Total Solutions
Environments
Innovative Techniques
創新斷鏈技術
從底泥源頭重建水環境
採用日本OBA/YL材料，結合改造高壓脈衝水槍，將河川底泥中有害化學鍵進行「斷鏈裂解」，有效阻斷污染物活性，讓長期累積於底泥的毒性物質失去危害能力。
水質指標全面提升
實現治標成效
處理後河川在溶氧量（DO）、生化需氧量（BOD）、懸浮固體（SS）、氨氮（NH₃-N）等關鍵水質指標皆顯著改善，快速降低既有污染負荷，達成環境修復效果。——治標
疏通底泥孔隙
提升河川蓄水與防洪力
在污染物被斷鏈後移除受污底泥，使泥沙孔隙自然恢復通透，孔隙率與含水量提升，河川可承載的水體量隨之增加，無形中強化整體防洪與調節功能。
源頭處理工業廢水
真正做到治本
針對產業製程產生的廢水螯合污染物，以同樣斷鏈技術分解有害成分後再行排放，從源頭阻絕污染進入水體，建立長效的污染防治機制。——治本
重啟河川自淨機制
打造永續生態系統
透過改善底泥環境，協助河川恢復自然自淨能力，重建底泥生態的自律循環系統，讓水域生態逐步回到健康穩定的狀態。
特殊工法–脈衝工藝
治標先治本；不需挖除工程也能落實疏洪目標。
01
利用高壓注水系統結合脈衝工藝材料(OBA/YL)
02
淨化河道、牆面、石板及底泥中的汚染源
03
疏通土壤孔隙 增強水體流速
04
防止河川底部阻塞
05
預防大雨風災所致之各種災害，達到防洪目的創造經濟效率
河川底泥主要汙染物沉積處，用高壓水槍將底泥沖刷破壞結構，進行治土。
註:上土層、棕土層為多元污染源附著土壤，是微生物腐敗、氧化、分解有機物形成厭氧發酵後的狀態而產生臭味的土壤層。
MIT Taiwan Safety Syringe Advantages
河川整治實績
Rivers are the lifeblood of the Earth, carrying essential water resources necessary for all living beings.
A compassionate physician heals with care; the pollution of water quality is like the inflammation of human cells. The damage is not entirely caused by visible human activities, such as domestic sewage or the stench of industrial and livestock wastewater. The real issue lies in the invisible culprit beneath the surface—the riverbed sediments.
Therefore, the final step in global river management is often dredging, which involves removing the riverbed sediments to address the root of the problem.
Rivers are the lifeblood of the Earth, carrying essential water resources necessary for all living beings.
A compassionate physician heals with care; the pollution of water quality is like the inflammation of human cells. The damage is not entirely caused by visible human activities, such as domestic sewage or the stench of industrial and livestock wastewater. The real issue lies in the invisible culprit beneath the surface—the riverbed sediments.
Therefore, the final step in global river management is often dredging, which involves removing the riverbed sediments to address the root of the problem.
Innovative Techniques
Rivers are the lifeblood of the Earth, carrying essential water resources necessary for all living beings.
A compassionate physician heals with care; the pollution of water quality is like the inflammation of human cells. The damage is not entirely caused by visible human activities, such as domestic sewage or the stench of industrial and livestock wastewater. The real issue lies in the invisible culprit beneath the surface—the riverbed sediments.
Therefore, the final step in global river management is often dredging, which involves removing the riverbed sediments to address the root of the problem.
3 Major Therapies / 3 Major Mechanisms
Chemical Treatment
Physical Treatment
Maintenance Therapy
Blocking Soil
and
Water Pollution
Purifying and Balancing Soil
and Water
Maintaining, Conserving Soil and Water Resources
Environmental Remediation Services Scope
Environmental remediation provides comprehensive solutions to address global challenges related to green energy, environmental protection, carbon emissions, and pollution. With its diverse characteristics, it applies integrated management and solutions to various operational areas, including:
Fisheries Development
Agricultural Development
Aquatic Care
Skin Care Water
River and Lake Restoration
Drinking Water
Potable Water
Wastewater Treatment
Creating Positive Impact Through Sustainable Action
Friendly, Prosperous, and Harmonious Future, Empowering Sustainability.
01
To Raise Fish, First Raise the Water; To Manage Water, First Manage the Soil.
Since ancient times, river management has prioritized water quality and ecological restoration as the primary goal. The riverbed sediment is the ultimate recipient of pollutants, composed of mud, sand, organic matter, and other minerals that accumulate at the bottom of the water body. It also serves as another source of pollution. This is why at RYYD, the river management process integrates a new technology to comprehensively address and resolve this issue.
02
Innovative Technology's Groundbreaking Treatment: 'Chain Disruption'
RYYD provides an innovative, pioneering treatment that breaks the chemical bonds within the riverbed sediment, a process known as "chain disruption." After the chain is disrupted, the porosity of the sediment increases, resulting in higher water content. This enhances the pathways for water and air to enter or exit, both of which are crucial for plant growth.
03
Enhancing Self-Purification Capacity, Optimizing the Self-Regulating System
In this way, the ecological restoration of the riverbed sediment aids and contributes to the river's self-purification capacity, fostering a self-regulating system for the riverbed sediment.
Soil Treatment - Agricultural Development
Soil Reform | Soil Particle and Pore Loosening | Irrigation Water |
Pest Control and Disease Prevention
Case Study 1
Soil Reform –
Berlin, Germany
Case Study 2
Case Study 3
Soil Reform – Miami, USA
Soil Reform – VietnamPepper Tree Disease and Pest Control