Pratiks Enviro Solutions can help industries, facility management enterprises and domestic households turn waste water into a reusable resource, using our eco-friendly products and services.
Pratiks Enviro Solutions started in 2011 and is a leading provider of waste water management solutions in India. We offer a wide range of products and services, including Sewage treatment plants, Bio Sewage Treatment Plants. Grey water recycling systems, Water body bioremediation projects, Drinking Water treatment plants, Industrial water treatment plants, Bio septic tanks, etc…
Pratiks Enviro Solutions started in 2011 and is a leading provider of waste water management solutions in India. We offer a wide range of products and services, including Sewage treatment plants, Bio Sewage Treatment Plants. Grey water recycling systems, Water body bioremediation projects, Drinking Water treatment plants, Industrial water treatment plants, Bio septic tanks, etc…
study of ground water quality of raichur in industrial zone in concernIJAEMSJORNAL
This paper gives the information of the groundwater quality of Raichur industrial area. Different areas were selected for the study and comparison. The parameters studied were temperature, pH, total alkalinity, total hardness, chloride, sulphate, fluoride, total dissolved solids and conductivity. It was observed that there was a minor fluctuation in the physico-chemical parameters among the water samples studied from overall analysis. The groundwater is highly contaminated and account for health hazards for human use from the Comparison of the physico-chemical parameters of the water sample with WHO and ICMR limits.
Implementation of ETP & effect of Textile waste water on environment Rois Mahmud Hridoy
we made a Term paper on ETP & effect of textile waste water on environment with the help of BGMEA University of Fashion & Technology and NIAGARA Textile Ltd. Bd.
It is a minor project perform by CEC, durg student... ANUPAM , RAJU, SWARAJ, BHUPENDRA, BASANT, WE take durg nala water to testing in lab which is directly dump to shivnath river .....
“Study The Different Parameters of Sewage Treatment With UASB & SBR Technolog...IOSR Journals
Abstract: Every community produces both liquid and solid wastes and air emissions. The liquid wastewastewater-is
essentially the water supply of the community after it has been used in a variety of applications.
From the standpoint of sources of generation, wastewater may be defined as a combination of the liquid or
water-carried wastes removed from residences, institutions, commercial and industrial establishments, together
with such groundwater, surfacewater and stromwater as may be present. This waste water through sewer comes
to the sewage treatment plant so that parameters are reduced and treated wastewater be disposed into water or
land. For treating the sewage UASB( UP FLOW ANAEROBIC SLUDGE BLANKET) and SBR(SEQUENCING
BATCH REACTOR) technologies are mostly used.
All the parameters of these samples were analyzed using standard methods prescribed in “Standard methods for
examination of water and wastewater”. It was observed that pH & temperature values at outlet by both the
processes are almost same. Reading were taking on two consecutive days and value of Biochemical Oxygen
Demand by UASB process was 32, 32mg/l and by SBR process was 11, 16mg/l. Chemical oxygen Demand by
UASB process was 112, 96mg/l and by SBR process was 32, 34mg/l. Total Suspended Solids by UASB process
was 58, 44mg/l and by SBR process was 10, 12mg/l. Both the processes were used for treating the wastewater
and the SBR process showed better results as comparative to UASB.
Recycling of water water into drinking waterAshutosh Singh
How to convert waste water into drinking water. There are some technology are given and the time line of projects.
If any one wants it's synopsis report contact me on 9628656548 whatsapp
Dissertation ppt biostimulation- a potential practice for wastewater treaat...Sumer Pankaj
Phycoremediation is a green technology that supports the direct use of living green microalgae for in situ, or in place removal, degradation, of contaminants in soils, sludge, sediments, surface water and ground waters by the mechanisms of bio-transformation, bio-accumulation, bio-concentration, bio-sparging.
It can be said by the current study that microalgae has a great potential for the treatment of industrial and municipal wastewaters as compared to the chemical treatments available commercially. Biological systems are much more efficient in cleaning the excess nutrients from the waste water followed by generation of valuable biomass which can be applied in the food, fertilizer, energy production as use of inorganic chemicals like lime and ferrous sulphate generates huge amount of sludge in textile industries, but on the other hand static anaerobic treatment using acclimatized MLSS gives better colour reduction with zero sludge generation. Microalgal cells can be used in free form to treat waste waters containing high C.O.D., high ammonical nitrogen and high TDS. It not only provides a better reduction of chemicals from wastewaters but it also helps to reduce the operational cost of ETP. Microalgaes not only helps to remediate industrial waste waters but also to treat sweage water and to restore natural water bodies like lakes and ponds. As they are active in remediating the chemicals but also it shows an antagonistic effect against some pathogenic germs like total coliforms and fecal coliforms.
