This document provides information on the products and services offered by Wroot Water Limited, an irrigation systems company. They offer various irrigation system components including drip irrigation tape and sprinklers, filters, pumps, pipes, automated control systems, and weather monitoring equipment. They also provide consultancy, installation, and maintenance services. The document describes the different irrigation system options and components in detail over multiple pages.
Pepsee system is a low cost alternative of drip irrigation system (DIS). It does not require micro tube or emitter to place water directly to the root zone instead the lateral, which is called pepsee a light-weight plastic pipes used for making ice candy locally called “Pepsee”, is placed directly to the root zone of the plants.
Smart Water Solution Using Internet of Things (IoT)Vinay Gor
Smart Water Solutions using Internet of Things(IoT)
Project Overview
•The purpose of this project is to have a smarter way of water management in order to conserve water resources and energy.
•Water utilization requirement can be met by conserving and storing the Rain Water. Rainwater harvesting is a process or technique of collecting, storing and using rainwater for domestic and various other purposes. Harvesting rainwater allows us to better utilize an energy resource and reduces water bills.
•Proper maintenance of water outlets, their proper scheduling of repairing is must in order to reduce the water losses to leakages and breakages.
•Optimized the energy consumption requirement for pumping water. This can be achieved by ensuring a right combination of pumping configuration.
•Predictive analytics techniques can be used for getting the right amount of water at the right destination for the right duration.
•This project was implemented in Java with the help and Ecosystem model and object-oriented database model : Db4o.
•This project answers various Business Intelligence questions with the use of Graphs, Pie Charts and PDF reports using JFreeChart API.
Pepsee system is a low cost alternative of drip irrigation system (DIS). It does not require micro tube or emitter to place water directly to the root zone instead the lateral, which is called pepsee a light-weight plastic pipes used for making ice candy locally called “Pepsee”, is placed directly to the root zone of the plants.
Smart Water Solution Using Internet of Things (IoT)Vinay Gor
Smart Water Solutions using Internet of Things(IoT)
Project Overview
•The purpose of this project is to have a smarter way of water management in order to conserve water resources and energy.
•Water utilization requirement can be met by conserving and storing the Rain Water. Rainwater harvesting is a process or technique of collecting, storing and using rainwater for domestic and various other purposes. Harvesting rainwater allows us to better utilize an energy resource and reduces water bills.
•Proper maintenance of water outlets, their proper scheduling of repairing is must in order to reduce the water losses to leakages and breakages.
•Optimized the energy consumption requirement for pumping water. This can be achieved by ensuring a right combination of pumping configuration.
•Predictive analytics techniques can be used for getting the right amount of water at the right destination for the right duration.
•This project was implemented in Java with the help and Ecosystem model and object-oriented database model : Db4o.
•This project answers various Business Intelligence questions with the use of Graphs, Pie Charts and PDF reports using JFreeChart API.
Ayres Landscape will provide all their customers with eco-friendly, water conserving, and cost-effective landscape solutions at the best of quality and by a professionally, certified, and expertly trained personnel. It is also our goal here to let each customer know that they are like family to us and that means that anytime they have a problem occur or need support regarding any landscaping needs we will be available day or night, seven days a week. Family is first and that is how we here at Ayres Landscape expect our customers to feel, that they always come first.
Automating Management for a Vegetative Treatment System (VTS)LPE Learning Center
For more: http://www.extension.org/67598 Vegetative Treatment Systems (VTS) are an alternative to runoff retention ponds for open lot feedlots. A proof of concept was developed to investigate the feasibility and reliability of incorporating soil moisture sensors, sediment basin level, and precipitation into a human machine interface (HMI) with data tracking and simple message system (SMS) alerts for the owner of a Sprinkler VTS.
To operate effectively VTS systems the collected runoff from the feedlot must be managed soon after a runoff event has occurred, so that the system is able to accommodate the next event. Creating a feedback loop to the producer about the soil moisture balance in the vegetative treatment area and the storage capacity of the sediment basin provides the producer with information about the status of the system and help determine when the best time to apply the runoff to the VTA. Additionally, there is concern by regulators about the potential for deep percolation from VTA’s.
01 Sewage Generation, Collection and Conveyanceakashpadole
The presentation has prepared as per the syllabus of Mumbai University.
