ジオテック List of Products and Services

In the real estate development industry, accurately assessing land asset value and formulating sales plans require a precise understanding of soil contamination risks. If contamination is discovered at the final stages of a transaction, it can lead to price reduction negotiations or delays in contracts, posing significant risks to the entire development plan. Therefore, visualizing risks early in the sales process and preparing objective evidence is extremely important for maintaining appropriate asset value and ensuring smooth transactions. This service conducts investigations without disrupting operations at active factories, supporting sellers in taking the lead in negotiations. 【Usage Scenarios】 - Proper assessment of asset value when considering the sale of factory land - Preliminary understanding of soil contamination risks before formulating development plans - Presenting objective safety evidence to buyers during sale negotiations 【Benefits of Implementation】 - Avoiding transaction delays through early identification of soil contamination risks - Enhancing negotiation power based on objective data - Ensuring business continuity through investigations that do not halt operations

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the logistics warehouse industry, it is essential to understand the presence or absence of soil contamination associated with long-term facility operations and to implement appropriate risk management. Particularly when considering future asset sales or effective land utilization, discovering contamination just before handover can lead to significant damages such as price undercutting or contract delays. Therefore, it is important to proactively visualize soil contamination risks from the operational stage and secure objective evidence to protect asset value. Our voluntary soil investigation strongly supports your asset defense. 【Usage Scenarios】 - Pre-risk assessment for future sale of logistics warehouses - Visualization and management of soil contamination risks during facility operations - Preparation of negotiation materials led by the seller in land transactions 【Benefits of Implementation】 - Presentation of objective grounds against excessive discount demands from buyers at the time of sale - Minimization of impact on operations through investigations that do not halt operations - Defense of asset value through early detection of soil contamination risks

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the plating industry, understanding the risk of soil contamination from specific harmful substances such as cyanide, associated with past chemical usage, is extremely important for protecting asset value. If contamination is discovered just before the sale of factory land or during asset liquidation, it could lead to serious damages such as price undercutting or contract cancellations. Conducting voluntary investigations early in the operational phase and visualizing underground risks with objective data is key to securing negotiation power for the seller. 【Usage Scenarios】 - When considering the sale of plating factory land or asset liquidation - Prior understanding of soil contamination risks related to specific harmful substances like cyanide - Sites with a need for soil investigations that can be conducted without halting operations 【Benefits of Implementation】 - Enables seller-led price negotiations based on objective data - Provides evidence against excessive discount demands from buyers - Maintains business continuity through investigations that do not disrupt operations

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the printing industry, there is a history of using organic solvents contained in inks and cleaning agents, and the presence or absence of soil contamination significantly affects transaction conditions during future land sales or asset management. If contamination is discovered after the handover, there is a risk of price reductions or contract disputes. Therefore, it is important to conduct voluntary investigations during operations to objectively demonstrate the safety of the underground environment with data. Geotech's voluntary soil investigations visualize the residual risks of solvents early on without disrupting factory operations, supporting smooth real estate transactions led by the seller. 【Usage Scenarios】 - Pre-risk assessment when considering the relocation of a printing factory or the sale of land - Objective proof of the presence or absence of soil contamination based on solvent usage history - Sample collection in narrow areas around machinery and indoor spaces 【Benefits of Implementation】 - Optimization of sale plans through early detection of soil contamination - Strengthened negotiation power with buyers based on objective investigation data - Ensured business continuity through investigations conducted without halting operations

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the metal processing industry, understanding the risk of soil contamination from heavy metals due to years of operation is extremely important for future asset management and site sales. Discovering contamination just before a sale can lead to significant defects, resulting in price reductions or contract cancellations. Conducting voluntary investigations early in the operational phase to visualize underground risks is essential for securing the seller's negotiating power. GeoTech's voluntary soil investigations provide strategic evidence based on objective data to protect your asset value. 【Usage Scenarios】 - Pre-risk assessment for future factory site sales - Understanding soil contamination conditions in operating factories - Confirming land safety associated with asset management 【Benefits of Implementation】 - Providing objective grounds against excessive discount requests from buyers - Facilitating the sale plan through early identification of soil contamination risks - Minimizing the impact on operations through investigations that do not halt production

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the automotive manufacturing industry, it is important to properly manage the risk of soil contamination from oil and other substances associated with long-term operations, in preparation for future asset liquidation or sale. Particularly during the sale of factory premises, the discovery of contamination just before handover can lead to unfavorable price negotiations or transaction delays. Conducting voluntary investigations during operations and early understanding of underground environmental data is essential for maintaining appropriate asset value and facilitating smooth transactions. This service provides a strategic approach to build objective evidence while maintaining your factory operations, enhancing the seller's negotiating power. 【Usage Scenarios】 - Pre-risk assessment for future factory site sales - Identification of contamination areas for developing oil purification plans - Visualization of environmental risks associated with asset liquidation - Conducting investigations in limited spaces during factory operations 【Benefits of Implementation】 - Presentation of objective grounds against unjust price reduction demands from buyers - Conducting investigations without halting operations, avoiding impacts on production plans - Securing an advantage in sale negotiations with data compliant with the Soil Contamination Countermeasures Act

