To Offer “Complete Water Solutions” by re-engineering and integrating our technology and be a leader & provide unparalleled quality engineering solutions and services to our clients across India & the globe in the areas of Water, Energy & Environment.
Our Policy to eliminate quality losses to the society by continually implementing new technology and will inculcate a culture of continuous quality improvements and economic value addition, through optimal deployment of resources & waste elimination.
Homecom working with clients to provide them across the board solutions, which integrate the above areas and are customized to their specific needs and for providing maximum economic and ecological advantage. We work as a partner, consultant & performance contractor, offering solutions as a single source.
“Complete Water and Wastewater Solution” for turn-key projects. At the initial phase, we critically analyze specific requirementsof the clients and accordingly design systems. These systems are commissioned seamlessly under the guidance of our experts to ensure uninterrupted process flow.
AREA FOCUS ON WATER
WATER TREATMENT PLANT
•Industrial & Commercial R.O/Softener/ D.M Plant/ D.M.F/ A.C.F/ Industrial U.V & U.F,
WASTEWATER TREATMENT (Sewage Treatment and Effulent Treatment)Plant with conventional and advanced technologies.
•Turnkey Water & Wastewater Treatment Plants.
•Packaged Type Aerobic Water Treatment Plants based on suspended/ fixed growth.
•Advanced Wastewater Treatment Solutions based on special microbial cultures.
•Biotechnology with minimum operating costs and maximum sustainability
•Optimization of the existing facilities through retrofits, operational management and technology up gradation.
EXPERTISATION IN TECHNOLOGY
•Our Sewage Treatment Plants cater to diversified areas such as Residential Complexes, Hospitals, Hotels, Resorts, Schools, Educational Institutions & Industrial Institutions etc.
•We have professional expertise to deal in the following Sewage
• Extended Aeration [EA]
• Moving Bed Bio Reactor [MBBR]
• Sequencing Batch Reactor [SBR]
• Submerged Aeration Fixed Film [SAFF]
• Fluidized Aerobic Bio-reactor [FAB]
• Membrane Bio-reactor [MBR]
SEWAGE TREATMENT PLANT
EFFLUENT TREATMENT TECHNOLOGY
• Our Effluent Treatment Plants cater to diversified areas such as Textile Industry, Electroplating & Pickling Industries, Hospitals,Automobile Industries, Food & Beverages, Pharmaceutical Industries, Export Houses etc.,
• We have professional expertise to deal in the following Effluent
• Physio – Chemical Treatment.
• Biological Treatment.
• Aerobic Treatment Plants.
• Activated Sludge Treatment Plants.
• Extended Aeration System.
• Diffused Aeration System.
EffULENT TREATMENT PLANT
OUR RANGE Of PRODUCTS
WATER TREATMENT PLANT
• Filtration System.
• Sand Filters.
• Activated Carbon.
• Micron Filter.
• Reverse Osmosis System.
• Demineralization plants.
RANGE Of PLANT
Demineralization or Deionization is the process of removing mineral salts from water by using the ion exchange process. With most natural water sources it is possible to use Demineralization and produce water of a higher quality than conventional distillation
Water hardness exists in significant areas of the country. Water softeners remove hard undesirable dissolved minerals that result in annoying white scales on fixtures, appliances and piping. Softening the water produces immediate benefits reduce usage of soap & detergent, cleaner clothes, and better tasting food.
COMMERCIAL WATER SOFTNER
RANGE OF PLANT
REVERSE OSMOSIS TECHNOLOGY (RO)
Reverse osmosis is the process of forcing a solvent from a region of high solute concentration through a membrane to a region of low solute concentration by applying a pressure in excess of the osmotic pressure. This is the reverse of the normal osmosis process, which is the natural movement of solvent from an area of low solute concentration, through a membrane, to an area of high solute concentration when no external pressure is applied. The membrane here is semipermeable,meaning it allows the passage of solvent but not of solute.
INDUSTRIAL RO PLANT
WATER TREATMENT, RO SYSTEM, OZONE GENERATOR, MIXING MACHINE WITH RO STRELISATION & MINERAL DOSING SYSTEM MACHINE
FULL BOTTLING MACHINE
OUR PRESTIGIOUS CLIENTS
• MDU (Maharishi Dayanand University), Delhi.
• NITM Murthal, Sonipat.
• Gateway International School, Sonipat.
• Ramjas School, Sonipat.
• ITI, Sonipat.
• Jain Senior Secondary School,Sonipat.
