aquifer engl

www.aquifer.ru

Water purification systems without

chlorine and UV

2015

Problems

The problem of reduction of expenses at water purification arises before each water

consumer which volume more than 1 m3/d in not dependence on forms of ownership

The problem arises because of imperfection of the applied systems of cleaning and their

moral and physical obsolescence

The problem is still not solved both in the central Russia and in regions

The water purification problem is very sharp in Latin America, Africa and Central Asia

2

The Goldman Sachs Group, Inc. in the report noted,

«The petroleum for the next century»

There is a need of water purification

with the minimum expenses and energy

consumption. It is also important to refuse use

of expensive accessories and and dangerous

reagents, such as chlorine.

-

The forecast of growth of the market of water treatment and sewage treatment in Russia

* - Frost & Sullivan, 2011 http://www.frost.com/

Gro

wth

rate

s o

f th

e m

ark

ets

, %

Market shares

3

Our potential consumers

4

Municipal and household consumers• Water purification for settlements and suburbs

• Additional water purification for apartment houses

• Water purification for townhouses

• Disinfecting of drains

Industrial consumers• Water purification for field camps of fuel and

energy and mining companies

• Purification of technological water for the industry

• Water purification for the food industry and a fast

food

• Cleaning of drains

Sport and rest•Water purification for hotels, campuses and

sanatoria

•Disinfecting of water in pools

•Preparation of water for ice resurfacing

Our technology

The AVR installations solve a water purification problem in a complex, and can beused for waters with various extent of pollution;

In the AVR installations reagents aren't used, therefore there are no expenses ontheir acquisition, delivery and storage. It significantly reduces costs of waterpurification;

The combination of electrolysis and jet aeration to shock dispergating in the AVRinstallations increases efficiency of processes of oxidation of the dissolved impurityand disinfecting of water

5

Disinfecting

– direct electrolysis

Deferrization and oxidation of impurity

– aeration with dispergating

6

Comparison of methods of aeration

Shortcomings Advantages

Ejector +

dispergator

(AQUIFER )

• manufacturing complexity

• Lack of the compressor

• Receiving fine air-and-water mix

• Small size of contact capacity

Pressure head

aeration

• Need of the compressor

• Expenses on the electric power

and spare part

• Big size of contact capacity

•Large volume of the blown air

• Possibility of application of the sprays

reducing the bubble size

Free-flow

aeration

• Small volume of the reacting air

• Complexity of receiving bubble

of the small size

• Big size of contact capacity

• Lack of electrocompressors

- the technology used in the AVR equipment

Comparison of methods of disinfectingShortcomings Advantages

Direct electrolysis

(AQUIFER)

•need of power supply

• rather difficult control system

•Increased requirements to electrodes

• effective disinfecting on all volume

• after-effect

• need of transportation and storage of

chlorine disappears

• simplicity of application

Ultra-violet

radiation

• high cost of the equipment

• lack of chemical activity

• low resource of a lamp and need of its

cleaning

• lack of the prolonged action

•lack of dangerous reagents

• simplicity of application

Ozonization

• ozone is poisonous even in low

concentration

• high energy consumption

• need of special preparation of air

• low chemical activity

• Ozone destroys all known microorganisms

• Ozone disinfects several times quicker, than any

other disinfectants

Chlorination•chlorine is toxic suffocating gas

• high cost of transportation and storage

• the difficult applied equipment

• effective disinfecting on all volume

• high chemical activity

• profitability

7- the technology used in the AVR equipment

Advantages of AVR equipment

8

When using the equipment of the AKQUIFER company you save on:

- costs of installation of equipment

- the personnel (installations work in the automatic mode);

- expendables (in the course of work of installation public sorption materials of the Russian

production are used, also in some cases when disinfecting food table salt is used)

The total cost of the equipment depends on productivity of installation, requirements

imposed by the customer to the cleared water and a chemical composition of initial water.

