CONTACT-US
ADDRESS;
NO: 8, MUTHU THOTTAM
2ND STREET,
NEARSOUTH SIVN KOIL,
KODAMBAKKAM,
CHENNAI-24
CONTACT NUMBER- 9176067080
Email; sriveeralakshmiborewells@gmail.com
Friday, October 7, 2016
CONTACT-US
CONTACT-US
ADDRESS;
NO: 8, MUTHU THOTTAM
2ND STREET,
NEARSOUTH SIVN KOIL,
KODAMBAKKAM,
CHENNAI-24
CONTACT NUMBER- 9176067080
Email; sriveeralakshmiborewells@gmail.com
PLUMBING
PLUMBING
Plumbing
We provide general plumbing repairs and installation for all your plumbing needs including tub and shower faucets, toilets, sink faucets, kitchen sinks, garbage disposals, instant hot water dispensers, laundry tubs/faucets and laundry pumps.Drain clearing, sewer replacement and sump pumps. Water line replacement well pumps replaced/installed, water conditioning and filters.
Water heaters, gas pipe installation and whole house humidifiers.
We also provide complete bathroom remodeling with Kohler fixtures, ceramic tile, vinyl floors, paint, lighting, vanities and tops, tubs, showers, shower doors, mirrors and medicine cabinets
Who We Are
Who We Are
Sri Veeralakshmi Borewells have commissioned countless borewells, installation of pumps, pipe laying, plumbing works for water supply in domestic and various commercial establishments, government sectors, through our vast experience with technical background.
RAIN WATER HARVESTING
RAIN WATER HARVESTING
Rainwater Harvesting
Rain is the primary sources of water. However, when it rains, either some of the water evaporates or run-offs and goes unused into the ocean or stands for days in drains and sewer lines to later flow away as sewage water.
Components of Rainwater Harvesting System
Catchment area
For flat Conveyance system
For flat First rain separator
For flat Filter unit
For flat Storage
For flat Delivery system
For flat Usage
For flat Recharge
Benefits
To harness good quality water resource now being wasted
To augment the expensive piped water supply
To save expenditure on water
To prevent soil erosion and urban flooding
Inexpensive and simple technology
Aids ecological conservation
To prevent groundwater depletion
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SOIL TEST
SOIL TEST
Soil Test
What is a Soil Test?
A soil test is a process by which elements (phosphorus, potassium, calcium, magnesium, sodium, sulfur, manganese, copper and zinc) are chemically removed from the soil and measured for their "plant available" content within the sample. The quantity of available nutrients in the sample determines the amount of fertilizer that is recommended. A soil test also measures soil pH, humic matter and exchangeable acidity. These analyses indicate whether lime is needed and, if so, how much to apply.
Why Do You Need A Soil Test?
Encourages plant growth by providing the best lime and fertilizer recommendations.
When growers guess about the need for lime or fertilizers, too little or too much is likely to be applied. By using a soil test report, the grower does not need to guess.
For Example: When applying too much lime, soil pH may rise above the needed level, which causes nutrients such as iron, manganese, boron, copper and zinc to become less available to plants. It is also common to see homeowners purchase one bag of lime when they purchase one bag of fertilizer. Based on an average lawn size of 5000 square feet, one bag of fertilizer may be enough. Applying one bag of lime over 5000 square feet, however, will have little effect on soil pH.
Diagnoses whether there is too little or too much of a nutrient. Promotes environmental quality.
When gardeners apply only as much fertilizer as is necessary, nutrient runoff into surface or ground water is minimized and natural resources are conserved.
Saves money that might otherwise be spent on unneeded lime and fertilizer.
For example, growers of flue-cured tobacco often routinely apply phosphorus. In areas where soil levels are high in phosphorus, a soil test could save these farmers up to $60 per acre.
Time it right:
Take a soil sample a few months before starting any new landscaping-whether your laying sod, starting a vegetable garden, putting in a flower bed, or planting perennials. If the soil test report recommends lime, you will have enough time to apply it and have it adjust the soil pH before you plant.
Sample established areas-lawns, trees, shrubbery, and other perennials-once every three or four years. You can sample at any time of year; however, mid-August through mid-September is an ideal time to take samples for cool-season grasses, such as fescue, bluegrass, and ryegrass. By sampling at this time, you can be ready to apply lime in the fall. For areas recently limed or fertilized, delay sampling at least six to eight weeks.
Use clean sampling equipment.
Use a soil probe, spade, hand garden trowel, or shovel to collect samples. Do not use brass, bronze, or galvanized tools because they will contaminate samples with copper and/or zinc.
Mix samples in a clean, plastic bucket. If the bucket has been used to hold fertilizer or other chemicals, wash it thoroughly before using it for soil samples.
Sample each unique area separately.
Each sample should represent only one soil type or area-for example, a lawn, vegetable garden or perennial landscaped area (Figure 1). For each unique area, take at least six to eight subsamples and combine them to make one sample. If one area of your yard seems healthy and another has bare or yellow areas, sample healthy and unhealthy areas separately even if both are lawn grasses or flower gardens, etc.
Take a soil core to the appropriate depth.
For lawns, sample to a depth of four inches, excluding any turf thatch.
For vegetable and flower gardens, sample to the depth that you plan to mix in lime or fertilizer, usually four to six inches.
For shrubbery, remove any mulch or surface debris, then sample to a depth of four to six inches around the base of plants. Avoid zones where lime or fertilizer have been recently applied.
Mix sample cores well.
Place all the subsamples for one unique area in a plastic bucket and mix thoroughly. Use the mixture in the bucket to fill a soil sample box about two-thirds full. Look for the fill line on the box.
Fill out an information sheet and label the sample box completely.
Get your sample boxes and information sheets from Cooperative Extension offices, agribusinesses, regional agronomists, or the Agronomic Division laboratory. Use permanent ink or pencil to fill out forms and label boxes.
If you just want routine lime and fertilizer recommendations, then fill out a Soil Sample Information Sheet (form AD1) and send it with your samples.
If you suspect existing nutritional problems and want the problems diagnosed, complete a Diagnostic Soil Sample Information Sheet (form AD2) instead.
Give each sample a unique identifier of up to five letters and/or numbers. Put this identifier on both the information sheet and the sample box. Choose an identifier that will help you remember the area it corresponds to, such as FYARD, BYARD, ROSES, or GRASS.
Be sure to list the existing plants and/or the plants you are planning to grow. You must include the crop code(s) in order to receive lime and fertilizer recommendations. Codes are listed on the back of the information sheet. Code 024 applies to all vegetable garden crops and 026 to all lawn grasses except centipedegrass, which is coded as 022.
Package the sample appropriately.
Put the soil mixture in the sample box. Do not tape the box or put soil in a plastic bag. If you are sending several sample boxes through the mail, pack them carefully in a sturdy container. Do not send samples in a manilla envelope. Mail samples to the Agronomic Division laboratory at the address on the back of this publication.
What We Do
What We Do
We offer you a complete solution for your Borewell drilling and other related works to meet the requirements. We are specialized in these following fields.
Flushing of existing and newly constructed Borewells with compressors.
Pipe laying and plumbing works with adequate man power and machineries.
Soil Testing and Rain Water Harvesting
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