Go through the presentation, if you like it then share it with your friends and classmates.
Thank you :)
We will discuss some strategies for incorporating water harvesting into sustainable landscaping, using example projects to illustrate our points. We will focus on residential systems for outdoor usage but will also touch on commercial applications and non-potable indoor use.
Introduction sanitary engineering by Prof. Dhaval. S. Shahdhavalsshah
Introduction to sanitary engg. Conservancy Vs water carriage system. Types of sewerage systems with advantages & disadvantages. Considerations for types of systems. open drains. Elements of sewage management system. Requirements of sewage management system. Importance of environmental sanitation. Requirements of Sewage Management System • No health hazard resulting from various works of the system • High degree of destruction of pathogens • Harmfull chemicals are removed & Neutralised • system should be such that it may be operated with minimum cost • The system should have minimum possible capital & operational cost.
Ayres Landscape will provide all their customers with eco-friendly, water conserving, and cost-effective landscape solutions at the best of quality and by a professionally, certified, and expertly trained personnel. It is also our goal here to let each customer know that they are like family to us and that means that anytime they have a problem occur or need support regarding any landscaping needs we will be available day or night, seven days a week. Family is first and that is how we here at Ayres Landscape expect our customers to feel, that they always come first.
Automating Management for a Vegetative Treatment System (VTS)LPE Learning Center
For more: http://www.extension.org/67598 Vegetative Treatment Systems (VTS) are an alternative to runoff retention ponds for open lot feedlots. A proof of concept was developed to investigate the feasibility and reliability of incorporating soil moisture sensors, sediment basin level, and precipitation into a human machine interface (HMI) with data tracking and simple message system (SMS) alerts for the owner of a Sprinkler VTS.
To operate effectively VTS systems the collected runoff from the feedlot must be managed soon after a runoff event has occurred, so that the system is able to accommodate the next event. Creating a feedback loop to the producer about the soil moisture balance in the vegetative treatment area and the storage capacity of the sediment basin provides the producer with information about the status of the system and help determine when the best time to apply the runoff to the VTA. Additionally, there is concern by regulators about the potential for deep percolation from VTA’s.
01 Sewage Generation, Collection and Conveyanceakashpadole
The presentation has prepared as per the syllabus of Mumbai University.
Go through the presentation, if you like it then share it with your friends and classmates.
Thank you :)
We will discuss some strategies for incorporating water harvesting into sustainable landscaping, using example projects to illustrate our points. We will focus on residential systems for outdoor usage but will also touch on commercial applications and non-potable indoor use.
Introduction sanitary engineering by Prof. Dhaval. S. Shahdhavalsshah
Introduction to sanitary engg. Conservancy Vs water carriage system. Types of sewerage systems with advantages & disadvantages. Considerations for types of systems. open drains. Elements of sewage management system. Requirements of sewage management system. Importance of environmental sanitation. Requirements of Sewage Management System • No health hazard resulting from various works of the system • High degree of destruction of pathogens • Harmfull chemicals are removed & Neutralised • system should be such that it may be operated with minimum cost • The system should have minimum possible capital & operational cost.
El sistema de informacion de una organizaciónrene rodriguez
Álvarez, J.,Miguel Solana. (2014). El sistema de información de una organización. Necesidad de implicación de la dirección/Organizational information system. top management commitment is required. Anuario Jurídico y Económico Escurialense, (47), 471-480.
El sistema de informacion de una organizaciónrene rodriguez
Álvarez, J.,Miguel Solana. (2014). El sistema de información de una organización. Necesidad de implicación de la dirección/Organizational information system. top management commitment is required. Anuario Jurídico y Económico Escurialense, (47), 471-480.
Types, benefits & materials used in sewer lines.pdfYuktaNarvekar
A sewer line is a network of underground pipes used to transport sewage from homes or businesses to a treatment facility or disposal site. A sanitary sewer is a particular kind of gravity sewer and a component of the larger sewer system. Industrial effluent may also be transported by sanitary sewers that serve industrial districts. Separate storm drains may route surface runoff into surface water in sewer-served regions.
Methods of Rainwater Harvesting, Types of Rural Sanitation and Types of Plumb...