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the chemical industry, understanding the risk of soil contamination associated with past operational history and accurately identifying its extent is extremely important for asset management. If contamination is discovered during the sale of land, it can lead to serious risks such as price undercutting or contract cancellations. Therefore, conducting voluntary investigations from the operational phase and visualizing underground risks is key to achieving favorable transactions led by the seller. Geotech's voluntary soil investigations provide strategic evidence to protect your company's asset value. [Usage Scenarios] - Preemptive understanding of contamination conditions related to partial land sales or asset organization of factory sites - Identification of contamination extent of specific hazardous substances in operating chemical plants - Building legal evidence during real estate transactions [Benefits of Implementation] - Presentation of objective data against excessive discount requests from buyers - Ensuring business continuity through investigations that do not halt operations - Proper evaluation of asset value and risk management through early identification of contamination extent

• Site and ground investigation
• Environmental Survey
• Geological Survey

In selecting construction sites for data centers, it is extremely important to quickly understand the environmental risks of the land, alongside power supply and network environment. If soil contamination defects are discovered just before the contract, there is a risk of long-term project suspension or significant revisions to the plan. This service provides a rapid environmental assessment through the optimization of Phase 1 investigations conducted by the designated research organization, Geotech. By streamlining the process of scrutinizing public disclosure documents and land history, it enables risk assessment based on legal evidence before contracts, while maintaining the speed of site selection. 【Usage Scenarios】 - Pre-evaluation of environmental risks for potential data center construction sites - Soil contamination risk screening before land sale contracts - Preparation of legal evidence for important matters explanation 【Benefits of Implementation】 - Shortening the site selection period through the efficiency of the investigation process - Reducing management risks by early identification of hidden defect risks - Promoting reliable real estate transactions based on legal grounds

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the field of M&A brokerage, the swift and accurate execution of due diligence (asset assessment) in corporate acquisitions is required. Particularly in the acquisition of companies that own real estate, the risk of soil contamination defects is a crucial factor that directly impacts the success of the transaction and price negotiations. Taking time for investigations and delaying contract schedules poses a risk of opportunity loss for clients. This service leverages expertise as a designated investigation agency to efficiently screen materials and extract risks in a short period, thereby supporting the smooth progress of due diligence. 【Usage Scenarios】 - Due diligence for M&A projects involving companies that own real estate - Environmental risk assessment prior to land sale contracts - Preparation of supplementary materials for important matters explanation 【Effects of Implementation】 - Shortening the due diligence period through the efficiency of the investigation process - Early detection of hidden defect risks to prevent potential troubles - Achieving fair price negotiations based on legal evidence

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the relocation of factories within the manufacturing industry, adhering to land sales and development schedules is critically important for management. If soil contamination issues are discovered after the contract is signed or just before construction begins, it could lead to long-term project delays and significant compensation risks. Therefore, it is essential to have a swift and accurate environmental assessment to identify risks in advance. Geotech's "Phase 1 Investigation Optimization" minimizes the impact on the construction schedule while efficiently screening materials to quickly identify underground risks. 【Usage Scenarios】 - Selection of candidate sites for factory relocation and pre-contract investigations - Preliminary confirmation of soil contamination risks associated with the sale of existing factories - New factory construction projects with tight development schedules 【Benefits of Implementation】 - Shortening of construction periods by eliminating excessive on-site investigations through efficient material examination - Early acquisition of legal evidence to supplement important disclosures - Avoidance of post-contract issues through early detection of soil contamination risks

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the logistics warehouse industry, rapid land acquisition and construction commencement are required for new site openings. In particular, the discovery of soil contamination defects after contract signing or just before construction begins poses a management risk that can lead to long project delays and significant damages. Therefore, it is essential to accurately assess risks at the land transaction stage and conduct environmental diagnostics to avoid delays in the construction schedule. Our optimization of Phase 1 investigations efficiently extracts underground risks in a short period through effective document screening. 【Usage Scenarios】 - When considering the acquisition of new logistics warehouse land - Risk investigation before land sale and purchase contracts - Preparation of supplementary materials for important matters explanation 【Benefits of Implementation】 - Acceleration of land transactions through the efficiency of the investigation process - Proper management decisions through early identification of soil contamination risks - Prevention of troubles by securing legal evidence for important matters explanation

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the real estate financing operations of financial institutions, proper evaluation of collateral properties and early detection of hidden defect risks such as soil contamination are essential for prompt and safe lending decisions. Particularly in land transactions, delays in investigation can lead to stagnation of the entire project and the risk of missing the timing for loan execution. This service is an optimization method for Phase 1 investigations using efficient document screening provided by the designated investigation agency, Geotech. By providing objective legal evidence in a short period, it facilitates risk assessment in loan reviews and supports secure transactions. 【Usage Scenarios】 - During loan reviews for real estate development projects - Pre-confirmation of collateral evaluation in land sale transactions - Screening for soil contamination risks before contracts 【Benefits of Implementation】 - Accelerated lending decisions due to shortened investigation periods - Increased efficiency in the review process through objective investigation reports - Reduced risk of loan defaults through early detection of hidden defect risks

