Salix Cleanleach Reciplical
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This document provides information about the Croxton Park nursery and its CleanLeach water recycling system. The nursery produces native wetland and wildflower plants on its 20 acre site. The CleanLeach system collects rainwater from polytunnels, stores it in tanks, uses it to irrigate potted plants, cleans it using a sand filter and reed beds, and then recycles the water back into the tanks. The system was constructed in mid-June to late August and includes gravel and floating reed beds to further clean the water before recycling.
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2)Recharging groundwater The talk cum presentation shall demonstrate several ways & methods to harvest rainwater in urban as well as rural areas
4_5823276209361913764.pptx
Poorly drained soil can damage crop yields. There are two main types of drainage systems: surface and subsurface. Surface drainage removes excess water from the land surface through constructed channels and ditches. It is used on flat lands and includes systems like bedding, random drains, and parallel ditches. Subsurface drainage controls groundwater levels using deep open drains, buried pipe drains, or tube wells. Pipe drains are now commonly used as they cause no loss of land and have low maintenance requirements compared to open drains. Proper drainage is needed to maintain soil structure, aeration, and remove excess water and salts from the root zone.
Effects of Forest Operations (HYDROFOR Project) - John Clarke
Effects of Forest Operations (HYDROFOR Project) - John ClarkeEnvironmental Protection Agency, Ireland
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Clearfelling and windrowing forest operations can significantly increase sediment and nutrient concentrations in runoff. Monitoring of three Irish forest sites found the largest increases in total suspended solids and phosphorus during windrowing. While one site with an intervening buffer saw lower increases. Proper management including silt fences, limiting streamside operations, and machine movement can help reduce water quality impacts.Subsurface drainage
The document describes a case study on the effects of a subsurface drainage system on maize growth, yield, and soil quality in Pandipalayam Village, India. Key findings include:
1) Installation of a subsurface drainage system with PVC pipes at spacing of 15, 20, and 25 meters led to decreases in soil pH, electrical conductivity, and exchangeable sodium percentage over time due to removal of soluble salts and ions by drainage water.
2) Drainage improved soil structure and nutrient availability, leading to increased maize germination, plant height, leaf size, and yield, with the highest yields seen at 15 meter pipe spacing.
3) By removing excess water and soluble salts from the
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Es ch.4 WATER RESOURCES
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2) The main sources of water in India are surface water sources like rivers, lakes, and ponds, and groundwater sources like wells, tube wells, and infiltration galleries.
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chapter 5.pptx: drainage and irrigation engineering
Increased aeration of the soil;
Stabilized soil structure;
Higher and more diversified crop production;
Better workability of the land;
Earlier planting dates;
Reduction of peak discharges by an increased temporary storage of water in the soil
decomposition of organic matter;
soil subsidence;
reduced irrigation efficiency;
increased risk of drought. excessive leaching of valuable nutrients from the soil;
downstream environmental damage by salty or otherwise polluted drainage water;
the presence of ditches, canals, and structures impending accessibility and interfering with other infrastructural elements of the land.
Rain water harvesting
The document discusses rainwater harvesting including its need, methods, components of domestic rainwater harvesting systems, and design of rooftop rainwater harvesting systems. It also provides a brief introduction to packaged water treatment plants (WTP) used in townships, large commercial facilities, and their necessity for on-site water treatment. Key points include:
- Rooftop and land-based rainwater harvesting techniques are discussed along with the typical components of a rooftop system including the roof catchment, gutters, downpipe, filter unit, and storage tank.
- Packaged WTPs offer pre-fabricated, ready-to-operate water treatment units that provide cost-effective and relatively easy to
Cut and cover_sections
The document describes the cut and cover construction method used to build sections of a tunnel. It discusses (1) the reception area and sections built using diaphragm walls, soil nailing, and shotcrete; (2) the challenges of relocating utilities for the cut and cover sections; and (3) the process of excavating trenches, installing diaphragm walls, pouring concrete tunnel segments, and waterproofing. Cut and cover allows shallow tunnel sections to be constructed by excavating an open trench, installing structural supports, and then casting the tunnel structure.
L14 - ONSITE SANITATION.pptx
Wastewater treatment is a process used to remove contaminants from wastewater and convert it into an effluent that can be returned to the water cycle. Once returned to the water cycle, the effluent creates an acceptable impact on the environment or is reused for various purposes (called water reclamation).
WATERSHED MANAGEMENT
Watershed management aims to conserve and utilize surface and ground water resources within a watershed. It addresses issues like poverty, food insecurity and land degradation in rainfed areas. Watershed management practices include soil and water conservation techniques, water harvesting, and integrated use of land and water resources. Studies show watershed development programs can help reduce runoff, sediment loss, and improve access to water and sanitation in tribal villages. The overall goal is sustainable development and management of natural resources within a watershed.
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Salix Cleanleach Reciplical
- 1. Welcome to Salix, Croxton Park
- 2. House Keeping - No Fire Alarm Expected - Refreshments - Toilets
- 3. Offices Construction Teams Croxton Park
- 4. Croxton Production • 20 Acre (5 hectare) nursery • UK Native wetland & wildflower plant producer • Flora locale approved supplier. • Cell/Pot Plant Production • Coir rolls and pallets
- 6. UK Cleanleach Reciplical: Full Water Harvesting, Irrigation and Recycling • Rainwater Collected from Polytunnels • Stored in Tanks • Used to irrigate pot grown plants • Cleaned in Cleanleach System • Recycled back into tanks • Main Differences: Drainage Layer under Sand filter & Floating Reedbed
- 7. 1m 24m CleanLeach: DETAIL 4: General Arrangement: NTS Gravel Filter Outlet Pipe (Centre) Sand Filter 5% fall in last 3m of bed SSF Gravel Reedbed Floating Reedbed Chamber (By Others): Control Flow to either bed (split flow) 35m (1% Fall)
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- 10. Gravel Filter (Wrapped in Terram 1000: 1m wide) CleanLeach: Detail 6: Section Of Gravel SSF Reedbed: NTS Outlet Pipe (Set 50mm above gravel and sealed around pipe: Need to be able to adjust flow to back up water depth) Gravel Pond Liner to Seal Entire Bed (as per existing pond lined beds). Inlet Pipe (Set 70mm above gravel and sealed around pipe) 1% Fall 0.5m 100mm Freeboard
- 11. CleanLeach: Detail 7: Section of Floating Reedbed: NTS Outlet Pipe (sealed around pipe: Need to be able to adjust flow to back up water depth) Floating Reedbed Pond Liner to Seal Entire Bed (as per existing pond lined beds). Inlet Pipe (sealed around pipe) 1% Fall 0.45m 200mm Freeboard Open Water
- 12. Construction
- 13. Construction: Mid June to End August • Good weather during construction • Driest September Recorded • Very Wet October
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- 16. Completed Layers
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