A4 Brochure_original_mooi_v4
1. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
t: 01302 771881
f: 01302 771884
e: info@wrootwater.com
Wroot Water Limited
The Oaks, High Street, Wroot, Doncaster
South Yorkshire DN9 2BU
w w w . w r o o t w a t e r . c o m
2. w w w . w r o o t w a t e r . c o m
Contents
Introduction Page. 2
Irrigation systems Pages. 3 - 7
• Drip
• Hard hose
• Solid Set Sprinklers
• K line
• Leachate water systems
• Automated systems
Filters and Valves Pages. 7 - 10
• Sand Filters
• UV Filters
• Disc Filters
• Screen Filters
• Spin Clean Filters
• Valves
Pumps and Pipes Pages. 11 - 12
• Static Irrigation Pumps
• Mobile Irrigation Pumps
• Submersible Pumps
• Borehole Pumps
• Rotorflush Filter Pump
• MDPE Pipes
• Geo-thermal Pipes
• Aluminium and Galvanised Pipes
Hire Systems Page. 12
Miscellaneous Pages.12 - 14
• Consultancy
• Clipmaster Range (Sclerotina Prevention)
• Underground Main Installation
• Water Meter testing & Calibration
• Bio Beds
• Fertigation
• Compression Fittings
• Boreholes
• Rainwater Harvesting
Fabrication Page. 15
Weather Stations (Metos) Page. 15
• Metos Weather Station System
• Soil Moisture Monitoring
• Wind Speed Sensors
• Humidity Sensors
• Rainfall Sensors
3. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
“Irrigation Without Irritation”
Wroot water has been established to offer a unique Irrigation Service to
farmers and growers. We provide specialist advice on all types of irriga-
tion systems to suit customer’s individual requirements.
Our systems include various types of Drip
irrigation, Solid set sprinklers and K-Line
irrigation.Wroot Water specialises in agriculture
based Drip Irrigation and Sprinkler irrigation
Systems.We offer a full field mapping system
design for every field as well as installation and
maintenance plans once irrigation systems are in
place.We provide the complete Irrigation System
including:
• Clean and dirty water pumps
• Control systems
• Weather monitoring equipment
• Water meter testing
• UV water treatment
• K-Line irrigation
• Energy efficient variable speed drives for
Pumps
• Bio Bed Kits (meeting all environmental and
defray standards)
The table illustrates differences in energy costs
between various types of irrigation and results are
based on electricity at £0.14 per KWH. The table
compares the cost per 25mm per Ha applied:
(energy cost may vary).
System
Time to apply
25mm per Ha £/Ha
Hose Reel – Rain Gun 5hr 9.50
Hose Reel – Boom 5hr 7.60
Sprinkler 5hr 3.80
Drip-Trickle 5hr 0.90
Hose Reel / Rain Gun 10 bar, Hose Reel / Boom 8
bar, Sprinklers 4 bar (could be lower) / Drip 0.8 bar
Both systems use water at a lower pressure reducing
the levels of energy required. The water is delivered
at a lower cost than irrigation systems that require
a higher pressure. Drip and sprinkler irrigation are
subsequently the most economical and efficient
forms of irrigation on the market.
4. w w w . w r o o t w a t e r . c o m
Irrigation Systems
We have several Drip/Trickle Irrigation systems
available which need;
• A reliable water source (sufficient to grow a crop)
• A good filtration system to keep the Drip-pipe/Drip-
tape working correctly
• A series of pipes from the water source and pump to
the drip lines
• A design that meets daily water requirements
• A design that operates effectively and efficiently
Our unique automated systems are individually designed
to the grower’s specific requirements using GPS mapping.
Our bespoke systems vary in size from 10Ha to 100Ha plus.
All of our systems are water, energy and cost efficient.The
manufacturers we use are Rivulis t-tape and Toro aqua-
traxx.
Each automated system is controlled by a hand-held
controller.This allows the valves to be programmed into
a sequence; turning on and off independently depending
on the requirements of each crop. Water is applied directly
to the root of the crop enabling quicker maturity and
an increasingly better quality end crop. Once they have
been laid these systems manage themselves; no manual
labour is required until after harvest of the crop.A number
of agricultural and horticultural crops currently use drip
irrigation including; Potatoes, Carrots, Leeks, Parsnips,
Onions, Celery, Asparagus, Courgettes, Strawberries and
Raspberries.