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In real estate development, schedule management from land acquisition to construction start is extremely important. If soil contamination defects are discovered after the contract is signed or just before construction begins, it could lead to long-term project interruptions or management risks such as damage compensation. Therefore, it is essential to accurately assess underground risks in the early stages of the transaction and prepare legal evidence for important disclosures. This service, provided by Geotech, a designated investigation agency under the Soil Contamination Countermeasures Act, optimizes Phase 1 investigations to achieve rapid environmental diagnostics that do not delay the development schedule. 【Usage Scenarios】 - Risk assessment before land sale contracts - Preparation of supplementary materials for important disclosures - Preliminary screening of soil contamination risks for development sites 【Benefits of Implementation】 - Shortened investigation period through efficient document research - Cost reduction by eliminating excessive on-site confirmations - Increased reliability of transactions through the securing of legal evidence

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the construction of data centers, long-term stable operation and maintenance of asset value are required. Particularly at the stage of selecting construction sites, understanding the risks of soil contamination due to past land use is extremely important to avoid environmental liabilities and future operational troubles. Identifying potential contamination risks in advance and taking appropriate measures is an essential process to ensure the safety of the project. As a designated investigation agency by the Ministry of the Environment, we provide reliable historical investigations (Phase 1) to support your development plans. 【Usage Scenarios】 - Environmental risk assessment before acquiring land for data center construction and before sales contracts - Risk assessment of the use of specific hazardous substances through retrospective confirmation of land use history - Clarification of environmental liability risks before real estate handover 【Benefits of Implementation】 - Objective evaluation of the likelihood of soil contamination based on past operational history - Proof of transaction safety through reports under the name of a designated investigation agency - Early identification of environmental risks to prevent delays and troubles in development plans.

• Site and ground investigation
• Environmental Survey
• Other civil engineering services

In the demolition industry, proper management of waste generated from demolition work and confirmation of soil contamination are extremely important from a legal compliance perspective. If the past land use history of the demolition site is unclear, the risk of contamination with hazardous substances cannot be eliminated, which may hinder the development of waste disposal plans. Our historical land use investigation (Phase 1), as a designated investigation agency by the Ministry of the Environment, thoroughly examines past operational histories and the risks of using specific hazardous substances, ensuring a risk assessment before demolition work to support smooth project progression. 【Usage Scenarios】 - Assessment of soil contamination risk before starting demolition work - Investigation of land use history for developing waste disposal plans - Preliminary evaluation of environmental liabilities associated with real estate transactions 【Benefits of Implementation】 - Advance understanding of the likelihood of soil contamination, enabling the planning of construction schedules - Objective risk assessment certified by reports under the name of a designated investigation agency - Support for the proper management of waste disposal through retrospective verification of past land use history

• Site and ground investigation
• Environmental Survey
• Other civil engineering services

In the chemical industry, accurately understanding the past usage of specific hazardous substances and operational history in transactions involving factory sites and commercial land is extremely important for avoiding environmental liability risks. Inadequate investigations can lead to issues arising from the discovery of soil contamination after the sale, as well as unexpected cleanup costs. Our company, designated as a "designated investigation agency" by the Ministry of the Environment, clearly determines the changes in land use and the likelihood of contamination through meticulous historical investigations based on objective data. 【Usage Scenarios】 - Environmental risk assessment during the sale or purchase of chemical factory sites - Retrospective investigation of past hazardous substance usage history - Pre-confirmation of environmental liabilities in real estate transactions 【Benefits of Implementation】 - Clarification of risks through objective analysis of land use history - Proof of transaction safety through reports issued under the name of a designated investigation agency - Prevention of potential environmental issues before they arise

• Site and ground investigation
• Environmental Survey
• Other civil engineering services

In the investigation of collateral properties for loans by financial institutions, it is extremely important to accurately understand the potential environmental liability risks associated with the target real estate and to ensure the preservation of collateral value. Clarifying the existence and likelihood of soil contamination in advance is an essential process for preventing post-loan troubles and managing risks. Our "Phase 1 Environmental Site Assessment by Designated Investigation Agencies" quickly provides the necessary environmental risk information for loan decisions through objective analysis based on public documents. 【Usage Scenarios】 - Environmental risk assessment prior to the execution of real estate collateral loans - Pre-confirmation of environmental liabilities associated with land transactions - Basic investigation for proper asset value assessment of collateral properties 【Benefits of Implementation】 - Accelerated loan decision-making through the visualization of environmental risks - Objective risk certification through reports in the name of designated investigation agencies - Prevention of troubles before sales contracts and handovers

• Site and ground investigation
• Environmental Survey
• Other civil engineering services

In the sale or redevelopment of former manufacturing sites, understanding the soil contamination risks associated with past operations is essential. To prevent potential environmental liabilities and post-transaction troubles, it is important to conduct prior assessments and evaluations based on objective data. As a designated investigation agency by the Ministry of the Environment, we carry out thorough historical investigations (Phase 1) and prepare reports that demonstrate the safety of transactions. 【Usage Scenarios】 - Consideration of selling land following factory closures - Environmental risk assessments when acquiring factory sites - Preliminary investigations of soil contamination in real estate transactions 【Benefits of Implementation】 - Visualization of risks through clarification of past land use history - Assurance of transaction safety through reports issued under the name of a designated investigation agency - Early detection of environmental liability risks and prevention of potential troubles

