Chapter 01 · Company Overview

JIGISHA
ENVIROCARE
Pvt. Ltd.

Jigisha Envirocare Pvt. Ltd. is the dedicated environmental technology and sustainability solutions subsidiary of the Jigisha Group — built to deliver transformative environmental services, technology, and consulting across India and global markets through 2025–2035.

Company Vision

From compliance to regeneration

A high-impact environmental solutions platform combining consulting, technology, finance and global delivery infrastructure.

Jigisha Envirocare - Protecting the Planet

🌍 Forest Restoration & Natural Capital — Protecting Our Planet, One Solution at a Time

Brand Identity

OUR MISSION

"Deliver innovative environmental consultancy, technology, and services that promote sustainable development and circular economy at a global scale."

Founded as part of the Jigisha Group's 19+ subsidiary ecosystem, Jigisha Envirocare Pvt. Ltd. operates at the intersection of environmental science, engineering technology, and financial innovation — providing the full spectrum of services required for industries, municipalities, and corporations to achieve genuine, measurable, and verifiable environmental compliance and net-zero transformation.

IndiaMEASE Asia Latin AmericaEastern Europe 2025–2035 Roadmap

Green Infrastructure Vision

BUILDING A GREEN FUTURE

Jigisha Envirocare envisions a world where industrial growth and environmental responsibility are not in conflict, but are deeply intertwined. Every factory can be zero-liquid-discharge. Every city can have clean air. Every unit of agricultural waste can become clean energy and organic fertilizer. Our role is to make that vision an engineered, financed, and operated reality — city by city, industry by industry, ecosystem by ecosystem.

🌍 Global Presence

Operations across 5 major regions: India, MEA, Southeast Asia, Latin America, Eastern Europe — with a unified technology and consulting delivery platform.

⚙️ Technology-Led

IoT sensors, AI-powered monitoring, PFAS remediation modules, ZLD systems, and digital environmental dashboards at the core of every engagement.

🏙️ Renewable Infrastructure — Clean Power, Green Cities & Sustainable Operations

Corporate Identity & Strategy

WHO WE ARE

Jigisha Envirocare Pvt. Ltd. (JEPL) is the environmental technology, consulting, and sustainability solutions arm of the Jigisha Group of Companies — operating under the flagship holding entity Jigisha Infotech Pvt. Ltd. (JIPL). JEPL's creation reflects the Jigisha Group's conviction that environmental sustainability is not merely a compliance obligation but a massive, multi-decade commercial opportunity that rewards companies with deep technical capability, financing innovation, and global delivery infrastructure.

JEPL combines four competitive advantages that most environmental services firms lack: (1) the environmental science and engineering expertise of a specialist consultancy; (2) the manufacturing and technology integration capability to deploy modular water, air, and waste treatment systems at scale; (3) the financial innovation to structure carbon credit monetisation, payment-for-ecosystem-services (PES), and green finance instruments that reduce client CAPEX; and (4) the global reach of Jigisha International's 180+ country network to deliver projects in MENA, Africa, Southeast Asia, Latin America, and Eastern Europe.

The company's service portfolio spans the complete environmental value chain — from pre-project Environmental Impact Assessments (EIA) and regulatory permitting, through technology deployment (wastewater treatment, air pollution control, PFAS remediation), to post-implementation monitoring (IoT sensor networks, real-time dashboards), carbon credit generation, and ESG reporting — making JEPL the single-window environmental solutions partner for large-scale industrial and public-sector clients.

JEPL's strategy for 2025–2035 is built on six converging trends: escalating global environmental regulation, corporate ESG disclosure mandates, the PFAS contamination crisis ($250B+ remediation market), growing demand for industrial Zero-Liquid Discharge systems, the explosive growth of the voluntary carbon market, and India's ambitious smart city, clean energy, and industrial corridor programmes that require world-class environmental management to proceed legally and sustainably.

Ecosystem Advantage

JIGISHA GROUP SYNERGY

Jigisha Envirocare is uniquely positioned by its integration within the Jigisha Group's 19-subsidiary ecosystem — drawing on engineering (Jigisha Engineering), electrical systems (JEEPL), digital platforms (Jigisha Infotech), international commerce (Jigisha International), agri-energy (Jigisha Agro Bio-CNG), and project finance (Jigisha Infin).

🏗️ Jigisha Engineering

Civil and mechanical engineering capability for constructing wastewater treatment plants, Bio-CNG facilities, air pollution control units, and ZLD plant infrastructure — enabling turnkey EPC delivery for environmental projects of any scale.

Wastewater plant civil construction
Bio-CNG plant EPC delivery
ZLD system mechanical installation
HAZOP and safety review integration

💻 Jigisha Infotech

Develops the IoT sensor platforms, real-time environmental monitoring dashboards, AI-powered emission prediction models, and digital twin systems that transform raw sensor data into actionable environmental compliance intelligence.