• G.V.M. High School, Sonipat.
• Khaitan Public School. Delhi.
• Guru Gobind Singh University, Dwarika, Delhi.
• MVN College, Faridabad.
• DAV Group, Delhi.
• Hindustan tin works Limited,Dhaturi,Sonipat
• Maneta Automotive Component Pvt ltd, Kundli,Sonipat
• Roulunds Braking India Pvt. Ltd. Bahalgarh,Sonipat.
• Sunstar Overseas Pvt. Ltd.Bahalgarh,Sonipat.
• P.S. Health Care, Rai, Sonipat.
• Ridhi Auto Industries.Rai,Sonipat.
• KMC Pvt Ltd. Kundli,Sonipat.
• FNS International Pvt. Ltd. Sonipat.
• Magpie International Kundli, Sonipat.
• Gopaljee Food Products.
• Jaico Steels Ltd.
• M.R. Beverages Pvt. Ltd
• Lious Berger Ltd.
• Heena Mineral Water – Delhi.
• Locus - Kota, Rajashthan
• Roop Polymers Ltd.
• ESI Hospital, Okhla
• Nidan Hospital, Sonipat.
• Tulip Hospital, Sonipat.
• Bhaghat Hospital, Sonipat.
• Sharoha Hospital, Sonipat.
• Bansal Hospital, Dhol pur, Rajasthan.
Hotels & Resorts:
• Escorts Swimming Pool , Faridabad
• Kanak Garden, Murthal, Sonipat.
• Kuber Hotel, Murthal, Sonipat.
• Ethnic India Tourist Resort, Rai, Sonipat
• Hotel Suriya NFC, Delhi.
• Hotel Leela Palace, Delhi
• Krishna Aapra - Netaji Shubhash Palace, Delhi
• Rajputana Resorts, Jaipur highway, Rajasthan.
MECHNICAL,ELECTRICAL & PLUMBING WORK:
• NMC Hospital. Khanpur (ALL MEP WORKS)
• UMANG DAIRY, GAJARULA, U.P.(ETP-1.7 MLD)
• RALHAN CONSTRUCTION CO.Delhi
• MVN GROUPS, DELHI
• ELDICO ETHOPIEA,NOIDA (CONSTRUCTON PURPOSE)
• Pratibha Industries, Mumbai.
• Parker Regency/Mall, Sonipat, Hariyana
• Tulip Mall, Sonipat.
• Air Force - Gwalior.
• Distt. Court - Rohini, Delhi
• Indian Railway, Bahadurgarh, Hariyana.
• DDA (Delhi Development Authority)
• ONGC (Oil and Natural Gas Commission), Noida
• Indian Oil Corporation Ltd. Noida.
• Punjab Rural Development Project In RO Plant.
• ANGLIQUE INTERNATIONAL NOIDA
• Iscon Group, Brindaban, U.P.
• ISCON GROUP, ROHNI TEMPLE, Delhi.
• Netaji Subhash Sports Complex, Jasola, Delhi.
Contact Person- Pankaj Puri.
Ph. No-09896240080, 09034160559, 07015620227
·Beer is a mild alcoholic beverage
manufactured from Barley malt, hops, yeast, water and other adjuncts such as
maize, rice, sugar, wheat etc.
·Barley malt is weighed properly and milled
so as to powder the endosperm in the grain but leave the husk whole. This
process is called It is Milling/Grinding.
·The malt is then mixed with other ground
ingredients as per the specific recipe and treated water is added; post which
the whole mixture is subject to a time temperature program called Mashing.
·During mashing the enzymes of the malt
degrade the starch and proteins as per specific demands of the recipe for the
style of beer and bring the sugars, amino acids and minerals into solution.
·The liquid extract from the mashing
process is called WORT.
·WORT is then separated from the waste
solid matter through a process of filtration called lautering.
·After Lautering “WORT” is transferred to
the kettle for WORT Boiling.
·During the boiling operation the “Hops” is
added. Hopsis the dried product of the Hop plant “HumulusLupulis” and imparts
an aroma and bitter taste to the beer; this makes the beer pleasant to drink
and have thirst quenching properties.
·Once the WORT is boiled as per the
specific requirements, to get the bitter substances into solution as well as
sterilize,it is sent to a Whirlpool wherein the WORT is swirled so as to
precipitate the suspended matter and make it clear.
·The WORT is chilled in a Plate Heat Exchanger
from 100 °C to about 10 °C in an hour and yeast is added into the Fermenters
where the WORT is collected.