• Site and ground investigation
• Environmental Survey
• Other civil engineering services

In the real estate development industry, it is essential to properly assess the asset value of land and to identify environmental risks in development plans at an early stage. Particularly in the initial stages of land transactions and development projects, scrutinizing the likelihood of soil contamination due to past land use history is crucial to prevent future environmental liabilities and transaction disputes. Our historical land use investigation (Phase 1) clarifies the environmental risks of the target site through objective analysis based on public documents and on-site surveys, as a designated investigation agency by the Ministry of the Environment. 【Usage Scenarios】 - Environmental risk assessment before signing land sale contracts - Due diligence when acquiring land for real estate development - Proper calculation of land asset value and risk management 【Benefits of Implementation】 - Early detection and avoidance of potential environmental liability risks - Proof of transaction safety through reports issued under the name of a designated investigation agency - Realization of proper asset value assessment based on objective data

• Site and ground investigation
• Environmental Survey
• Other civil engineering services

In the formulation of large-scale condominium development plans undertaken by design offices, it is extremely important to meticulously design the flow for handling the vast amount of excavated soil generated from the entire site from the initial stages, in terms of adhering to construction schedules and safety management. The risks of mixed soil and logistics stagnation during transportation directly impact the overall progress of the construction. This method provides technical know-how to enable seamless operation of soil handling from the planning stage through grid design by construction area and an optimized transportation plan. 【Usage Scenarios】 - Formulation of development plans for large-scale condominium projects - Logistics design for sites generating tens of thousands of cubic meters of excavated soil - High-density grid division plans requiring area-specific management 【Benefits of Implementation】 - Reduction of soil transportation risks at the development planning stage - Optimization of operational efficiency for large machinery and dump trucks - Maintenance of construction pace through short-term public analysis

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In civil engineering sites, there is a demand for improved efficiency in construction management regarding the handling of vast amounts of earth generated by large-scale excavations. Particularly at sites where tens of thousands of cubic meters of earth are produced, securing the movement paths of heavy machinery and managing the operation of dump trucks significantly impacts the overall process. Delays in logistics or soil analysis can hinder the progress of the entire project, making planned management of excavation essential. This method supports the smooth operation of excavation processes by combining area-specific management with short-term analysis to reduce the unique mixed-load risks associated with large-scale sites. 【Usage Scenarios】 - Large-scale apartment construction sites with tens of thousands of cubic meters - Excavation yards with a mix of large machinery and dump trucks - Large-scale land development projects requiring rapid soil analysis 【Benefits of Implementation】 - Alleviation of congestion in heavy machinery movement paths and loading yards through area-specific management - Optimization of dump truck dispatch using multi-vehicle operation management algorithms - Reduction of analysis waiting times and maintenance of processes through high-speed lines for large sample volumes

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the real estate development industry, the proper and safe handling of excavation soil, amounting to tens of thousands of cubic meters, is required for the construction of large-scale condominiums. In particular, consideration for the surrounding environment and adherence to construction schedules are extremely important for maintaining the reliability of development projects and their future asset value. Delays in soil removal and management deficiencies pose risks of stagnation in the overall construction and increased costs. This method was developed to reduce these risks and support smooth construction through area-specific management and advanced removal planning. 【Usage Scenarios】 - Super high-rise condominium development sites where tens of thousands of cubic meters of excavation soil are generated - Urban development yards where the movement of large machinery and dump trucks becomes complicated - Soil removal processes in large-scale projects that require strict schedule management 【Effects of Implementation】 - Increased efficiency in soil removal and reduced mixing risks through area-specific grid management - Alleviation of congestion at removal gates through multi-vehicle operation management algorithms - Reduction of analysis waiting times and maintenance of construction progress through high-speed lines for large sample sizes

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In construction sites of general contractors, especially in large-scale condominium developments, proper handling of excavated soil amounting to tens of thousands of cubic meters and adherence to construction processes are required. Particularly in the proper treatment of contaminated soil, avoiding mixing risks and optimizing logistics are essential. Inadequate management can lead to delays in transportation, project timeline extensions, and even environmental risks. This method is provided to achieve safe soil transportation while maintaining the construction pace of large sites through grid separation managed by work zones and the operation of rapid public analysis. 【Usage Scenarios】 - Large-scale condominium construction sites with tens of thousands of cubic meters - Sites that want to reduce the risk of mixing excavated soil - Large-scale urban developments with complex dump truck operation management - Sites that need to conduct soil analysis concurrently while maintaining construction processes 【Benefits of Implementation】 - Proper separation of soil and reduction of mixing risks through work zone management - Mitigation of transportation congestion through multi-vehicle operation management algorithms - Minimization of impact on project timelines through high-speed analysis lines capable of handling large sample volumes - Visualization of excavated soil through 3D risk mapping