These microalgal cells can also be combined with bacterial biomass of activated sludge process to develop an Algal-Bacterial consortium (ALBA) for better enhancement in the reduction of chemicals from the wastewaters as this symbiotic relation of algae and bacteria provides high satiability of the microalgae along with MLSS and faceable in terms of price and economy for instance the bacterial biomass provides carbon dioxide to algal cells for photosynthesis and in return the bacteria acquires oxygen from algae. The harvested biomass from the ETP’s can be used as bio-fertilizers as it consists of appropriate ratio of vital macro and micro nutrients like N,P,K etc. which enhance the growth of plantlets. It can also be used as aqua feeds for shrimps, fishes and molluscs. Furthermore these microlgal cells are non-toxic in the environment as it becomes a part of food chain and do not cause eutrophication. Therefore, micro-algal based treatment is most suitable for the treating the waste waters and restoring the natural water bodies as compared to other chemical treatments.
Software Delivery At the Speed of AI: Inflectra Invests In AI-Powered QualityInflectra
In this insightful webinar, Inflectra explores how artificial intelligence (AI) is transforming software development and testing. Discover how AI-powered tools are revolutionizing every stage of the software development lifecycle (SDLC), from design and prototyping to testing, deployment, and monitoring.
Learn about:
• The Future of Testing: How AI is shifting testing towards verification, analysis, and higher-level skills, while reducing repetitive tasks.
• Test Automation: How AI-powered test case generation, optimization, and self-healing tests are making testing more efficient and effective.
• Visual Testing: Explore the emerging capabilities of AI in visual testing and how it's set to revolutionize UI verification.
• Inflectra's AI Solutions: See demonstrations of Inflectra's cutting-edge AI tools like the ChatGPT plugin and Azure Open AI platform, designed to streamline your testing process.
Whether you're a developer, tester, or QA professional, this webinar will give you valuable insights into how AI is shaping the future of software delivery.
study of ground water quality of raichur in industrial zone in concernIJAEMSJORNAL
This paper gives the information of the groundwater quality of Raichur industrial area. Different areas were selected for the study and comparison. The parameters studied were temperature, pH, total alkalinity, total hardness, chloride, sulphate, fluoride, total dissolved solids and conductivity. It was observed that there was a minor fluctuation in the physico-chemical parameters among the water samples studied from overall analysis. The groundwater is highly contaminated and account for health hazards for human use from the Comparison of the physico-chemical parameters of the water sample with WHO and ICMR limits.
Implementation of ETP & effect of Textile waste water on environment Rois Mahmud Hridoy
we made a Term paper on ETP & effect of textile waste water on environment with the help of BGMEA University of Fashion & Technology and NIAGARA Textile Ltd. Bd.
It is a minor project perform by CEC, durg student... ANUPAM , RAJU, SWARAJ, BHUPENDRA, BASANT, WE take durg nala water to testing in lab which is directly dump to shivnath river .....
“Study The Different Parameters of Sewage Treatment With UASB & SBR Technolog...IOSR Journals
Abstract: Every community produces both liquid and solid wastes and air emissions. The liquid wastewastewater-is
essentially the water supply of the community after it has been used in a variety of applications.
From the standpoint of sources of generation, wastewater may be defined as a combination of the liquid or
water-carried wastes removed from residences, institutions, commercial and industrial establishments, together
with such groundwater, surfacewater and stromwater as may be present. This waste water through sewer comes
to the sewage treatment plant so that parameters are reduced and treated wastewater be disposed into water or
land. For treating the sewage UASB( UP FLOW ANAEROBIC SLUDGE BLANKET) and SBR(SEQUENCING
BATCH REACTOR) technologies are mostly used.
All the parameters of these samples were analyzed using standard methods prescribed in “Standard methods for
examination of water and wastewater”. It was observed that pH & temperature values at outlet by both the
processes are almost same. Reading were taking on two consecutive days and value of Biochemical Oxygen
Demand by UASB process was 32, 32mg/l and by SBR process was 11, 16mg/l. Chemical oxygen Demand by
UASB process was 112, 96mg/l and by SBR process was 32, 34mg/l. Total Suspended Solids by UASB process
was 58, 44mg/l and by SBR process was 10, 12mg/l. Both the processes were used for treating the wastewater
and the SBR process showed better results as comparative to UASB.
Recycling of water water into drinking waterAshutosh Singh
How to convert waste water into drinking water. There are some technology are given and the time line of projects.
