Water Audits & Total Water Management
Plant-wide balances, demand and loss assessment, utility review, reuse opportunities and implementation roadmaps.
About YWT India
Knowledge that turns industry challenges into engineered solutions.
YWT India develops and delivers integrated water, wastewater, membrane separation, ultrapure water, recycling, recovery, cooling and critical utility solutions—from process definition and engineering to commissioning and ongoing support.
Explore Our Projects Connect With YWT IndiaWho We Are
Knowledge moves industry forward. Innovation turns that knowledge into measurable performance.
YWT India is an industrial water and environmental engineering company. We address the complete journey of water through a facility—from source, storage and treatment to process use, utilities, wastewater, recycling, recovery and final residual management.
Our role is not limited to supplying equipment. We first establish the process requirement, operating variability, water-quality objective, compliance obligations, available utilities and site constraints. The treatment route is then engineered around the required result.
YWT combines in-house process understanding with multidisciplinary engineering, project execution, specialist technologies, treatment chemistry and operating support. This creates continuity from the original design basis through the working life of the plant.
SourceIntake, storage and water balance
TreatRaw, process and high-purity water
UseProduction, cooling, steam and utilities
RecoverSegregation, purification and reuse
ConcentrateZLD, MEE, MVR and recovery
SupportOperations, chemistry and improvement
Integrated Capability
01 / WATER MANAGEMENT
02 / MEMBRANES & UPW
03 / WASTEWATER
04 / RECOVERY
05 / CRITICAL UTILITIES
06 / LIFECYCLE SUPPORT
07 / RESOURCE RECOVERY
08 / INNOVATION
More than treatment equipment
YWT brings together the technical and execution capabilities needed to develop a reliable facility rather than a collection of disconnected packages.
Membrane Systems & Ultrapure Water
MF, UF, NF, RO, MBR, EDI, ion exchange and polishing for process water, reuse, selective separation and high-purity manufacturing.
ETP, STP, Recycle & Reuse
Segregated industrial and sanitary treatment trains, biological systems, tertiary polishing and fit-for-purpose reuse.
ZLD, Concentration & Product Recovery
Membrane concentration, MEE, MVR, crystallisation, ATFD and recoverable product or water streams.
Cooling, HVAC & Utility Systems
Cooling towers, cooling circuits, chillers, heat-rejection systems and facility-critical utility integration.
Chemistry, Operations & Aftermarket
Treatment chemicals, start-up, cleaning, passivation, manpower, EHS support, spares, consumables and optimisation.
Biogas & Organic-Waste Projects
Project capability covering organic-waste conditioning, anaerobic treatment, biogas generation, gas handling and integration with wastewater and residual-management systems.
Applied Innovation & Technology Development
Pilot-led process development, advanced oxidation, enzymolysis, electrocoagulation, activated aeration, high-recovery RO and modular treatment concepts.
A Defining YWT Capability
Membranes, ultrapure water and applied innovation
Our membrane business extends from conventional water treatment to demanding industrial separations. YWT evaluates the feed, separation objective, membrane compatibility, recovery, fouling risk, cleaning philosophy and lifecycle requirement before selecting the process.
Expertise across membrane classes
Systems for clarification, desalination, reuse, concentration, biological separation and selective recovery—engineered around the duty rather than a single membrane product.
MFUFNFROMBREDISpecialty Membranes
UPW for critical manufacturing
Integrated pretreatment, membrane separation, demineralisation, polishing, storage and distribution concepts for semiconductor, solar, electronics, pharmaceutical and other quality-critical facilities.
Low ConductivityTOC ControlSilica ControlParticle ControlFinal Polishing
Solutions beyond conventional treatment
High-recovery single-stage RO, membranes for acidic, alkaline and solvent-bearing streams, selective separation, product recovery and advanced treatment routes developed through validation and piloting.
AcidAlkaliSolventHigh RecoveryProduct RecoveryPilot Validation
Our approach: membrane material, configuration and operating envelope are selected only after feed-specific compatibility and performance assessment—particularly for acids, alkalis, solvents and complex industrial streams.
Knowledge That Turns The Industry
One plant at the centre of interconnected responsibilities
The YWT lotus expresses how industrial performance must connect water and wastewater, cooling, power and energy with environmental responsibility. Knowledge and ethical engineering hold these interfaces together.
IntegrityTransparent scope, assumptions, responsibilities and performance boundaries.
SafetyEngineering and execution that recognise people, plant and environmental risk.
SustainabilityWater recovery, resource efficiency, energy awareness and responsible residual management.
AccountabilityDecisions supported by evidence, documentation and measurable operating outcomes.
