ECO MESH PIPE. ECO-Mesh Inc.

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1 ECO MESH PIPE ECO-Mesh Inc.

2 ECO MESH PIPE - Manufacturing ECO Mesh Pipe is Made of Extruded Plastic Shape of ECO Mesh Pipe Square Mesh Pipe Arched Mesh Pipe Mesh Drainage Pipe v v Rainwater Conservation Module (RCM) NSO NSD NSH MSO Anti-Clog Mesh Pipe

3 ECO MESH PIPE - FEATURES Removes excess water and lowers the water table. Improves the quality, firmness and durability of the turf, especially for field games during seasonal wet conditions. Quick drying of the soil extends possible playing time. Prevents erosion. Improves air movement in soils and longer growing seasons. Increases root development. Increases capillary moisture in dry weather. Improves drought resistance. Better soil structure. Sustains Pressure Speeds Flow Highly Permeable Light Weight Standard Fittings Easy Installation

4 ECO MESH PIPE - functions Mesh Drainage Pipe Subsoil drainage Arched Mesh Pipe Underground permeation RCM Water Retention and Drainage Square Mesh Pipe Vertical Green Wall AMPS Underground Irrigation and Drainage System WCID Water Conservation, Irrigation and Drainage System

5 Mesh Drain Pipe Subsoil Drainage Mesh drain pipe is an underground drainage pipe. The main function is to set the subsurface drainage.

6 Mesh Drainage Pipe - Applications Retaining Wall Drainage Road & Paved Area Drainage

7 Mesh Drainage Pipe - Applications Sport Field Drainage Golf Course Drainage Park & Open Area Drainage

8 Mesh Drainage Pipe - Applications Transverse Drainage Parallel Drainage Taiwan Massive Landslide Buries 6-Lane Freeway 2010 Parallel drainage pipe (1/3 permeable type) Mesh Drain pipe - Deep slope a certain depth, the water saturation cited unearthed in lower water pressure, forming a huge retaining wall to prevent the slope displacement, landslides and debris flows.

9 Mesh Drainage Pipe - Applications Riverbank Filtration Riverbank filtration operates by extracting water from wells located near rivers (~20 to 200 m away). This technique, called riverbank filtration, has been used in Europe for more than 50 years to improve the taste and smell of drinking water and to remove some hazardous pollutants such as industrial solvents. Mesh pipe passing river water through nearby sediment can produce other health benefits and may cut water treatment costs. River water River bed Filter material Mesh Pipe

10 Anti-Clog Mesh Pipe - Applications Deep Root Watering & Air Flow Gravel Pot Cap Anti-Clog mesh pipe High compression, high permeability area, the trees planted around the tower have permeable, ventilation for the growth of trees and growing fast. Anti-Clog mesh pipe High compression, high permeability area, can be used as sanitary landfill methane vertical exhaust pipe.

11 Arched Mesh Pipe - Structure Impermeable layer Arched Mesh Pipe Bottom permeable layer Structure Half round design Soil density higher than water Natural sink of soil particles due to gravity water chamber obstruction is prevented Filter Material-Free Clog-resistant Traditional installation Gravel Traditional subsoil drainage pipe Non-woven fabric The Arched Mesh Pipe - Structure Traditional subsoil pipes are dug holes around the pipe. They must come along with gravel and other non-woven filter material coated to prevent pipe blockage. The Arched Mesh Pipe" uses half-moon shape design. The half-moon part is impermeable layer and the flat part is permeable layer. When constructing, the flat part of the mesh lies down. It results in soil particles sinking due to gravity and not going with water into the aqueduct. Therefore water chamber can solve the problem of underground drainage pipe blocking without filter material and clog-resistant.

