Company：Shimizu Corporation
Technical Name：High Performance TBM
Abstract：Tunnel Boring Machine and Technology for overcome the special condition (such as Hard Rock, Rock Burst, Hot Rock, Heavy Groundwater ingress, Large Fault Zone and Long distance)
Technologies to be introduced：③

Company：Unitika Ltd.
Technical Name：Pavement structure for soft-subgrade stabilization by use of Geotextile
Abstract：The geotextile construction method by laying geotextile on soft-subgrade compared with conventional cement stabilization and soil replacement can secure retentive strength of pavement and perform the reduction of construction costs and period.Cost cuts more than 20% are available （※ Case in Japan）
Technologies to be introduced：①

Company：CHEMICAL GROUTING CO.,LTD.
Technical Name：GEOPASTA
Abstract：State-of-the-art jet grouting(GEOPASTA) which has efficiently improved jetting energy enables to flexibly desigh the diameter, shape, compressive strength of the jetting columns and the cost at any soil or site conditions. The technique is the most effective solidification method for improving soft ground and preventing liquefaction of the soil.
Technologies to be introduced：①

Company：Power blender method association
Technical Name：Power blender method
Abstract：Power Blender method is ground improvement method of mechanical mixing in situ soil and stabilizing agent verticality. The method as able to construct homogeneous and high quality stabilized body with reasonable cost.
Technologies to be introduced：①

Company：ASHIMORI INDUSTRY CO., LTD.
Technical Name：Lattice-Frame-Reinforced Sheet method
Abstract：It is the soft-ground stabilization construction method which rigidly forms latice-patterned reinforcement frame, infusing mortal into a latice patterned jacket. It prevents from being subsided by dispersing the weight with both latice-patterned reinforcement frame and the sheet under the frame.
Technologies to be introduced：①

Company：NISHIO　RENT　ALL　Co.Ltd.
Technical Name：３D Machine Control system (Motor grader)
Abstract：Automatic grading system which controls the heavy machine's blade combining GPS positionig data with 3D designed data. This system able to improve machine's operating accuracy, worker's safety and save the cost of survey work at job site.
Technologies to be introduced：②

Company：Nishimatsu Construction Co.,Ltd(High Grade Soil Consortium)
Technical Name：HGS Short-fiber reinforced soil
Abstract：The HGS is the soil improvement method by add the short-fiber to the soil which disposal from the construction sites or the treated soils and using mechanics method to reinforce the soil become to anti-erosion
Technologies to be introduced：②

Company：JDC　Corporation
Technical Name：Twister Method
Abstract：“Twister Method” is capable to crush 2-3 kinds of construction generated materials by high rotary speed of some flexible chains in cylindrical main unit, and at the same time capable to mix all materials uniformly. Moreover, it is the unprecedented　method to improve high-moisture content cohesive soil such as Bangkok Clay efficiently and effectively in terms of quality and productivity.
Technologies to be introduced：①

Company：Kyowa Concrete Industry Co., Ltd.
Technical Name：Large-sized Concrete Block Revetment Method for Environmental Conservation
Abstract：The concrete block products, which are used at river and irrigation channel, prevent erosion of slope surface primarily and expect to enhance natural environment such as vegetation. In addition, it is easy to install and construct bank revetment efficiently because of the large-sized product.
Technologies to be introduced：②

Company：EBARA Corporation
Technical Name：Large-scale Drainage Pump and Pumping System
Abstract：Engineering technology for Large-scale Drainage Pump and Pumping system, which is currently being introduced in Thailand, to achieve a) High Reliability, b) Effective and Efficient drainage function, and c) Compact (Small & Shallow) design.
Technologies to be introduced：③

Company：GIKEN LTD.
Technical Name：Press-in Piling Method and Implant Foundations
Abstract：With the Press-in Method, piles are installed using static loading. Therefore, the method does not generate noise or vibration, and is completely environmental friendly. The foundations installed by the Press-in Method is called "Implant Foundations" as they are firmly embedded into the ground with static loading. Being embedded into the ground, the foundations are resilient and maintain serviceability even in extreme events.
Technologies to be introduced：②③

Company：Sanshin Corporationn
Technical Name：Highly advanced chemical grouting – Multi Strainer Grout
Abstract：Rapid and reliable grouting technology is crucial to mitigate soft ground and to install cut-off property. Multi-Strainer Grouting, as an advanced TAM grouting technology, is characterized by special outer grout tube (multi-strainer). The multi-strainer supplies injection column which can permeate the grout more rapidly and in greater quantity compared with conventional TAM grout having small grout sources. Then this technology can drastically reduce grout holes and grouting program and make the project economic.
Technologies to be introduced：①

Company：Hitachi Zosen Corporation
Technical Name：neoRiSe land-mounted flap gate embankment system
Abstract：The product name for the embankment installed on land is neo RiSe,which stands for no energy, no operation, Rising Seawall.The flap gates rise up, using only the force of the water, to form a sealed wall providing protection against flooding, tsunami and high+D20 tides.
Technologies to be introduced：③