If any one wants it's synopsis report contact me on 9628656548 whatsapp
Dissertation ppt biostimulation- a potential practice for wastewater treaat...Sumer Pankaj
Phycoremediation is a green technology that supports the direct use of living green microalgae for in situ, or in place removal, degradation, of contaminants in soils, sludge, sediments, surface water and ground waters by the mechanisms of bio-transformation, bio-accumulation, bio-concentration, bio-sparging.
It can be said by the current study that microalgae has a great potential for the treatment of industrial and municipal wastewaters as compared to the chemical treatments available commercially. Biological systems are much more efficient in cleaning the excess nutrients from the waste water followed by generation of valuable biomass which can be applied in the food, fertilizer, energy production as use of inorganic chemicals like lime and ferrous sulphate generates huge amount of sludge in textile industries, but on the other hand static anaerobic treatment using acclimatized MLSS gives better colour reduction with zero sludge generation. Microalgal cells can be used in free form to treat waste waters containing high C.O.D., high ammonical nitrogen and high TDS. It not only provides a better reduction of chemicals from wastewaters but it also helps to reduce the operational cost of ETP. Microalgaes not only helps to remediate industrial waste waters but also to treat sweage water and to restore natural water bodies like lakes and ponds. As they are active in remediating the chemicals but also it shows an antagonistic effect against some pathogenic germs like total coliforms and fecal coliforms.
These microalgal cells can also be combined with bacterial biomass of activated sludge process to develop an Algal-Bacterial consortium (ALBA) for better enhancement in the reduction of chemicals from the wastewaters as this symbiotic relation of algae and bacteria provides high satiability of the microalgae along with MLSS and faceable in terms of price and economy for instance the bacterial biomass provides carbon dioxide to algal cells for photosynthesis and in return the bacteria acquires oxygen from algae. The harvested biomass from the ETP’s can be used as bio-fertilizers as it consists of appropriate ratio of vital macro and micro nutrients like N,P,K etc. which enhance the growth of plantlets. It can also be used as aqua feeds for shrimps, fishes and molluscs. Furthermore these microlgal cells are non-toxic in the environment as it becomes a part of food chain and do not cause eutrophication. Therefore, micro-algal based treatment is most suitable for the treating the waste waters and restoring the natural water bodies as compared to other chemical treatments.
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Learn about:
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• Test Automation: How AI-powered test case generation, optimization, and self-healing tests are making testing more efficient and effective.
• Visual Testing: Explore the emerging capabilities of AI in visual testing and how it's set to revolutionize UI verification.
• Inflectra's AI Solutions: See demonstrations of Inflectra's cutting-edge AI tools like the ChatGPT plugin and Azure Open AI platform, designed to streamline your testing process.
Whether you're a developer, tester, or QA professional, this webinar will give you valuable insights into how AI is shaping the future of software delivery.
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Sectoral targets and attacks as well as the cost of ransom
Global APT activity, AI usage, actor and tactic profiles, and implications
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-------------------------------------------
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2. Profile and Capabilities
Pratiks Enviro Solution (PES) Established in the Year 2013
PES offers customized Environmental services guiding the Client to choose the Right way to treat fresh water, waste
water & water bodies using cost effective and environmentally friendly technologies.
Managed by Environmental Care Professionals with collective experience of 15 years .
World Class RRR(Repair, Restore, Renovate) consultation for water bodies and advance applications for waste water
treatment Services are available at affordable Cost.
Provides environmental friendly Solutions to all types of Water body Restoration and its sewage related Problems.
PES have proven capabilities in networking, organizing and Managing multi-disciplinary teams of both Local and
International Experts
3. Our Services are
Water & Waste Water Management Services
Bio remediation technology to treat polluted Water Bodies- open ponds, lakes and river
Consultation for the water management – comprises of Hydrogeological survey, Assessment of ground water
quality, design appropriate technologies for WTP. And Design a STP treated water effective recharging
system.
Sewage Treatment Plant (STP) for industries and Housing Properties
Effluent Treatment Plants(ETP) for Manufacturing, chemical & process industries.
RCC precast Bio Septic Tank installation for Residential colonies and commercial establishments.