The tape used for this irrigation process is available with a
range of emitter spacings and flow rates.The low flow tape
guarantees a gentle wetting of the soil structure around the
rooting system and the nature of the tape makes it suitable
for all soil types in particular those areas where access to
water is limited.Tape is buried approximately 1½ to 2 inches
below the surface; this can be done in tandem with planting
(A) or afterwards as a separate process (B).
These machines are available for hire or to buy
At the end of the season drip tape can be retrieved at the
same time as topping the crop using a front mounted flail.
The tape is collected into a bale which can be released at
the end of the field for disposal.Alternatively, hard-hose
irrigation hose can be pulled out from one end of the field
and stored on 4,500 metre rolls ready to be re-used.
Drip Irrigation Systems
A B
5. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
Hard-hose irrigation hose can be used for drip irrigation and
can be re-used. At the end of the season, hard-hose can be
stored on 4,500 metre rolls ready to be used the following
year. Over time this makes hard-hose more cost effective
than standard drip tape.
Leachate Water Systems
Automated Systems
Hard Hose System
We have been involved with the treatment of leachate
and can provide systems. Please contact us for further
information.
We can supply a range of automated systems including
radio systems, manual handheld programmer and phone
applications.
How Drip
Irrigation works:
• Water is filtered using a sand media
filter, a disc filter, or a self-cleaning
screen filter. The type of filter used is
determined by the water source and
quality
• Water is transferred from the water
source to the field by underground
mains, aluminium pipes or lay-flat hose
• Black polyethylene pipe is used as a
header main and is made up to suit
bed size and crop spacing joined
together with Bauer couplings
• An Pressure Reducing Valve serves
one section of the field (usually around
4Ha) regulating the flow and reducing
the pressure of the water to that
required by the tape
• We use solenoid valves controlled
by radio receivers, manual handheld
programmers and phone applications.
Irrigation Systems
6. w w w . w r o o t w a t e r . c o m
We have worked alongside our Spanish
suppliers developing the COVERLINE®
Sprinkler System for a number of years.
The system enables customers to begin
small scale ensuring low initial set-up
costs and systems can then be expanded
as each budget allows.
The Facts:
• COVERLINE® Sprinkler Systems operate at
a working pressure of 2.5 bar to 4 bar.
• The required pressure is determined by a
number of factors including;
• The type of sprinkler being used
• The distance between sprinklers in the line
• What the water source is
• The size of the area being watered and;
• The length of rows that the water has to
travel
• Sprinkler choice is entirely dependable on
individual crop watering requirements
• COVERLINE® Irrigation works well with all
types of soil and the control valve can be
set to operate at different rates to suit the
demand for water
• Similarly to drip irrigation, the COVERLINE®
system allows sprinklers to be split into
zones controlled by valves operated by
solenoids.
• Radio control units and a new GPRS control
system can be used with COVERLINE®
How it works:
• The COVERLINE® Irrigation System has a Header pipe
either in the centre of the field or at the field headland
depending on field size
• From the main Header Pipe off-takes are taken through
control valves into the COVERLINE® pipes which run within
the rows of crops. COVERLINE® pipes are manufactured
using high density polyethylene with aluminium
couplings
• A large range of fittings for Leverlock and Halfturn
couplings are available including elbows, tees, crosses,
reducers and reversals
• Sprinklers are assembled on Aluminium Canes available in
various heights ranging from 100mm to 400mm
• At the base of each cane is a coupling to connect into either
the Leverlock or the Halfturn System
• To ensure all Sprinklers remain upright, canes are attached
to individual Stabilising Base Plants
Half Turn Couplings (A)
Used on larger scale
application, generally in
63mm, and are the more
economical fitting. They
allow the water to drain
from the pipe when there
is no water pressure in the
pipes.
Leverlock couplings (B)
Used on smaller scale
applications, generally
in 50mm sive of the two
fittings. They provide a
more precise application
of water allowing no
drainage during times of
low or no water pressure.