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In the operations of a design office, early identification of land history risks is extremely important for determining design conditions and optimizing plans. In particular, past land use change history and its use as "mixed land" may harbor potential risks such as soil contamination and underground buried objects. If these risks cannot be identified during the design phase, it may lead to significant changes in the plan or delays in the construction schedule. This service, as a designated investigation agency by the Ministry of the Environment, objectively visualizes the environmental risks of land by thoroughly examining registration history and aerial photographs, as well as conducting accurate sampling surveys, thereby supporting the early determination of design conditions. 【Usage Scenarios】 - Site selection and basic design phase for new projects - Investigation of land previously used as mixed land or material storage - Early determination of design conditions by preemptively understanding soil contamination risks 【Benefits of Implementation】 - Reduction of design change risks through early visualization of land history risks - Early determination of appropriate design conditions considering soil contamination measures - Risk management to prevent legal troubles after handover

• Site and ground investigation
• Environmental Survey
• Geological Survey

In selecting suitable locations for logistics warehouses, it is essential to accurately understand the risks of soil contamination and underground buried objects that arise from past land use history during the process of securing a vast site. In particular, land that has been used as "mixed-use" in the past may have been utilized as a material storage area or waste collection site, making it crucial to examine registration history and conduct scientific investigations to avoid legal troubles and management risks after development. Our company provides historical land investigations to ensure the safety of land transactions as a designated investigation agency by the Ministry of the Environment. 【Usage Scenarios】 - Site selection for new logistics warehouse construction - Pre-purchase investigation of land previously used as mixed-use or material storage - Optimization of development plans through prior understanding of soil contamination risks 【Benefits of Implementation】 - Visualization of potential risks through comprehensive tracking of past land category change history - Rapid extraction of specific harmful substances through sampling of residential land transactions - Reduction of liability for defects and damage compensation risks after handover

• Site and ground investigation
• Environmental Survey
• Geological Survey

In M&A advisory services, understanding the soil contamination risks associated with the land assets of target companies is extremely important for identifying off-balance-sheet liabilities and evaluating the appropriate corporate value. Particularly in cases where there is a history of "mixed-use land" in past registration records, the possibility of handling hazardous substances or waste disposal cannot be ruled out. To prevent potential liability for defects and damage claims after the transfer, objective historical investigations and pre-visualization through sampling are essential. 【Usage Scenarios】 - Environmental risk assessment of land assets during due diligence for corporate acquisitions - Soil contamination investigations of land previously used as factories or material storage sites - Identification of off-balance-sheet liabilities (such as soil remediation costs) before real estate sales contracts 【Benefits of Implementation】 - Objective visualization of soil contamination risks leading to appropriate corporate value assessment - Advance understanding of potential future liability for defects and damage claims - Decision-making based on reliable investigation data from Ministry of the Environment-designated research institutions

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the construction industry, determining the necessity of ground improvement is extremely important not only for accurately understanding the physical strength of the ground but also for assessing the presence of soil contamination, from the perspective of optimizing construction plans and managing risks. Particularly when the history of past land use is unclear, the detection of unexpected hazardous substances may lead to project delays and additional costs. This investigation thoroughly examines past land use change records and the risks associated with mixed-use land, visualizing the potential for soil contamination in advance to support smooth project progress. 【Usage Scenarios】 - Ground surveys and soil contamination risk assessments before residential land development - Development plans for land previously registered as "mixed-use" - Pre-confirmation of defect liability risks in real estate transactions 【Benefits of Implementation】 - Avoidance of legal troubles through early detection of hidden soil contamination risks - Proper cost management by reflecting contamination information in ground improvement construction plans - Decision-making based on objective data from Environment Ministry-designated investigation agencies

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the lending operations of financial institutions, the preservation of the value of real estate collateral is extremely important. Particularly in the evaluation of land, it is essential to understand not only the superficial land classification but also the soil contamination risks arising from past usage history in order to prevent future asset value deterioration and legal troubles. Land that has been used as "mixed-use" in the past, for example, requires careful examination of the risk of hazardous substances. Our environmental surveys objectively visualize the potential risks of land through the examination of registration history, administrative documents, and scientific sampling investigations, thereby supporting appropriate collateral evaluations. 【Usage Scenarios】 - Risk assessment during real estate collateral evaluation - Confirmation of soil contamination risks for loan properties - Avoidance of liability for defects in land transactions 【Effects of Implementation】 - Visualization of risks through comprehensive tracking of past land classification change history - Acquisition of objective survey data based on the Soil Contamination Countermeasures Act - Mitigation of asset value decline due to future environmental risks

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the real estate development industry, accurately understanding the risk of soil contamination is essential for land acquisition and development planning. Particularly when the historical land use is unclear, there is a risk of legal troubles such as liability for defects and damages after the transfer of ownership. Therefore, objective investigations that trace back not only the registered land category but also the actual past usage are required. As a designated investigation agency by the Ministry of the Environment, our company examines the potential for soil contamination based on historical changes in land categories and provides a historical verification solution that ensures the safety of development projects. 【Usage Scenarios】 - Soil contamination risk assessment before land sale contracts - Detailed examination of the history of land previously registered as "miscellaneous land" - Preliminary investigation of underground buried objects and hazardous substances in real estate development sites 【Benefits of Implementation】 - Advance visualization of risks through comprehensive tracking of past land category changes - Reduction of legal risks through investigations based on the Soil Contamination Countermeasures Act - Rapid extraction of contaminants through sampling tailored to on-site practices