Real-time air/water quality dashboards
AI-based emission forecasting
Digital twin for treatment plants
Carbon tracking & reporting SaaS

🌍 Jigisha International

Provides cross-border project delivery capability, international tender participation, government-to-government environmental programme facilitation, and access to EU, World Bank, ADB, and UN-funded environmental project opportunities across 180+ countries.

MENA environmental EPC projects
Africa off-grid clean water delivery
World Bank/ADB funded programmes
Carbon credit international trading

19+

Group Subsidiaries

All supporting JEPL projects

180+

Countries via JIPL

Global project delivery

₹550Cr+

Revenue Target (2035)

Consolidated turnover

Target Regions

India, MEA, SE Asia, LATAM, EU

Chapter 02 · Environmental Consulting

ENVIRONMENTAL
CONSULTING
& Compliance

JEPL's Environmental Consulting & Compliance division is the foundation of every client relationship — providing rigorous scientific assessments, regulatory compliance management, and strategic sustainability advisory that protects clients from regulatory risk while positioning them for long-term environmental leadership.

Environmental consultants reviewing plans

Consulting Desk

Compliance intelligence before project risk

EIA, permitting, audits, ESG due diligence and climate resilience planning built into one advisory workflow.

Core Service

EIA & Due Diligence

Comprehensive Environmental Impact Assessments for industrial, infrastructure, and real estate projects

Regulatory

Permitting & Compliance

Air, water, soil permits and ongoing compliance management across all regulatory frameworks

ESG & Sustainability

ESG Audits & Reporting

Third-party verified ESG audits, sustainability reports, and net-zero strategy development

Consulting Services Portfolio

ENVIRONMENTAL CONSULTING SERVICES

📋

ENVIRONMENTAL IMPACT ASSESSMENT (EIA)

Comprehensive EIAs for industrial facilities, infrastructure projects, mining operations, and real estate developments — covering baseline studies, impact prediction, mitigation measures, and public consultation management per MoEF&CC norms and international standards (IFC PS, ESIA).

Scoping, baseline surveys, impact matrix preparation
Air quality, water, noise, ecology, socio-economic studies
Environmental Management Plan (EMP) development
Public hearing support and stakeholder engagement
MoEF&CC, State Pollution Control Board approvals
IFC Performance Standards compliance (international projects)
ESIA for World Bank/ADB funded infrastructure

MoEF&CCSPCBIFC PSESIA

⚖️

PERMITTING & COMPLIANCE MANAGEMENT

End-to-end regulatory permitting and ongoing compliance management for all environmental consents — air emissions, effluent discharge, hazardous waste handling, noise, and green building certifications — reducing legal exposure and inspection risk for industrial operators.

Consent to Establish (CTE) and Consent to Operate (CTO)
Stack emission testing & compliance reporting
CEMS (Continuous Emission Monitoring) installation
Effluent Quality Monitoring & NORMS compliance
Hazardous waste licensing (HWMH Rules 2016)
Environment Statement submission (Form V)
Green Building: LEED, GRIHA, EDGE certification support

CTE/CTOCEMSLEED/GRIHA

🔬

MONITORING, TESTING & ENVIRONMENTAL AUDITS

Comprehensive environmental monitoring and testing services — stack emission testing, ambient air quality monitoring, effluent characterisation, soil contamination assessment, groundwater quality surveys, noise mapping, and periodic third-party environmental audits with NABL-referenced laboratory analysis.

Stack emission testing (PM, SO₂, NOₓ, HCl, HF, Hg)
Ambient air quality (NAAQS compliance, PM2.5/PM10, VOC)
Industrial effluent characterisation (all CPCB parameters)
Soil and groundwater contamination mapping
Noise contour mapping and hearing conservation
Third-party environmental audits (manufacturing, mining, ports)
Due diligence audits for M&A transactions