·In the fermenters the yeast converts the
fermentable sugars in the WORT to alcohol and Carbon Dioxide and this takes
place for about 5-7 days at about 10 °C.
·Soon after maturation is over the beer is
passed through a Filter where the yeast and other suspended matters are removed
and the clear beer is sent to the beer tanks. The beer is now ready to be
dispensed fresh to the customer.
The Drinking Water Dictionary defines a water softener
as a pressurized water treatment device in which hard water is passed through a
bed of cation exchange media for the purpose of exchanging calcium and
magnesium ions for sodium or potassium ions, thus producing a softened water
that is more desirable for laundering, bathing, and dishwashing. A water
softener is a whole house solution for hard water, it is not a water filter.
The benefits of using a softener include keeping all fixtures from scaling or corrosion,
using less detergents in the washing machine and keeping clothes soft and
bright, eliminating steaks and spots on glassware and dishes, prolonging the
life of the water heater and the refrigerator ice maker by preventing any
calcium and magnesium carbonate deposits. A water softener can be used for the
whole house or may be connected to the water heater only, thus saving in the
What Is R.O.
We are manufacturers of RO water filters or reverse osmosis
water purifiers in India. We have a complete range of domestic and commercial
RO water filters to suit the individual requirements of various house holds and
industries. We would like to explain various facets of the reverse osmosis
technology for your ready reference.
This is a natural and fundamental process in which a liquid is flown through a
semi permeable membrane, which blocks the transfusion of salts/solutes through
This process, as its name suggests is almost the opposite or reverse of osmosis
process. In this process when the two volumes of any solvent or water are
separated with a special grade semi permeable membrane. The normal process of
osmosis starts, that of flowing of the liquid with low solute concentrate to
high solute concentration. Now this process is stopped or even reversed by
applying pressure externally, known as osmotic pressure. In such case the
liquid flows from the high concentration solute to low concentrate solute. This
phenomenon is called reverse osmosis.
The process was initiated by Professor Reid In 1959 (University
Of Florida United States Of America)
Osmosis: (Process Explanation)
The process of reverse osmosis removes dissolved salts as well as organics. The
process can be explained as the raw water I flown through the membrane by
applying pressure, in the process a small percentage of the feed water
permeates the membrane, the balance portion of water moves alongside the
membrane without being filtered and moves along side the membrane without being
filtered and moves out of the system. The stream which permeates through the
membrane is the permeate, the second stream of water is called the concentrate
because it carries the concentrated salts and other contaminants which are not
able to permeate through or rejected through the membrane . Since the two
streams of liquid flow side by side to each other this process is also called
cross flow filtration process. This process of water filtration ensures that
the output water have 99.9% of pyrogens, viruses and bacteria rejection.
What Is D.M.
The demineralization process utilizes acid regenerated cation
resin & caustic regenerated anion resin to remove minerals from water.
Demineralization on a commercial scale became possible after
resin manufacturers developed methods of mass producing a new form of ion
exchange resin. When regenerated with caustic (NaOH), this resin removed silica
and carbon dioxide from the effluent of a zeolite resin operated in the
hydrogen cycle. A standard cation resin of the type commonly found in zeolite
softeners, which is regenerated with sulfuric acid as opposed to salt (hence:
hydrogen cycle cation), is called a strong acid cation resin. An anion resin
with a strong affinity for silica and carbon dioxide is described as a strong
base anion resin. An offshoot of the strong base anion resin development was
the production of a chemically different resin with a strong affinity for
strong-acid anions: sulfate (SO4), chloride (CI), nitrate (NO3), phosphate
(PO4), etc. This was called a weak base resin. The weak base resin does not
remove silica or carbon dioxide, as does the strong base resin. Therefore, it
cannot be used alone to produce the water purity demanded by high-pressure
steam plant operations. Less caustic is required to regenerate the weak base
resin and it is often coupled with a strong base resin in the same vessel to
produce the most economical anion unit operation. The weak base resin is always
loaded into the vessel last when the unit is readied for downflow service.
Putting the weak base resin on top of the anion resin bed uses
its higher capacity for strong acid removal to insure that the strong base
resin can concentrate on removing the weak acids associated with the carbon
dioxide and silica (carbon and silicic acids).
The cation and anion vessels of a demineralizer train are piped
in series so that the effluent of the cation unit enters the top of the anion
unit and the discharge from the anion unit goes to the treated water header or
into a polishing unit.