• Site and ground investigation
• Environmental Survey
• Geological Survey

In a design office, securing accurate ground data that serves as the basis for structural calculations is essential when designing buildings on complex ground conditions such as embankment sites. A uniform reinforcement assessment not only leads to excessive improvement construction costs but also hinders the optimization of structural design. Our ground investigation service strongly supports design optimization by providing objective evidence that can be utilized as the basis for structural calculations while ensuring safety, through the integration of precise field data and advanced analytical techniques. 【Usage Scenarios】 - Multifaceted evaluation of differential settlement risks in embankment sites - Calculation of long-term allowable stress and predicted consolidation settlement required for structural calculations - Selection of foundation specifications that eliminate excessive reinforcement and preparation of supporting documentation 【Benefits of Implementation】 - Realization of safe and economical foundation design based on precise data - Securing a reliable ground data set as the basis for structural calculations - Smooth response to ground guarantee reviews and increased efficiency in design work

• Site and ground investigation
• Geological Survey Company
• Geological Survey

In the housing manufacturer's subdivision housing business, concerns about ground subsidence risks in embankment construction sites have led to excessive improvement costs due to uniform reinforcement assessments, which have become a challenge that pressures business profits. To ensure the safety of buildings while optimizing construction costs, it is essential to accurately understand the characteristics of the ground and conduct foundation design based on evidence. Our ground investigation service suppresses excessive reinforcement through precise data analysis, achieving a balance between cost and safety. 【Usage Scenarios】 - Ground investigation for subdivision housing in embankment construction sites - Consideration to avoid excessive long piles and columnar improvements - Creation of objective evidence for ground warranty assessments 【Benefits of Implementation】 - Improvement of business profitability through the optimization of ground reinforcement construction costs - Assurance of safety and quality based on precise analysis - Prompt response to ground warranty assessments

• Site and ground investigation
• Geological Survey Company
• Geological Survey

In the business of residential property development, uniform reinforcement assessments for ground subsidence risks in embankment construction sites can lead to excessive improvement costs, which in turn pressure profit margins. It is extremely important to select appropriate foundation specifications based on evidence while ensuring safety, as this balances business profitability and quality assurance. Our ground investigation services suppress excessive reinforcement through precise data analysis, providing optimal solutions for cost and safety. 【Usage Scenarios】 - Foundation design for residential properties in embankment construction sites - Development sites for residential land where ground subsidence risks are a concern - Projects requiring a reduction in excessive improvement costs 【Effects of Implementation】 - Minimization of construction costs by eliminating ambiguous long piles and excessive column improvements - Facilitation of ground guarantee reviews based on objective evidence - Realization of long-term quality assurance for residential properties through precise subsidence analysis

• Site and ground investigation
• Geological Survey Company
• Geological Survey

In data center development, the ultra-high loads resulting from the concentrated arrangement of server racks and uninterruptible power supplies exert pressure on the ground, making the stability of the structure extremely important. If there are uneven layers of viscous soil or soft layers in the deep ground, minor differential settlement may occur after the facility begins operation, potentially leading to equipment malfunctions or structural damage. Therefore, it is essential to accurately understand the characteristics of the deep ground and predict settlement behavior. Our ground investigation provides evidence-based long-term allowable bearing capacity through deep boring and laboratory consolidation tests, supporting the prevention of facility accidents. 【Usage Scenarios】 - Ground investigation during the planning of new data center construction - Prediction of bearing capacity and settlement of deep ground - Preliminary assessment of differential settlement risks and consideration of countermeasures 【Benefits of Implementation】 - Optimization of structural design based on precise ground data - Prevention of equipment malfunctions and structural damage due to differential settlement - Assurance of structural safety in long-term facility operations

• Geological Survey Company
• Ground foundation construction method
• Pile and foundation work

In the operation of logistics warehouses, it is essential to maintain a stable floor surface that can withstand the storage of heavy items and the frequent movement of forklifts. Particularly in warehouses built on soft ground, uneven settlement or differential settlement of the ground can cause cracks and unevenness in the floor, posing risks of decreased efficiency in loading and unloading operations and equipment failures. Our ground investigation and settlement analysis enable the suppression of excessive ground improvement through stress distribution analysis of building loads and precise settlement simulation, allowing for safe and economical foundation design. This helps prevent floor settlement and establishes a solid foundation that supports long-term stable operations. 【Usage Scenarios】 - Ground investigation during the construction or expansion of logistics warehouses - Measures against floor settlement in areas storing heavy items - Warehouse construction projects on soft ground 【Benefits of Implementation】 - Suppression of differential settlement in the floor, achieving a stable loading and unloading environment - Reduction of excessive ground improvement costs - Assurance of long-term safety for the building - Maintenance of logistics operations as planned