NABLNAAQSDue Diligence

Compliance Framework

REGULATORY COMPLIANCE MATRIX

Compliance Domain	Key Regulations	JEPL Services	Reporting Frequency	Applicable Sectors
Air Quality Compliance	EPA 1986, Air Act 1981, CPCB Standards, NAAQS	Stack testing, CEMS installation, dispersion modelling, compliance reporting	Half-yearly (stack), Quarterly (ambient)	Power, Cement, Steel, Chemicals, Refineries
Water & Effluent	Water Act 1974, CPCB/SPCB effluent standards, NGT orders	ETP design, effluent monitoring, ZLD advisory, discharge consent	Monthly (internal), Quarterly (regulatory)	Textile, Pharma, Food, Tanneries, Electroplating
Hazardous Waste	HW Rules 2016, E-waste Rules, Battery Waste Rules	Waste inventory, licensing, manifest system, disposal tracking	Annual (Form 4), Event-based	All manufacturing industries
Environment Statement	EPA Rule 14 — Form V submission	Annual data compilation, calculation, submission assistance	Annual (30 September)	All Red/Orange category industries
BRSR (ESG Reporting)	SEBI BRSR mandate (Top 1000 listed companies)	Data collection, materiality assessment, report drafting, third-party verification	Annual (integrated with Annual Report)	Listed companies, top 1000 by market cap
EIA Compliance	EIA Notification 2006 & amendments, MoEF&CC	EC monitoring, Half-yearly compliance reports, site inspection facilitation	Half-yearly (EC monitoring report)	Mining, Industry, Infrastructure, Real Estate
Climate Risk (TCFD)	TCFD Framework, RBI Climate Risk Circular	Physical & transition risk assessment, scenario analysis, TCFD report preparation	Annual (with financial disclosure)	Banks, NBFCs, Large Corporates

🌡️ Climate Adaptation & Resilience Planning

JEPL develops comprehensive climate adaptation strategies for industries, cities, and infrastructure projects — identifying physical climate risks (flooding, heat stress, drought), transition risks (carbon pricing, policy change), and designing resilience measures aligned to IPCC scenarios and the Paris Agreement 1.5°C pathway.

TCFD-aligned climate risk assessment
Physical and transition risk quantification
Climate-resilient infrastructure design advisory
Water security planning in stressed basins
Heat stress and urban heat island mitigation

📊 ESG Due Diligence & Strategy

Full-service ESG advisory — from materiality assessment and stakeholder mapping to goal-setting, KPI framework development, supply chain ESG audits, and third-party verified annual ESG reports aligned to GRI, TCFD, BRSR, SASB, CDP, and SBTi standards.

GRI / SASB aligned ESG report preparation
Science-Based Targets initiative (SBTi) goal-setting
Supply chain ESG audit programmes
CDP questionnaire submission support
Sustainability transformation roadmaps

🔍 Environmental Due Diligence (M&A)

Comprehensive environmental due diligence for mergers, acquisitions, and real estate transactions — Phase I and Phase II site assessments identifying contamination liabilities, compliance gaps, future capex obligations, and regulatory risk before transaction closure.

Phase I Environmental Site Assessment (records review)
Phase II Site Investigation (soil/groundwater sampling)
Contamination liability quantification
Regulatory exposure assessment
Remediation cost estimation for deal structuring

Chapter 03 · Environmental Technology

ENVIRONMENTAL
TECHNOLOGY
Solutions

JEPL's Environmental Technology Solutions division deploys engineered systems — wastewater treatment, air pollution control, PFAS remediation, ZLD, desalination, and IoT monitoring — that physically transform contaminated environments into compliant, resource-recovering, and clean infrastructure assets.

Environmental engineering and technology system

Technology Systems

Treatment assets that recover value

Engineered water, air, PFAS, desalination and IoT systems designed for measurable environmental outcomes.

Technology Portfolio

"Environmental technology that doesn't just treat pollution — it recovers resources, generates energy, and creates economic value from what was previously considered waste."

Market Size

Env. Tech Market (2030)	$957B
Water Treatment Mkt	$50.6B
PFAS Remediation	$250B+
CAGR	5.3–7.95%

Technology Portfolio

ENVIRONMENTAL TECHNOLOGY SOLUTIONS

💧

WASTEWATER TREATMENT SYSTEMS

Turnkey design, supply, and commissioning of wastewater treatment plants (WTP/ETP/STP) for municipal, industrial, and remote-site applications — using conventional (ASP, SBR) and advanced (MBR, MBBR) biological treatment technologies combined with tertiary polishing for ZLD or reuse.

Municipal STPs: conventional to advanced MBR (10 KLD–100 MLD)
Industrial ETPs: textile, pharma, food, tannery, electroplating
Packaged plants for remote sites (oil & gas, mining, defence)
MBBR (Moving Bed Biofilm Reactor) for space-constrained sites
SBR (Sequencing Batch Reactor) for variable flow applications
Tertiary treatment: sand filtration, ACF, UV disinfection
AMC/O&M contracts for long-term plant operation

MBRMBBRSBRZLD

🌬️

AIR POLLUTION CONTROL UNITS

Design and deployment of industrial air pollution control systems — from basic particulate matter (PM) capture to complex multi-pollutant abatement for power plants, cement works, and chemical plants — ensuring CPCB/SPCB compliance and meeting NGT emission limits.