Solid Set Sprinklers
Irrigation Systems
7. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
K-line irrigation is a
flexible hose line
sprinkler system
originally designed
for irrigation however
the low application
rate makes the k-line
system well suited to
effluent distribution.
At the heart of the system is a series of tough plastic pods
protecting a sprinkler, firmly attached to special k-line low
density polyethylene pipe. Sprinkler heads are selected
dependant on each individual system.
COVERLINE® can be used for many years in more
than one application and Wroot Water are able to adapt
COVERLINE® to individual needs.This allows movement
of the sprinklers from year to year ensuring crop rotation
is possible as required. Once the system has been installed
for the year, no further manpower is needed. Pipes and
fittings are easy to handle due to their quick couplings and
lightness.
On flat ground, pressure regulators are installed at the
beginning of the line allowing sprinklers to receive an equal
volume of water and pressure. Sprinklers situated on uphill
ground also require pressure regulators to be installed at the
beginning of the line, and on downhill ground at the end of
the line.
COVERLINE® Sprinklers work extremely well on both flat
and on undulating ground because pressure regulators are
installed to ensure even water distribution.
The facts:
• K-Line can be used with clean and dirty
water systems
• It has a low application rate system
• It is easy to install, use and move
• There is a low capital cost
• Can be designed to suit individual needs
• Will suit any field shape, size or terrain
• Designed to operate at low pressure
• Provides a more uniform application
compared to travelling irrigators
Irrigation Systems
K-Line Irrigation
8. w w w . w r o o t w a t e r . c o m
• We provide bespoke mobile and stationary units
to suit individual requirements Flow rates range
from 2m³ to 250m³
• Pressures up to 12 bar
• All of our units are designed to operate at 300j/
m² at more than 50% light transmission. This is
sufficient to control water-borne pathogens
and micro-organisms when irrigating, washing or
processing fruit and salad crops
UV light inactivates viruses, mould spores and
yeasts bacteria (including Legionella and ecoli)
Ultra Violet (UV) Filters
Filtration is the
process that separates
solids from liquids,
making it an essential part of
Micro and Drip Irrigation Systems.
It plays a key role in reducing problems
with the irrigation system, effectively
reducing a large amount of time consuming
maintenance caused from blockages in tape,
sprinklers, valves or even pumps etc.The filters we supply
work effectively with clean and dirty water. We have many
filters available and various factors need to be taken into
consideration including;
• Water type
• Water source
• Size of solids in the water
• Speed of filtration required
• Irrigation system being used
The main filters we supply are Sand Filters, Disc Filters and
Screen Filters. Wroot Water uses two main suppliers for
filters; STF Filtros and Azud. We have worked alongside both
of these companies for over 10 years now giving us not only
a great knowledge of the filters we supply but also a fantastic
relationship with each company. If a problem occurs we are
easily able to rectify it by ourselves or with help from the
manufacturer’s technical support team.
• Sand filters are manufactured to the customer’s requirements
and vary in size and water flow rates
• Sand filters usually consist of a manifold with perforated off-
takes which draw water from the sand
• Customers are welcomed to contact us regarding specific
system requirements. We can also arrange site visits to
undertake a full assessment
• We have found these filters are effective and reliable
Filters & Valves
Sand Filters
9. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
Screen Filters are an efficient form of surface filtration, but are also
used widely in the irrigation world. Our automatic screen filters have
suction nozzles that continuously run backwards and forwards along
the filter screen brushing against it to constantly clean the screen
during the filtration process.
• Unlike other filters, this filter is able to perform
continuous filtration without the need to stop and
back flush
• The number of chambers in the filter varies
• We provide a range of screen filters -most common
are the FMA 1000 and the FMA 2000 from STF
• Filtration size on the screen filters vary from
10microns to 2000microns
Screen Filters
Spin Clean Filters prevent pumps and pumping equipment from getting
blocked because debris is filtered out with a continuous automatic
backwash system.