• Site and ground investigation
• Geological Survey Company
• Geological Survey

In the construction of logistics warehouses, it is essential to have a high ground support capacity that can withstand the storage of heavy goods and the passage of large vehicles, as well as measures against uneven settlement. If the ground strength is insufficient, there is a risk of future floor tilting and adverse effects on the structure, necessitating thorough ground investigations and appropriate foundation designs. This document systematizes the calculation of allowable stress and settlement based on building code notifications and academic guidelines, and explains how to utilize ground assessment reports linked to structural calculations. Ground assessments based on scientific evidence ensure the high safety standards required for logistics warehouses. 【Application Scenarios】 - Ground investigations and foundation specifications determination during the construction of new logistics warehouses - Simulation of uneven settlement risks on weak ground - Ensuring compliance during building confirmation application reviews 【Benefits of Implementation】 - Smooth review by designated confirmation inspection agencies through visualization with numbers and diagrams - Reduction of uneven settlement risks through foundation specifications determined based on scientific evidence - Accelerated consensus formation through clear explanations to clients

• Geological Survey Company
• Ground foundation construction method
• Pile and foundation work

In the renovation industry, it is essential to accurately understand the ground conditions of existing buildings and determine appropriate foundation specifications for extensions and large-scale renovations. Especially in the assessment of reinforcement on weak ground, vague explanations can lead to distrust from clients and pose a risk of delays in reaching agreements. This document systematizes the calculation of allowable stress and settlement in accordance with building code notifications and academic guidelines, and explains the smart utilization of ground assessment reports linked to structural calculations. By providing high-precision reports visualized with numbers and diagrams, it enables clear evidence presentation without relying on specialized knowledge, thereby supporting smooth agreement formation. 【Utilization Scenes】 - Confirmation of ground bearing capacity and reinforcement assessment related to extension work - Investigation and explanation of differential settlement risks in existing homes - Presentation to clients regarding the necessity of ground reinforcement 【Effects of Implementation】 - Improved client satisfaction through explanations based on objective numerical data - Smoother reviews through evidence presentation in accordance with building code notifications, etc. - Prevention of excessive reinforcement and selection of optimal specifications based on scientific evidence

• Geological Survey Company
• Ground foundation construction method
• Pile and foundation work

In real estate development, selecting land requires accurately understanding the characteristics of the ground and making early decisions on foundation specifications that directly impact construction costs and timelines. Particularly in areas with weak soil, ambiguous reinforcement plans can pose risks of delays in construction and a decline in trust from clients. This document explains how to utilize ground assessment reports in accordance with building code notifications and academic guidelines, detailing a scientific method for developing foundation specifications linked to structural calculations, thereby supporting smooth project progression. 【Usage Scenarios】 - Ground risk assessment and preliminary cost estimation for new land acquisition - Providing evidence to review bodies during building confirmation applications - Explaining the necessity and specifications of ground reinforcement to clients 【Benefits of Implementation】 - Facilitating consensus among review bodies with objective data presented through numbers and diagrams - Enhancing client satisfaction through clear evidence that does not rely on specialized knowledge - Minimizing excessive reinforcement and deriving optimal specifications based on scientific evidence

• Geological Survey Company
• Ground foundation construction method
• Pile and foundation work

In residential architecture at design offices, it is essential to balance the compliance of building confirmation application reviews with a clear responsibility for explanation to the client. Particularly in foundation planning on weak ground, ambiguous excessive reinforcement and insufficient explanations can lead to delays in construction and a sense of distrust from the client. This document systematizes the calculation of allowable stress and settlement based on the Building Standards Act notifications and academic guidelines, and explains the smart utilization of ground assessment reports linked to structural calculations, strongly supporting design optimization. 【Utilization Scenes】 - Proof of compliance in building confirmation applications - Selection and optimization of foundation specifications on weak ground - Presentations on the necessity of ground reinforcement to clients - Ensuring consistency between structural calculations and ground investigation results 【Effects of Implementation】 - Smooth passage of reviews by designated confirmation inspection agencies - Consensus formation through clear evidence presentation without reliance on specialized knowledge - Derivation of scientific foundation specifications that minimize excessive reinforcement - Gaining trust from clients and improving contract rates

• Geological Survey Company
• Ground foundation construction method
• Pile and foundation work

In the field of residential construction, balancing the compliance of building confirmation application reviews with the responsibility to explain to clients is a crucial process that influences the start of construction. Particularly in foundation planning on weak ground, vague explanations or excessive reinforcement considerations can lead to delays in starting construction. This document explains how to utilize ground assessment reports in conjunction with structural calculations that comply with building code notifications and academic guidelines, supporting the smoothness of reviews and providing satisfactory explanations to clients. 【Usage Scenarios】 - Rapid response to review comments during building confirmation applications - Presentation of the rationale for foundation specifications on weak ground - Presentation of the necessity and specifications for ground reinforcement to clients 【Benefits of Implementation】 - Smooth confirmation applications through high-compliance reports - Accelerated consensus building through clear rationale that does not rely on specialized knowledge - Optimization of construction periods and costs by selecting optimal specifications that minimize excessive reinforcement

