 - Drainage solutions for gardens - Improvement of planting bases - Rooftop greening - Walkways in parks 【Benefits of Implementation】 - Prevention of root rot - Promotion of plant growth - Improved maintenance - Long-term landscape preservation

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  • 1202新宿西口納入.JPG
  • ?TS施工完了.JPG
  • ?厨房かさ上げ.jpg
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  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Super Sol L2 for Environmental Pollution Control

Super Sol L2 for Environmental Pollution Control

Pollution control with eco-friendly lightweight materials made from recycled glass!

In the field of environmental pollution control, measures are required to prevent the expansion of soil and groundwater contamination. It is particularly important to suppress the spread of harmful substances and ensure a safe environment. Super Soil L2 is a lightweight material made from recycled glass, and it meets soil environmental standards, allowing for pollution control while reducing environmental impact. Its lightweight nature enhances workability and contributes to shortening construction periods. 【Usage Scenarios】 - Containment of contaminants at soil pollution control sites - Leachate management at landfills - Replacement of soil containing harmful substances 【Benefits of Implementation】 - Reduction of environmental impact - Shortened construction periods due to improved workability - Ensured safety by meeting soil environmental standards

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  • 1202新宿西口納入.JPG
  • ?TS施工完了.JPG
  • ?厨房かさ上げ.jpg
  • 暗渠管.JPG
  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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Super Sol L2 for Golf Courses

Super Sol L2 for Golf Courses

For creating an angulation! Reduces soil pressure, excellent drainage, and workability.

In the construction of undulations on golf courses, it is essential to ensure drainage while simultaneously reducing soil pressure and maintaining long-term stability of the terrain. Improper material selection can lead to ground subsidence and poor drainage, potentially compromising the quality of the course. Super Sol L2 is lightweight, has excellent drainage properties, and is easy to work with, making it ideal for creating undulations. 【Usage Scenarios】 - Creating undulations around greens - Creating undulations on fairways - Drainage measures around bunkers 【Benefits of Implementation】 - Reduction of soil pressure due to lightweight properties - Improved drainage due to excellent drainage capabilities - Shortened construction period due to ease of installation - Assurance of long-term stability of the terrain

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  • ?敷均し.jpg
  • ?転圧.jpg
  • 1202新宿西口納入.JPG
  • ?TS施工完了.JPG
  • ?厨房かさ上げ.jpg
  • 暗渠管.JPG
  • Reinforced earth wall
  • Aggregates and crushed stone
  • Road construction
  • Lightweight foam materials

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