We supply a number of valve brands including Irrigator, Rain Bird and
Bermad. Pumps and Pipes (for clean and dirty water)
Spin Clean Filters
Valves
Filters & Valves
Disc Filter (Azud)
• Automatic filter
• These filters adapt to installations where
the pressure conditions are limited to the
rest of the self-cleaning systems
• UV water treatment is sufficient to
control brown-rot in irrigation water for
potatoes
• All of our units can be supplied as an
on-site installation or as a portable
system on a skid base or wheels
• Safety features including low-flow and
low UV cut out are installed
• Minimal maintenance is needed for the
UV filters but all essential
• Each of our systems has a pre-filter to
filter fine particles that make it difficult for
the UV to penetrate, and also to protect
the UV lamps
• We build mobile units with their own
power supply; a diesel generator gives
flexibility of location and increased
convenience for the UV unit
• Maintenance can be carried out by on-
site staff
• This reduces the consumed water
on the back flushing as well as the
maintenance and pressure
• A disc filter optimises the filtration
process and improves the energy cost
of installation
10. w w w . w r o o t w a t e r . c o m
We are able to hire out a
number of products including;
• Drip Systems
• Tape Layer Machine
• Tape retriever Machine
• Pumps
• Sand Filters
• Hard Hose Retrieval
These filter pumps are the nauti submersible range with an integral self-cleaning
intake filter that has a maximum output of 220 litres/minute and a maximum pressure
of 10 bar. They are fitted with 60, 100 or 300 micron aperture self- cleaning filter screen
as standard. Rotorflush filters have Stainless steel mesh options available. These
pumps are suitable for pumping water with total suspended solids not exceeding
2000mg/litre depending on flow rate.
They produce a filtered output of fluid preventing blockage to nozzles, valves and
solenoids
Hire Systems
(for clean and dirty water)
Pumps & Pipes
Rotor flush Filter Pumps (Submersible)
We supply these polyethylene pipes – please contact
us for further details.
Please do not hesitate to contact us regarding any of
our products or services.
We construct static pumping systems using a
combination of suppliers.
We construct mobile pumps using Perkins engines
and Caparri pumps. Wroot water offer an engine and
3-stage pump to fit onto an existing frame or chassis.
Available from £7,995, we provide a full design,
planning and fabrication service.
We can supply pumps from various manufacturers
and we offer supply only, installation and removal. We
can offer replacement rising mains.
We are able to provide these products. Please
contact us for more information.
LDPE/MDPE/HDPE
Pipes
Geo-thermal PipesStatic Irrigation Pumps
Mobile Irrigation Pumps
Submersible Pumps
Borehole Pumps
Aluminium and
Galvanised Pipes
11. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
BASF, Howard Hinds Crop
Consultancy and Wroot Water
have combined to develop
a mechanical method for
controlling Sclerotina in carrots
• High density beds can make crops
susceptible to sclerotina
• The Wroot Clipmaster is designed to
cut through the foliage hanging over
the bed
• The carrot foliage drops and shrivels
in the wheeling allowing increased
airflow and a dryer than normal
bed less favourable conditions for
sclerotina
• The products we sell have proved
considerably efficient in the reduction
of sclerotina
Wroot Clipmaster II
Comes with a welded head
stock with cat II linkage and
universal 100mm x 100mm
3mt beam with 4 discs
assemble units
Prices start from: £2,850
Wroot Clipmaster III
Comes with a welded head stock
with cat II linkage and universal
toolbar 100mm x 100mm x 3mt.
Attached to the head stock are
two folding arms which the outer
discs are attached to; they fold up
for transport. Designed to cut 3 or
4 beds and there is an option for
undulating ground for two outer
tool bars that pivot.
Prices start from: £7,450
Miscellaneous
Clipmaster Range (Sclerotina Prevention)
Water Meter Testing and Calibrating
Wroot Clipmaster I
Comes with a welded head
stock with cat II linkage and
universal 100mm x 100mm
2.5mt beam with disc
assemble units
Prices start from: £2,100
• New Legislation requires Water meters to be calibrated at regular intervals depending on
individual licence
• We offer a full water meter calibration service with our new E.A approved facility
• All ¾” to 8” water meters can be assessed and serviced
• Re-calibration and certificate from only £125.00 + VAT
• If the meter does not meet accuracy standards on initial testing, we will contact you
with a full estimate for parts and labour required
New Legislation requires
water meters to becalibrated at aregular intervalsdepending onindividual licence– either every 2or 4 years.
Wroot Water is now offering
a full water meter calibration
service with our new E.A.approved facility.