• Geological Survey Company
• Ground foundation construction method
• Pile and foundation work

At construction sites, it is required to meet the strict acceptance criteria set by disposal sites and municipalities for the proper disposal of excavated soil. In particular, accurate sampling according to the depth of extraction and the geographical conditions of the site is essential to prevent rework and ensure smooth progress of construction. Inadequate surveys can lead to increased analysis costs and the risk of rejection, making the selection of survey methods suited to the site environment crucial. This service supports reliable soil screening through optimal sampling methods tailored to site conditions. 【Usage Scenarios】 - Selection of disposal sites for excavated soil associated with construction work - Confirmation of soil contamination standards required by municipalities and disposal sites - Sampling in complex site environments, including narrow areas and deep layers 【Benefits of Implementation】 - Improved survey efficiency through the selection of methods best suited to site conditions - Optimization of analysis costs through accurate sampling without rework - Reliable compliance with regional lot regulations and strict acceptance criteria

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In real estate development, the proper handling of excavated soil generated from construction work is essential for land value assessment and development planning. If accurate sampling that meets the "extraction depth" and "analysis items" required by disposal sites and municipalities is not conducted, there is a risk of delays in construction schedules and increased costs due to rejection of acceptance. This service supports the smooth progress of development projects by selecting the optimal construction method according to the geographical environment and depth of the site and performing reliable soil screening without any rework. 【Usage Scenarios】 - Selection of acceptance sites for excavated soil associated with land development - Confirmation of soil environmental risks in land value assessment - Compliance with lot regulations and strict acceptance standards in different regions 【Benefits of Implementation】 - Prevention of rework through accurate sampling - Optimization of analysis costs and efficient soil screening - Reduction of construction schedule risks through rapid selection of safe acceptance sites

• Site and ground investigation
• Dismantling and moving
• Other civil engineering services

In residential construction projects, the disposal of excavated soil is crucial for preventing environmental pollution and avoiding construction delays. Improper handling can lead to legal risks and a decline in social credibility, making accurate pre-analysis essential. This service covers everything from national standards to local ordinances, providing objective data to prevent troubles in selecting disposal sites. 【Usage Scenarios】 - Selection of disposal sites for excavated soil associated with new residential construction - Preliminary confirmation of soil contamination based on municipal ordinances - Certification of compliance with disposal site acceptance standards 【Benefits of Implementation】 - Reduction of environmental pollution risks and thorough compliance with laws and regulations - Smooth construction processes by avoiding troubles with disposal sites - Proof of safety through objective analytical data

• Site and ground investigation
• Environmental Survey
• Geological Survey

In the demolition industry, the proper separation and disposal of soil and waste generated on-site is extremely important for compliance with laws and regulations, as well as for the smooth progress of construction. Inappropriate separation or non-compliance with acceptance standards can lead to rejection at disposal sites, delays in construction, and even legal risks. This service covers everything from national standards to local government ordinances, and supports reliable waste separation and smooth disposal by accurately analyzing whether the soil from the site meets acceptance standards. 【Usage Scenarios】 - Confirmation of compliance when selecting disposal sites for soil at demolition sites - Response to strict acceptance standards based on local government ordinances - Sites requiring objective data proof for waste separation 【Benefits of Implementation】 - Prevention of troubles during the selection of acceptance sites - Risk reduction through proper separation based on laws and regulations - Smooth progress of construction through objective analytical data

• Site and ground investigation
• Environmental Survey
• Geological Survey

In real estate development, proper soil contamination surveys and disposal of excess soil are essential for effective land use. Improper handling can lead to legal risks and a decline in social credibility, directly resulting in significant losses such as construction delays and interruptions. Therefore, objective and highly reliable data that comply with the regulations of each municipality and the standards of disposal sites are required. Our analysis services support the safety of development projects from a technical perspective through site-specific sampling and precise chemical analysis. 【Usage Scenarios】 - Selection of disposal sites for excess soil generated during land development - Soil contamination surveys in accordance with municipal overlay regulations - Acquisition of certification data that meets the internal standards of disposal sites 【Benefits of Implementation】 - Prevention of troubles during the selection of receiving sites - Smooth progress of construction through the presentation of objective data - Reduction of legal risks and assurance of project credibility

• Site and ground investigation
• Environmental Survey
• Geological Survey

In civil engineering sites, the proper disposal of excavated soil is an absolute condition for project progress. Improper handling poses risks of legal penalties and loss of social credibility, making smooth collaboration with receiving parties essential. This service covers everything from national soil environmental standards to local government regulations, proving safety with objective data to avoid work stoppages and support smooth progress. 【Usage Scenarios】 - Pre-compatibility confirmation for selecting disposal sites for excavated soil - Compliance with local government regulations and unique acceptance standards of disposal sites - Sites requiring objective proof of environmental pollution risks 【Benefits of Implementation】 - Prevents troubles with receiving parties in advance - Reduces legal risks and avoids construction delays - Provides proof of proper handling based on objective data

• Site and ground investigation
• Environmental Survey
• Geological Survey