12 Arched Mesh Pipe - Applications Sport Field Drainage and irrigation Golf Course Drainage and irrigation

13 Arched Mesh Pipe - Applications Permeable Green Pavement Sub-irrigation and Drainage Landscaping Sub-irrigation and Drainage Rain Garden Sub-irrigation and Drainage Green Roof Sub-irrigation and Drainage

14 RCM - Rainwater Conservation Module Water Retention Infiltration Drainage Stormwater Permeation RCM-Economical & Simple Solution Creates Ecological Balance

15 RCM - Structure Composes of Vertical Mesh Wells and Horizontal water chambers Fitting Mesh Well Arched Mesh Pipe AQUIFER

16 RCM - Rainwater Conservation Module Mesh Well collection of ground surface rainwater is diverted into the underground and percolated to aquifer. CONSERVATION AQUIFER

17 RCM RCM - Water - Retention Retention Recharge River Water Riverbank permeation 10 Square kilometers stores up to 200 million tons of groundwater Rainwater Conservation Module Stormwater permeation Infiltration Retention Percolation AQUIFER The rainwater conservation module saves up to 200 million tons groundwater per 10 square kilometers, and provides the most economical & simple method to save water. Increase rainwater infiltrating, storing, and percolating into aquifer. RCM tries to keep water shortly Economical retained the base, & Simple and then let the Solution water penetrate into underground with certain permeation rate. When the base has the better water-retention ability, it will have the better capacity to conserve water, restore river flow, improve environmental and ecological conditions, mitigate land subsidence, reduce water logging and seawater intrusion, etc.

18 RCM - Mitigation Heating Island Effect Mitigates Heating Island Effect RCM - Rainwater Conservation Module Water Retention & Drainage Moderates Climate Impact Circulates underground constant temperature & moderates climate. Mitigation Heating Island Effect RCM collects surface and underground water which is infiltrating in the saturated groundwater layer. The functions of RCM include saving water, avoiding flood, increasing the ability of water-cycling, improving ecological environment, regulating micro-climate, and reducing city temperature.

19 RCM - Recharge groundwater Land Subsidence Resistant Without Land Erosion Rainwater providing for recharge of groundwater supplies through permeation AQUIFER Rainwater is diverted into ground & recharges groundwater to percolate into aquifer Prevent the stratum from sinking The main reason for land subsidence is over extraction of groundwater. RCM reinforces permeation of rain water and recoves groundwater aquifers, to prevent land subsidence.

20 RCM Permeate Stormwater and Reduce Runoff Undeveloped areas have adequate surface area to absorb rainwater High density development does not adequate surface area for water absorption resulting in flooding Rainwater permeability reduces surface flooding Collect the rainwater, promote rainwater entry and permeability

21 Rainwater Conservation module - RCM Water Retention - Applications

22 RCM - Rainwater Conservation Module Environment Protection Easy to install, Cost effective, Clog resistant Installation costs are 30% less than concrete Roof & Garden Drainage 1. RCM can replace traditional cement drainage facilities and save installation costs up to 30%. 2. Using ecological engineering construction method, it is quick and easy. 3. To keep land completeness. 4. To reinforce rainwater permeation and reduce the burden of storm sewer. 5. To provide soil with ventilation for keeping plant growth and health fast. 6. The invisible permeation drainage system circulates water through the stack effect resulting in stable climate. 7. Because of rainwater permeation, there is no stagnant water through the drainage. Thus there is no mosquito breeding environment. Therefore RCM is the best approach for prevention and treatment of dengue fever through the drainage system.

23 Pavement Stormwater Drainage Groundwater Retention & Temperature Moderation The best method for pavement drainage RCM - Rainwater Conservation Module

24 Rainwater Retention Tunnel System RCM Tunnel System Promote Rainwater Retention RCM Tunnel System facilities low cost, without mutual links, the Government consider rainwater drainage system should be based on RCM Tunnel System to the main base water drainage system, will not only save a lot of construction funds, can be reached water retention, rainwater Recycling, saving precious water sources and reduce water and more efficient use of water resources in the real implementation of the objectives.

25 RCM System- Industrial Park drainage Promote rainwater infiltration to reduce the field of sewage treatment capacity Conservation aquifer

26 RCM System Park Lot Water Retention and Drainage Promote Stormwater Infiltration Water Retention

27 RCM System-Road Stormwater Retention and Drainage Divider Water Retention, Irrigation and Drainage Pavement Water Retention, Irrigation and Drainage Roadside Water Retention and Drainage

28 RCM System - Park Drainage, Irrigation Water Retention