CI2 NaOCl Ca(OCl )2 Aquifer MIOX ClO2 O3

1Relative capital

expenses100,0% 3,8% 3,8% 38,5% 32,3% 46,2% 115,4%

2Relative operating

expenses100,0% 122,2% 277,8% 55,6% 61,1% 277,8% 27,8%

3Relative expenses on

support100,00% 192,31% 176,92% 57,69% 50,00% 96,15% 61,54%

Installations of the AVR-E series of complex

water purification(Specification TU 4859-001-

18185997-2013)Productivity of installation is from 1 m3/hour to 8 m3/hour. It is

completed with various clearing modules according to

requirements of consumers to quality of the received water.

Installations of deferrization and deodorization of

water of the AVR-F series(Specification TU 4859-

002-18185997-2013)Basic installation is made with a nominal productivity up to 2

m3/hour. Purpose of the AVR-F installation is water purification

from iron and salts of metals and gases dissolved in water. The

main scope are objects of low building, dining rooms and child

care facilities. On the basis of the technology applied in the AVR-F

installations complexes with a productivity up to 200 m3/hour are

developed for application in water utility system.

Equipment of the company "AQUIFER» Ltd

10

10

Productivity – from 100 to 700 m3/days.

The treatment facilities offered by our company are developed on the basis of the

standard project of Gosgrazhdanstroy of the USSR No. TP 902.2.224 "Station of

biological sewage treatment with a productivity up to 200 m3/days" with application

of own technology of aeration tenk and disinfecting of the dumped cleared drains

by method of direct electrolysis.

Treatment facilities of AVR-K of

TU 4859-003-18185997-2013 can

be applied with success, both to

the cottage settlement, and to the

small settlement with the

population to 3500 people.

Overall dimensions of the

technological building (LхHхW) of

m 4,8 x 2,5 x 2,5

Cleaning of drains

11

Water treatment of water of swimming poolsOn the basis of the AVR technology, installations are developed for disinfecting and water

purification in reverse system of water supply of swimming pools of AVR-F-B.

СанПиН 2.1.2.1188-03The AVR-F-B installations are tested

and ready to use, the AVR-F-B

installation design completely

conforms to requirements

«Swimming pools. Hygienic

requirements to the device, operation

and quality of water. Quality control

The AVR-F-B installation works

without replaceable elements and

toxic waste, is mounted on a

uniform frame, works in the

automatic mode without the need

for continuous service. There

corresponds HARDWARE 010/2011

TR "About safety of cars and the

equipment" and has the Expert

opinion of TsGIE MO

12

Autonomous system in a module container

Installation clears water of

compounds of iron,

manganese, carbonic acid, the

dissolved gases, the weighed

particles and organic

compounds. In the course of

cleaning sorption materials of

the Russian production -

aluminosilicate of medical

clays, absorbent carbon of

BAU-A and/or AG-3 are

applied. Average service life of

the applied sorbents of 1,5-2

years..

Суммарная мощность электрооборудования, кВт 5

Мощность источника питания электролизёра, кВт 3,5

Минимальное сопротивление изоляции, мОм 20

Средний уровень звука на расстоянии 1 м., не более, дБа 80

Масса установки (без воды и загрузок фильтров), кг 50

Габаритные размеры, мм:

* - - the table is made on the basis of laboratory researches ФБУЗ «ЦГиЭ в Московской области»

13

Water

indicators

after cleaning

Sm

ell

Colo

r

Tu

rbid

ity

Pe

rma

ngan

at

Oxid

ab

ility

Dry

res

idu

e

Fe

Nitro

ge

n o

f

am

mo

nia

an

d ion

of

am

mo

niu

m

Nit

rate

s(N

O3)

Bio

logic

al

co

nsu

mption

of

oxyge

n(5

da

y)