Electrostatic Precipitators (ESP): power, cement, steel
Bag filters / fabric filters: fine particulate capture (<10mg/Nm³)
Wet scrubbers: acidic gas (SO₂, HCl, HF, NH₃) abatement
VOC abatement: RTO (Regenerative Thermal Oxidiser), carbon adsorption
Cyclones and multi-clones: coarse PM pre-treatment
CEMS installation: continuous real-time emission monitoring
FGD (Flue Gas Desulfurisation) for coal power plants

ESPFGDRTOCEMS

☣️

PFAS & EMERGING CONTAMINANT REMEDIATION

PFAS (Per- and Polyfluoroalkyl Substances) — "forever chemicals" — represent a $250B+ remediation market driven by regulatory mandates in the US, EU, and now India. JEPL's PFAS remediation module uses advanced treatment technologies to destroy or capture PFAS from groundwater, soil, and industrial effluent.

PFAS site investigation and risk characterisation
Granular Activated Carbon (GAC) filtration for PFAS removal
Ion Exchange Resin (IEX) for low-concentration PFAS capture
Foam Fractionation for PFAS concentration from water
Electrochemical Oxidation (ECO) for PFAS destruction
Soil washing and thermal treatment for soil PFAS
Long-term groundwater monitoring networks

PFASGACECORemediation

Digital Environmental Intelligence

IoT ENVIRONMENTAL SENSORS & REAL-TIME PLATFORMS

Smart Monitoring

JEPL IoT PLATFORM

JEPL's IoT Environmental Monitoring Platform provides real-time, cloud-connected environmental intelligence for industrial facilities, cities, and regulatory compliance — powered by AI analytics, predictive modelling, and automated regulatory reporting.

🌐 Multi-parameter sensors: PM2.5, PM10, SO₂, NOₓ, CO, O₃, VOC
💧 Water quality: DO, BOD, COD, pH, TDS, heavy metals (online)
📡 LoRa/4G/5G mesh connectivity (industrial-grade, IP67)
☁️ Cloud SCADA with AI-powered anomaly detection
📊 Automated CPCB-format compliance reports
🚨 Real-time exceedance alerts (SMS/email/app)
🔮 Predictive emission forecasting (ML models)
🗺️ GIS-based pollution hotspot mapping

CPCB OnlineSCADA 4G/LoRaAI Analytics

Technical Specifications

TECHNOLOGY SYSTEMS — SPECIFICATIONS

Technology System	Capacity Range	Key Technology	Treatment Standard	Applications	JEPL Service Scope
Municipal STP (MBR)	100 KLD – 50 MLD	MBR (Hollow Fiber / Flat Sheet), UV Disinfection	BOD <5 mg/L, TSS <1 mg/L (Tertiary)	Smart cities, housing societies, municipal councils	DPR, design, EPC, O&M, SCADA monitoring
Industrial ETP (ZLD)	10 KLD – 5 MLD	Primary (DAF/Clari-floc) + Biological + RO + MEE	Zero discharge to environment, 100% reuse	Textile, pharma, food, tanneries, dye industry	Technology selection, system design, EPC, ZLD audit
Electrostatic Precipitator	1,000–5,00,000 m³/hr	Dry ESP, Wet ESP, two-stage ESP	PM outlet <50 mg/Nm³ (dry), <20 mg/Nm³ (wet)	Power plants, cement, steel, fertiliser	Design, fabrication, installation, performance guarantee
VOC Abatement (RTO)	5,000–1,00,000 m³/hr	Regenerative Thermal Oxidiser (1 or 3-chamber)	99%+ VOC destruction efficiency, <20 ppm TOC outlet	Chemicals, pharmaceuticals, printing, coating	Engineering, supply, installation, commissioning
PFAS Remediation Unit	10 m³/day – 10,000 m³/day groundwater	GAC + IEX + ECO (Electrochemical Oxidation)	PFAS below US EPA HAL (4 ppt PFAS sum)	Industrial sites, airports, fire-fighting training areas	Site investigation, system design, treatment, monitoring
IoT Monitoring Network	1–500 monitoring nodes	Multi-parameter sensors, LoRa/4G, cloud SCADA	CPCB online monitoring compliance (OCEMS format)	Industries, smart cities, traffic corridors, rivers	Sensor supply, installation, dashboard, reporting, maintenance
Desalination Plant (RO)	100 m³/day – 100 MLD	SWRO / BWRO + energy recovery device	Potable: TDS <500 mg/L, WHO drinking water	Coastal cities, islands, GCC water supply, industry	Feasibility, design, EPC, long-term O&M

Chapter 04 · Waste & Resource Management

WASTE &
RESOURCE
Management

Waste is not a problem to be buried — it is a resource waiting to be recovered. JEPL's Waste & Resource Management division closes the circular economy loop — from solid waste collection and recycling to waste-to-energy conversion, composting, and resource recovery frameworks that generate revenue from what was once a disposal cost.