Compact Sewage Treatment Plant
STP-without electricity and maintenance – Unique design of USAB reactors(Anaerobic STP)
Bio Toilets
Rain Water Harvesting
Services
4. ETP & STP
• Madras Radiators &Pressings India Ltd,
Kavarapettai site Inauguration photos
– STP & ETP Treated water converted
into DM water for factory reuse – 65
KLD plant (TDS below 2)
8. Treated sewage water - 50 KLD & 100 KLD
Deeksha college & Shanti Niketan School - Bangalore
9. STP (USAB)Treated water test lab
report
Sl. Tolerance limits
for Treated
Outlet as per
TNPCB
TEST METHOD
No PARAMETERS UNIT RESULTS
1 pH value at 25
o
C - 7.56 5.5 to 9.0 APHA 23
rd
Edn :2017
4500 H
+
B
2 Total Suspended
Solids
mg/l 8 30 IS:3025: P.17:1984:R.2012
3 Total Dissolved
Solids
mg/l 1200 2100 IS 3025:P.16:1984:R.2012
4 COD mg/l 64 250 APHA 23
rd
Edn :2017
5220 B
5 BOD at 27
o
C for
3 days
mg/l 7 20 IS: 3025 P. 44 1993 R. 2009
6 Chlorides as Cl mg/l 341 1000 APHA 23
rd
Edn :2017
4500 Cl
-
B
7 Sulphates as
SO4
mg/l 66 1000 APHA 23
rd
Edn :2017
4500 SO4
2-
E
8 Oil & Grease mg/l <1.0 10 IS 3025 P.39 1991 R.2009
12. Bioremediation of Water Bodies
Bioremediation means to use a biological remedy
to abate or clean up contamination.
This process uses no chemicals, non toxic and It
can allow waste to be recycled.
introduction of live bio materials in to the water
bodies i.e. Microorganisms Involved in
Bioremediation Process
This is a uniquely cost effective solution for
contaminated waste.
Bioremediation
13. Bioremediation of Water Bodies
All types and sizes of contaminated water bodies
can be treated and restored using bio-remediation
process
According to the sizes and area, the volume of
capsules/ Microorganisms shall vary. Some times
additives may also required to boost the process.
There are many methods Involved in Treatment of
Waste Materials in water bodies using
bioremediation.
Bioremediation
15. Introduction
Madipakkam Lake which is heavily polluted due to
Sewage inflow and solid waste dumping in the lake
which result in proliferation of green Algae &
Cyanobacteria (Blue Green Algae).
In the Lake green algae consumes more oxygen
and grows in the water hence fishes will not get
the oxygen results in fish deaths.
These are generally due to low Dissolved Oxygen
in the lake which will result in bad odor &
mosquitoes breeding.
Madipakkam Lake Restoration Project
16. Introduction
Madipakkam Lake which is heavily polluted due to
Sewage inflow and solid waste dumping in the lake
which result in proliferation of green Algae &
Cyanobacteria (Blue Green Algae).
In the Lake green algae consumes more oxygen
and grows in the water hence fishes will not get
the oxygen results in fish deaths.
These are generally due to low Dissolved Oxygen
in the lake which will result in bad odor &
mosquitoes breeding.
Madipakkam Lake Restoration Project
17. Technology
Diatom Algae are a major group of algae.
They are different from other algae such as
Cyanobacteria (Blue Green Algae) and Green
Algae.
Diatoms are responsible for about 25% of all
oxygen in the atmosphere and 50% of the food in
the oceans.
Diatoms are at the bottom of the marine food
chain and are consumed by Zooplankton and these
by Fish.
Diatoms increase the dissolved oxygen level of
water rapidly.
We cause a bloom of diatoms using our advance
bio-remediation technology.
Technology Application
18. Function
Bio remediation triggers an organic process.
These are the micro nutrients required by Diatom
Algae and that are not generally present in water
in adequate quantity.
Diatoms are the only phytoplankton that have a
silica body and hence Diatoms bloom when Bio
remediation is used. They out compete other
phytoplankton and hence dominate the water
body.
Polluted water contains Carbon, Nitrogen and
Phosphorus and these are the macro nutrients
required by plants and phytoplankton.
When Silica and micro nutrients are provided in
addition to the macro nutrients already available
Diatoms bloom rapidly.
Function of Bioremediation
21. Final desirable D.O level achieved through bio
remediation
Saved thousand of fishes and now fishes are
breathing easily & grow in the lake with clear &
odourless water.
Handed over the project to the concerned
authorities for regular maintenance.
Newspaper Article
After Restoration
Project Completed in 4 Days
24. We implement projects basis on the following sequences
Initial Survey to access the level of water contamination and water sampling for lab test.
Submit initial project report with minimal cost.
Detailed Survey/Site Investigation with Monitoring and testing Instruments (After Approval for
project)
Submit Detail Project Report (DPR)
Execution of project.
Operation & Maintenance (O & M) contract & further handed over the project to the concerned
authorities for regular maintenance.
Services
25. Thank You..
C o n t a c t s :
p r a t i k s e n v i r o s o l u t i o n s @ g m a i l . c o m
w w w . p r a t i k s e n v i r o s o l u t i o n . c o m
M + 9 1 9 5 5 1 2 6 1 1 5 4 / 9 8 4 0 4 7 1 1 5 4