Zn

Cu

Pb

2 25 4,64 4,89 315,6 21,24 0,31 3,7 1,6 0,24 0,029 0,01

0 5 0,58 0,5 62,4 0,12 0,05 0,2 0,66 0,01 0,004 0,004

100,00 80,00 87,50 89,78 80,23 99,44 83,87 94,59 58,75 95,83 86,21 60,00

Water

indicators

before

cleaning

Efficiency of

cleaning in %

Efficiency of cleaning on the main indicators of pollution

Экономическая эффективность использования установок АВР

14

Сто

имос

ть 1

м3

вод

ы в

мно

гокв

арти

рном

дом

е

Бут

илир

ован

ная

вод

а

При

возн

ая в

ода

Очи

щен

ная

фил

ьтра

ми

«Кув

шин

»

АВР-Ф

Об

оруд

ован

ие

конк

урен

тов

1 Обезжелезивание + + + + + +

2 Удаление запаха + + + + + +

3 Умягчение + + + + + +

4 Обеззараживание + + + - + +

5Автоматический режим

работы- - - - + +

6Стоимость оборудования

с монтажом, тыс.руб.- - - 0,6 650* 770

7Стоимость расходных

материалов тыс.руб./год- - - 3 18 100

8З/П оператора,

тыс.руб./год- - - - - 42

9 Объем воды м3/год - - - 1,2 16560 14400

10Производительность,

м3/сут (номинальная)- - - 0,004 46 40

11Стоимость 1 м3 воды,

тыс.руб.0,2 10 0,25 3 0,0058 0,0191

* - стоимость установки АВР-Ф-УС /полная комплектация/

Установка серии АВР-Ф

с производительностью от 0,5

до 2 м3/час, предназначена для очистки

воды от соединений железа,

марганца, растворенных газов и

взвешенных частиц

On technology of water

purification our company took

out the patent.

The patent is supported

Intellectual property

Competitive advantages of the AVR technology

Proceeding from the analysis of initial water without change of dimensional

characteristics of the ARV installations the technicians of the AKVIFER company combine the

most effective methods for achievement of the maximum ratio on the demanded quality of

water and energy efficiency of installation

Also It should be noted that the AVR installations don't use revers osmosy

membranes. The block of bulk filters works at a basis of public not catalytic loadings of the

Russian production.

Application of bezkompresorny aeration with shock dispergating of air-and-water

mix, allows to receive a big interface of the phases "water-air" that on the gained effect is

comparable with application BIRM technology of deferrization.

16

Water purification, is the complex process which is divided into three main stages -

deferrization, disinfecting, softening. Each of these stages shares on some substages:

deferrization disinfecting softening

17

FromMini - the AVR-F Installation * with a productivity from 23 m3/days for water purification from iron, manganese, chromaticity, a turbidity, hydrogen sulfide

and carbonic acid.. - $4000 (EXW)To Max - the AVR-E Installation with a productivity from 132 m3/days for complex water purification, including industrial drains – $30 000 (EXW).

* - - if necessary installation is completed with blocks of softening, disinfecting and ultrafiltration

Equipment cost

Similar decisionsIn Russia there are no direct competitors of our technology. Various Russian companies

use the technologies applied in the equipment of AVR separately or in connection with othertechnologies to water purification, but not one of the Russian companies doesn't use theeffects gained at application of this or that technology for addition of other technology.The combination of two processes allows our equipment to differ qualitatively from theequipment of competitors on energy efficiency and cumulative cost of possession.Direct competitors of the AKVIFER company are presented in the foreign market, but the

equipment offered by these companies is significantly more expensive than the AVR installationsand don't maintain the competition in connection with an exchange rate difference.