Circular waste and resource recovery plant

Circular Economy

Waste streams converted into resources

Material recovery, composting, RDF, waste-to-energy, industrial symbiosis and resource monetisation.

Waste Management Services

WASTE & CIRCULAR ECONOMY PORTFOLIO

♻️

SOLID WASTE MANAGEMENT (SWM)

End-to-end solid waste management solutions for municipalities and industries — from waste characterisation and collection system design to processing facility planning, material recovery facility (MRF) setup, and sanitary landfill design with leachate management.

Municipal solid waste (MSW) characterisation studies
Integrated Solid Waste Management (ISWM) plan preparation
Source segregation and door-to-door collection system design
Material Recovery Facility (MRF) design and operations
Engineered sanitary landfill design (lined, with LFG capture)
Leachate treatment system design and commissioning
Door-to-door collection fleet optimisation (GPS-enabled)

⚡

WASTE-TO-ENERGY (WtE) CONVERSION

Converting non-recyclable solid waste into usable energy — through incineration with energy recovery (W-t-E plants), refuse-derived fuel (RDF) production, gasification, and pyrolysis — reducing landfill dependency while generating electricity or heat for industrial use.

W-t-E plant feasibility and DPR preparation
RDF (Refuse Derived Fuel) plant design and commissioning
Gasification systems for biomass and MSW fractions
Pyrolysis for plastics and agri-waste conversion
Landfill gas (LFG) capture, purification, and utilisation
Co-processing in cement kilns (AFR management)
Power Purchase Agreement (PPA) facilitation for WtE output

🌱

COMPOSTING & ORGANIC WASTE RECOVERY

Biological treatment of organic waste streams — through windrow composting, vermi-composting, anaerobic digestion (biogas/Bio-CNG), and liquid organic fertiliser production — creating high-value organic products from kitchen waste, agri-residue, and food processing effluents.

Decentralised composting units (100 kg/day – 10 TPD)
Windrow composting for large-scale municipal organic waste
Vermi-composting systems for high-value organic fertiliser
Biogas plants (anaerobic digestion) for wet organic waste
Bio-CNG plants (see Chapter 05) for agricultural residue
Liquid bio-fertiliser (effluent from digestion) recovery
Certification for compost quality (FCO standards)

Strategic Framework

CIRCULAR ECONOMY CONSULTING FRAMEWORK

JEPL's Circular Economy consulting framework helps industries and municipalities map material flows, identify resource recovery opportunities, design closed-loop systems, and monetise secondary resources — moving from a linear "take-make-dispose" model to a circular model where every output becomes an input.

🗺️ Material Flow Analysis

Comprehensive mapping of all material inputs, products, by-products, and waste streams within an industrial facility or urban system — quantifying mass flows, identifying waste hotspots, and calculating the economic value of currently wasted resources.

Industrial symbiosis opportunity identification
Waste exchange programme design
By-product valorisation pathway assessment
EPR (Extended Producer Responsibility) planning

💰 Resource Recovery Economics

Financial modelling of resource recovery investments — calculating ROI, payback periods, and carbon credit value for waste-to-resource projects — making the business case for circular economy investments compelling for CFOs and boards.

Resource recovery project DPRs
Revenue from secondary material sales
Carbon credit value from waste diversion
Government scheme (MSME, NABARD) utilisation

🏭 Industrial Symbiosis Networks

Facilitating industrial symbiosis — where one company's waste becomes another company's raw material — creating economic value and reducing total waste disposal costs across industrial clusters, SEZs, and industrial parks.

Waste exchange network design
By-product offtake agreement facilitation
Industrial estate waste minimisation plans
Co-processing and AFR programme management

Chapter 05 · Bio-CNG DPR

BIO-CNG
PLANTS
DPR 2025

Jigisha Envirocare's Bio-CNG Plant programme — developed in coordination with Jigisha Agro Industries' Sustainability & Bio-Energy Business Unit — establishes a portfolio of bio-CNG production plants converting agricultural waste into clean compressed natural gas, organic fertiliser, and carbon credits. 22 plants. 360 TPD. ₹101.50 Cr investment. December 2025 DPR.

Drone view of a large biogas and biomethane plant

Bio-CNG Infrastructure

Agri-waste to biomethane at industrial scale

Drone-scale plant imagery reinforces the 22-plant Bio-CNG roadmap, feedstock logistics and clean-fuel vision.

Bio-CNG Technology

"Anaerobic digestion of agricultural residue: 60% agri waste + 40% livestock dung → Biogas → Gas purification (95%+ CH₄) → Compression (20–200 bar) → Bio-CNG for vehicles + Organic compost for farms."