How We Work
A controlled path from unresolved problem to operating plant
Scope, design basis, customer inputs, battery limits and acceptance criteria are established before execution.
01UnderstandCharacterise the water, process, site and operating challenge.
02ValidateUse laboratory, pilot or field evidence where performance is feed-specific.
03EngineerDevelop balances, treatment route, equipment and multidisciplinary interfaces.
04DeliverProcure, fabricate, construct, install, integrate and commission.
05SupportTrain, operate, monitor, troubleshoot and continuously improve.
Partners & Promoter Ecosystem
Specialist organisations connected through one engineering purpose
YWT India is supported by a network of partners, associates and promoter-group capabilities spanning technology, chemical manufacturing, cooling towers, HVAC, fabrication and project execution.
This ecosystem allows YWT to bring the appropriate specialist into a project while retaining a common process basis, clearly defined interfaces and coordinated delivery.
Each collaboration is applied according to the project requirement, agreed scope and performance responsibility.
01
YWCTIndustrial cooling towers, cooling-water circuits, upgrades and field-erected cooling solutions.
02
Meliorate EngineersCollaborative capability for FSTP, decentralised treatment and applicable environmental projects.
03
HumidistEnergy-efficient air-handling, humidity management, HVAC and critical air-side utility solutions.
04
Everest Engineering & Allied Products Pvt. Ltd.Promoter-group capability supporting fabrication, structural and mechanical work, equipment integration and project execution.
People & Culture
Experience leads. Multidisciplinary teams deliver.
YWT's capability is built around people who understand process, water chemistry, membranes, equipment, automation, construction, validation and plant operation - and who work across disciplines to solve the complete problem.
TECHNOLOGY & PROCESS LEADERSHIP
Dr. Shivenrao
Dr. Shivenrao holds a doctorate in membranes and brings wide experience in facility design engineering, process engineering, polymers, filtration and separation, with particular depth in pharmaceutical and semiconductor-grade water.
His experience spans turnkey systems, ultrapure and purified water, wastewater and ZLD, product recovery, process piping, validation, documentation, audits and system integration.
His work anchors YWT's culture of knowledge-led, application-specific engineering.
Process & MembranesWater chemistry, MF/UF/NF/RO/MBR, high recovery, selective separation and process validation.
Engineering & AutomationProcess, mechanical, piping, electrical, instrumentation, control and multidisciplinary integration.
Projects & EHSCivil, structural, installation, construction coordination, safety and accountable site execution.
Operations & ServiceStart-up, passivation, cleaning, manpower, performance monitoring, troubleshooting and 24 x 7 support.
Proactive
Transparent
Flexible
Creative
Reliable
Experience & Professional Credentials
CORE KNOWLEDGE AREAS
Knowledge tested in regulated and quality-critical environments
YWT's technical leadership carries direct experience in pharmaceutical water, validation and regulatory-facing projects. The references below represent professional experience and project validation evidence; they are not presented as corporate accreditations.
VALIDATED PHARMA WATER
Regulatory-facing system experience
A purified-water system designed and validated by Dr. Shivenrao was subsequently audited and accepted during a USFDA inspection at the user facility.
TECHNICAL LEADERSHIP
Pharmaceutical water knowledge sharing
Invited presentation at a Siemens Water Technologies seminar on pharmaceutical-water purification, covering storage and distribution-system design.
From design basis to documented performance
Purified and ultrapure water, semiconductor-grade water, storage and distribution loops, sanitisation, CIP/COP, validation documentation, GMP and water audits, automation and system integration.
References are shown to demonstrate relevant professional and project experience. Regulatory acceptance applies to the referenced systems and facilities, not as a blanket certification of every YWT system.
Industries We Support
Experience across water-intensive and quality-critical facilities
Pharmaceuticals
Chemicals
Steel & Metals
Food & Dairy
Sugar & Distillery
Semiconductor
Solar Manufacturing
Data Centres
Power & Utilities
Biogas & Waste-to-Resource
Why YWT
Knowledge, responsibility and peace of mind
Our purpose is to improve industrial water efficiency and reliability while maintaining safety, ecological balance and cost effectiveness. We apply advanced technology, scientifically supported methods and experienced engineering to each operating challenge.
Integrity & ReliabilityClear scope, transparent assumptions and engineering decisions supported by evidence.
ProfessionalismMultidisciplinary responsibility from process definition through execution and support.
Energy & Water EfficiencyLower water loss, improved recovery and attention to lifecycle energy and operating cost.
InnovationTechnology selection, piloting and development for conventional as well as difficult applications.
Peace of MindPractical systems, accountable delivery and long-term technical support for dependable plant performance.