Anolytech AB, Sweden

Envirolyte Industries International Ltd, Estonia

Electrolytic Technologies Corporation , USA

WaterDiam, Switzerland

Miox, USA

Danish Clean Water), Denmark

WAPOTEC GmbH, Austria

Аkvachlor, .Russia

18

Normative documents and diplomas

19

Promotion• Открытые инновации 2013, г.Москва - 31.10-01.11.13;

• Ресурсосбережение и экология, г.Тула - 28.11.13

• Безопасность и охрана труда 2013, г.Москва –

10.12-13-12.13

• Здравоохранение 2013, г.Москва - 09.12.-13.12.13

• Коллегия Министерства ЖКХ Калужской области г.Калуга - 10.02.14

• Открытые инновации 2014, г.Москва - 14.10-16.10.14

• Конференция «Снижение затрат на оплату энергоресурсов при эксплуатации и

строительстве объектов жилищно-коммунального хозяйства», 29 октября 2014 г.,

г. Новомосковск Тульской области,

Видео - http://www.youtube.com/watch?v=v8Hevktw5sw

http://www.slideshare.net/modelan/1001-1

http://www.youtube.com/watch?v=w909DhrWBqU&feature=youtu.be• Полуфиналист конкурса CleanTech Open 2014

• Финалист конкурса ВЭБ конкурса на лучший инновационный проект среди молодых

предпринимателей - 2014)

Публикации;«Строительная орбита» - 02.2014Публикация: http://rusbase.vc/news/rsr-aquifer/

20











http://www.youtube.com/watch?v=w909DhrWBqU&feature=youtu.be











Выполненные проекты и работыНазвание Регион Продукция Год Примечание

1 Компания РДН Московская область АВР-К 2013 Проект, КП

2 ЗАО «КПС»Ханты-Мансийский

Автономный ОкругЭКБ-Э 2013

Выполнен

ремонт

3 Бассейн «Металлург» Московская область АВР-Ф-Б 2014 Проект, КП

4 ИП ГалабайчукРеспублика Саха-

ЯкутияАВР-Ф 2014 Поставка

5 НПО Неорганика Московская область АВР-Ф 2014 Поставка

6 Поселок Яблоневый ГайСаратовская

областьАВР-Ф 2014 Проект

7 Балашовское ЛПУ МГСаратовская

областьЭКБ-3м 2014 Ремонт.

8 Мокроусское ЛПУ МГ Саратовская

областьЭКБ-3м 2014

Модернизация,

ввод в

эксплуатацию

21

В период 2000-2004 поставлено 80 установок предыдущего поколения

ЭКБ

Shopping center in Yakutia

22

The AVR-F installation *

with a productivity from 23

m3/days for water

purification from iron,

manganese, chromaticity,

a turbidity, hydrogen

sulfide and carbonic acid is

used for pouring of

drinking water

Preparation of technological water (Electrostal)

23

Установка АВР-Ф

*производительностью от 23 м3/

сутки для очистки воды от

железа, марганца, мутности,

сероводорода .используется для

очистки технологической воды

для промывки продукции

После установки у заказчика

исчезла проблема регулярной

очистки дистилятров

Purification of drinking water for employees of LPU (Balashov))

24

№ п/п Name of works

1 Replacement of sorption materials

2 Replacement block of electrolyzers

3 Replacement block of bulk filters

4 Replacement of the block of ultrafiltration

5 Installation of the block of a reverse of current

6 Partial replacement of pipes and NPVH fittings

Purification of drinking water for employees of LPU (Mokrous)

25

№

п/пНаименование работ

1 Replacement of sorption materials



4Partial replacement of pipes and NPVH fittings

Water purification from an autonomous well

(Surgut)

26

№ п/п Наименование работ


2 Ремонт блока питания






Адрес: 144000, Sportivnaya str. 24 , Electostal , Moscow

Region.

Director– Kobzev Andrey;

Technical director– Jukov Igor;

Phone +7 (917) 500-33-53,

E-mail – [email protected]

Сайт – www.aquifer.ru, www.аквифер.рф

27

aquifer engl

Environment

disinfecting of water

water purification problem

need of water purification

industry water purification

water purification systems

rest water purification

costs of water purification

water consumer