22-Plant Summary

Total Investment	₹101.50 Cr
Aggregate Capacity	360 TPD
5-Year Revenue	₹76.80 Cr
Cumulative Profit	₹8.25+ Cr
Jobs Created	180+ direct
CO₂ Avoided	400K MT/yr

Four Standardised Plant Models

BIO-CNG PLANT FINANCIAL MODELS

TPD Pilot Model

Total CAPEX₹2.80 Cr

Annual OPEX₹2.00 Cr

Land Required1.5 Acres

Year 5 Revenue₹1.68 Cr

Payback Period4.2 Years

IRR28%

Compost/Year1,000 MT

Compost Revenue₹40 Lakh

Year 1 Pilot

TPD Scale-Up Model

Total CAPEX₹5.60 Cr

Annual OPEX₹4.36 Cr

Land Required2.8 Acres

Year 5 Revenue₹4.20 Cr

Payback Period3.8 Years

IRR31%

CNG Price₹20,000–23,000/MT

Vehicles/Day60–80 vehicles

Year 2 Scale-Up

TPD Recommended Focus ★

Total CAPEX₹9.80 Cr

Annual OPEX₹6.17 Cr

Land Required5.0 Acres

Year 5 Revenue₹8.40 Cr

Payback Period3.4 Years

IRR34%

Compost/Year5,475 MT

Compost Revenue₹1.64 Cr

HIGH PROFITABILITY

100

TPD Maximum Returns ★★

Total CAPEX₹16.50 Cr

Annual OPEX₹10.60 Cr

Land Required8.5 Acres

Year 5 Revenue₹16.80 Cr

Payback Period3.1 Years

IRR37%

Compost/Year10,950 MT

Compost Revenue₹2.74 Cr

MAXIMUM RETURNS

Deployment Strategy

5-YEAR PHASED DEPLOYMENT PLAN

Year	Phase	Plant Configuration	Investment	Aggregate Capacity	Cumulative Plants
Year 1	Pilot Phase	1 × 10 TPD plant	₹2.80 Cr	10 TPD	1 plant
Year 2	Scale-Up	2 × 25 TPD + 1 × 10 TPD	₹17.60 Cr (cumulative)	60 TPD	4 plants
Year 3	Expansion	3 × 25 TPD + 2 × 50 TPD	₹27.60 Cr (year 3 addition)	160 TPD	9 plants
Year 4–5	Full Deployment	Mix of 50 TPD + 100 TPD plants	₹53.50 Cr (final phase)	360 TPD	22 plants
TOTAL	Complete Deployment	22 Plants (all models)	₹101.50 Cr	360 TPD	22 Plants

GOVERNMENT SUPPORT & SCHEMES

Scheme	Support	Agency
Pradhan Mantri Bio-CNG	₹5,000–10,000/MT subsidy on Bio-CNG production	MoPNG
Swachh Bharat Mission	Waste management project grants & viability funding	MoHUA
Ministry of Petroleum	Bio-fuel promotion: feed-in tariff, priority grid connection	MoPNG
MNRE GOBARDHAN	Green energy co-pilot grant for biogas/Bio-CNG plants	MNRE
NABARD Soft Loan	4–6% interest soft loans for rural bio-energy projects	NABARD

FINANCING MIX (100 TPD Example)

Equity (Company) ₹4.95 Cr (30%)

Bank Debt ₹7.15 Cr (43%)

Government Subsidy ₹2.75 Cr (17%)

Green Finance ₹1.65 Cr (10%)

Environmental & Social Impact

CUMULATIVE IMPACT — 22 PLANTS, 360 TPD, 5 YEARS

131,400

MT/Year Agri Waste Processed

Eliminating stubble burning in 22 districts

80,000+

Farmers Earning Income

₹80K–2L/year from feedstock supply

400K MT

CO₂ Avoided Per Year

Through bio-energy substitution

50,000 MT

Compost Returned to Farms

Improving soil fertility across regions

360 TPD

Daily Processing Capacity

Full deployment Year 5

180+

Direct Jobs Created

+ 500+ indirect livelihoods

₹76.80 Cr

5-Year Cumulative Revenue

Across all 22 plants

Q3 2026

Pilot Plant Go-Live

Board approval pending

🎯 Phased Rollout Strategy (DPR Recommendation)

Start with 10 TPD pilot (Year 1) for operational learning → scale to 50 TPD (Years 2–3) for rapid market expansion → deploy 100 TPD mega-plants (Years 4–5) for maximum IRR of 37%. This sequencing minimises risk while maximising long-term returns.