All types and all make of water
meters serviced and assessed.We are able to calibrate meters from
¾” up to 8”.
Re-calibration andcertificate from only£125.00 +VAT
If the meter doesnot meet accuracy standards on initial testing we will contact you with a full
estimate for parts and labour required.
Call today for more information on 01302 771881
or email info@wrootwater.com
NEED YOUR WATER METER
CALIBRATING WITH ACERTIFICATE?
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12. w w w . w r o o t w a t e r . c o m
• Wroot Water offers a full biobed kit based on a standard
size of 84m²
• The kit contains all of the equipment needed for
installation; two submersible pumps, underlay, liner, filter
and various sized pipes and fittings
• Our kit meets all regulations as we have worked
alongside a consultant working for the environment
agency setting standards for and designing biobeds
• We offer a full design and advice service to meet the
needs of all customers
The Bio-Filter that we sell is a free standing unit using 4
containers.All the containers are interchangeable for ease
of rotation and we use Camelock quick fit couplings.All the
pipe work is connected so it is not affected when moving the
containers with a fork lift.The system is supplied with two
pumps.The system is recommended to be used with a timer
(Included) for the pumps so the infiltration rate of the media in
the containers can matched to the application rate.
Here at Wroot Water we offer an initial
complimentary consultation/site visit.
These can be added to any form of irrigation. Please
contact for more information.
We are able to carry out an array of underground main
installations.
Consultancy
Dosing Units Underground Main
Installation
Bio-beds/Bio-filters
We supply equipment to apply fertilisers, soil
amendments and other water-soluble products. Full Borehole inspection Service with Camera On request.
Including; Aluminium, bauer, brass, Camelock, PP,
Compression and electro-fusion.
Fertigation Boreholes
Couplings and Fittings
13. t: 01302 771881 f: 01302 771884 e: info@wrootwater.com
At Wroot Water we have the facilities for electro-fusion
welding as well as steel, stainless steel and aluminium
welding. We are also able to carry out pipework
fabrication. Please contact us for further details on our
fabrication services.
Metos provide an economical and effective recording
device to monitor weather parameters and soil moisture
levels whilst automatically reporting and recording to
a web based platform. By having the ability to forecast
events the grower can make informed decisions about
the crop’s quality, yield and profitability whilst meeting the
environmental criteria. The weather monitoring equipment
is GPRS based and automatic download can take place
several times a day to keep data sets up to date.
• This product provides real time data via the internet
for irrigation management, disease forecasting, frost
warning, planning and logistics and local micro climate
monitoring
• Powered by rechargeable batteries and a solar panel
there is no need to change or externally charge the
batteries
• Available with a number of sensor options including
a soil moisture monitor, a wind speed sensor, a
humidity sensor or a rainfall sensor
• Please contact us for further details on out weather
station products
• Remote water meter logger now available
Fabrication
Weather Stations
Weather Stations & Remote
Water Meter Logger
Rainwater harvesting involves the collection and recycling
of rainwater that falls onto building roofs or concrete areas.
A RWH system can be installed on a new-build or existing
buildings and will usually involve the collection, diversion
and storage of the water in a tank or reservoir.The pump
size and filtration level varies depending on the end use of
the water. RWH reduces the dependence on mains supply,
rivers and groundwater sources.
• No abstraction license is required
• The pay-back period can be calculated using figures
for the predicted water collection and usage volume
• This can be planned following an onsite assessment
• Where will the water be collected from?
• We supply and install all of our bespoke RWH systems
to meet individual requirements
To request a personalised quotation for one of our RWH
systems we need the following information;
• How big is the collection area?
• How much water will be used?
• What is the quality of water required
• What will the water eventually be used for? Knowing
the end use enables us to correctly allocate a filtration
system
Rainwater Harvesting
(RWH)
14. w w w . w r o o t w a t e r . c o m
t: 01302 771881
f: 01302 771884
e: info@wrootwater.com
Wroot Water Limited
The Oaks, High Street, Wroot, Doncaster
South Yorkshire DN9 2BU
w w w . w r o o t w a t e r . c o m
We are able to supply all products featured in this
brochure. Please do not hesitate to contact us on
01302 771881 for a complimentary consultation or
with any questions that you have.
“Our Aim is Your Gain”