Year 1: 10 TPD pilot for operational learning
Years 2–3: 50 TPD plants — high profitability focus
Years 4–5: 100 TPD mega-plants — maximum returns
Parallel technology investment: PSA biogas upgrading, IoT monitoring

📍 Regional Clustering Strategy

Deploy multiple plants in the same district to share infrastructure, reduce overhead costs, and build critical mass for feedstock procurement. Negotiate offtake agreements with state energy departments and cooperative societies to ensure stable Bio-CNG demand and predictable revenue streams.

2–3 plants per district for logistics efficiency
State energy department offtake MOUs
Cooperative society feedstock aggregation agreements
CNG filling station at each plant (60–80 vehicles/day)

BOARD ACTIONS PROPOSED (December 2025 DPR): ✓ Approve ₹101.50 Cr investment commitment ✓ Authorize 5-year deployment across 4 models ✓ Approve Government funding & partnership strategy ✓ Authorize site selection & environmental clearance process. Expected Go-Live: Q3 2026 (Pilot Plant Commissioning).

Chapter 06 · Carbon Finance & ESG

CARBON
FINANCE
& ESG

Carbon finance and ESG advisory are the highest-margin segments of JEPL's portfolio — combining carbon credit origination, verification, and trading with comprehensive corporate ESG strategy, BRSR reporting, science-based target setting, and climate risk advisory to create a multi-stream revenue business anchored in the global sustainability imperative.

Carbon & ESG

Financeable climate outcomes

Carbon credits, ESG reporting, Scope 1-3 inventories, PES frameworks and assurance-ready data systems.

Carbon & ESG Portfolio

CARBON FINANCE & ESG SERVICES

🌍

CARBON CREDIT GENERATION & TRADING

End-to-end carbon credit programme development — from project design document (PDD) preparation and baseline calculation, through third-party verification (Verra VCS, Gold Standard, CDM), to credit issuance, registry management, and voluntary/compliance market trading.

Project Idea Note (PIN) and Project Design Document (PDD)
Baseline emission quantification and additionality demonstration
Verra VCS (Verified Carbon Standard) validation support
Gold Standard certification for community-benefit projects
India Carbon Market (ICM / PAT scheme) advisory
REC (Renewable Energy Certificate) management
Article 6 ITMO (Paris Agreement) project eligibility assessment
Carbon credit portfolio trading and monetisation strategy

VCSGold StandardICMITMO

📊

ESG STRATEGY & SUSTAINABILITY REPORTING

Full-service ESG strategy and reporting — from materiality assessment and stakeholder mapping to goal-setting, KPI framework development, supply chain ESG audits, and third-party verified annual sustainability reports aligned to global frameworks mandatory for listed companies and large borrowers.

BRSR (Business Responsibility & Sustainability Report) — SEBI mandatory
GRI Standards aligned sustainability report
SASB industry-specific disclosure metrics
CDP (Carbon Disclosure Project) questionnaire — all modules
SBTi (Science Based Targets initiative) goal setting
TCFD climate risk disclosure
Scope 1, 2 and 3 GHG inventory (ISO 14064)
Third-party assurance (limited/reasonable assurance)

BRSRGRISBTiTCFD

💰

PAYMENT FOR ECOSYSTEM SERVICES (PES)

Designing and structuring Payment for Ecosystem Services (PES) frameworks — where beneficiaries of environmental services (clean water, biodiversity, carbon sequestration) compensate the stewards of those services — creating sustainable financing for conservation and green infrastructure projects.

Watershed PES scheme design (upstream-downstream)
Forest carbon project development (REDD+, ARR)
Blue carbon (mangrove, seagrass) project development
Biodiversity offsets and net positive biodiversity planning
Agricultural soil carbon sequestration programmes
Green finance structuring: green bonds, sustainability-linked loans
Environmental fund management & governance frameworks

REDD+Blue CarbonGreen Bonds

Carbon Market Intelligence

GLOBAL CARBON MARKET OPPORTUNITY

Market Segment	2024 Market Size	2030 Projection	Key Drivers	JEPL Opportunity
Voluntary Carbon Market (VCM)	$2B (credits retired)	$50–100B	Corporate net-zero commitments, RE100, SBTi targets	Credit origination from Bio-CNG, WtE, PFAS avoided emissions
India PAT Carbon Market	₹2,000–5,000 Cr	Growing with ICM expansion	SEBI-approved ICM, BEE PAT scheme Phase VII	Energy efficiency project credits for industrial clients
REDD+ Forestry Carbon	$300M annually	$5–10B	Forest nations' NDCs, biodiversity convention	PES framework design for state forest departments
Blue Carbon	Early market <$50M	$1–5B by 2030	Mangrove restoration mandates, coastal biodiversity	India's 4,975 km coastline mangrove restoration projects
Soil Carbon	Emerging <$100M	$3B+ by 2030	Regenerative agriculture, FAO soil health agenda	Agricultural carbon with Jigisha Agro Fusion platform
Article 6 ITMOs	Pilot phase	$50B+ by 2030	Post-COP Paris Article 6.2/6.4 rulebook	India-MEA bilateral carbon deals via Jigisha International

Chapter 07 · Water Solutions

WATER
SOLUTIONS
ZLD & Beyond

Water is the most critical environmental resource of the 21st century. JEPL's Water Solutions division addresses the full spectrum of industrial and municipal water challenges — from Zero-Liquid Discharge (ZLD) systems for industrial compliance, through desalination for water-scarce regions, to smart water management using IoT and AI for efficient resource use.

Water treatment infrastructure and clean water

Water Solutions

Zero discharge and water security

ZLD, desalination, smart water networks and reuse systems for cities, industries and arid regions.

Industrial

Zero Liquid Discharge

100% effluent recovery — MBR + RO + MEE/ATFD for textile, pharmaceutical, and food industries

Water Security

Desalination Systems

SWRO/BWRO for arid regions — 100 m³/day to 100 MLD for coastal cities and industrial water security

Smart Infrastructure

Smart Water Networks

IoT-enabled pressure management, NRW reduction, real-time quality monitoring for city water systems

Water Technology Solutions

WATER SOLUTIONS PORTFOLIO

🔄

ZERO LIQUID DISCHARGE (ZLD)

ZLD systems achieve 100% effluent recovery — ensuring zero discharge to the environment while recovering high-quality water for reuse and salts for commercial sale or safe disposal. JEPL designs ZLD systems for India's most water-stressed industrial sectors.

Primary treatment: clarification, DAF (Dissolved Air Flotation)
Biological treatment: ASP, SBR, MBR
Membrane filtration: UF + RO (primary and secondary)
Brine concentration: MEE (Multi-Effect Evaporator)
Crystallisation: ATFD (Agitated Thin Film Dryer) for salt recovery
Solar evaporation ponds for final brine disposal
Recovered salt quality analysis and market placement

MBR+ROMEEATFDZLD

⚗️ Industrial ZLD Applications

Textile (reactive dye effluent — high colour, TDS)
Pharmaceuticals (high COD, API traces)
Food & Beverages (high BOD, suspended solids)
Tanneries (high Cr, sulphide, TDS)
Electroplating (heavy metals — Cr, Ni, Cu, Zn)
Power plants (cooling water blow-down, ash leachate)
Mining (acid mine drainage, process effluent)

🌊

DESALINATION FOR ARID REGIONS

Seawater and brackish water reverse osmosis (SWRO/BWRO) desalination plants for water-scarce regions — from small-scale community systems to large utility-scale plants for Indian coastal cities, Gulf region water security, and remote industrial sites.

SWRO plants: 500 m³/day to 100 MLD
Energy Recovery Device (ERD) for energy efficiency
BWRO for inland brackish groundwater
Solar-powered desalination for remote communities
Hybrid SWRO + thermal (MED/MSF) for GCC
Post-treatment: remineralisation for potable water
Brine management and marine discharge impact assessment

SWROBWROSolar RO

📡 Smart Water Management (IoT)

Smart meters and pressure management (NRW reduction)
Online water quality monitoring (turbidity, chlorine, pH)
SCADA-based water distribution network control
Leak detection and pipe condition monitoring
Predictive maintenance for pumps and motors
Digital twin for water treatment plant optimisation

Chapter 08 · Industry Sectors

INDUSTRY
SECTORS
& Markets

Jigisha Envirocare serves a diverse portfolio of industrial sectors, public agencies, and corporate clients — each with specific environmental compliance requirements, technology needs, and sustainability transformation aspirations. Our sector expertise enables us to deliver targeted, cost-effective solutions.

Renewable energy infrastructure across industries

Sector Playbook

Specialised verticals for each client type

From power and manufacturing to airports, railways, smart cities and corporate ESG programmes.

Sector Coverage

SPECIALIZED SECTOR VERTICALS

⚡

Power & Energy

ESP, FGD, ash handling, cooling tower effluent, CEA compliance, coal power to solar transition EIA

🏭

Manufacturing

ETP/ZLD systems, air pollution control, chemical management, ISO 14001, EPR compliance

🏗️

Construction

EIA for real estate/infra, C&D waste management, LEED/GRIHA green building, construction dust control

🛢️

Oil & Gas

ESIA for E&P, PFAS remediation at refineries, produced water treatment, flare minimisation

🏙️

Smart Cities

SWM systems, STPs, smart water networks, air quality networks, EV charging EIA, urban heat island mitigation

🚂

Railways

Metro EIA, railway station STP/waste management, track-side noise barriers, green station certification

✈️

Airports

PFAS groundwater (AFFF firefighting foam), noise mapping, EIA for runway expansion, waste management

🏢

Corporate ESG

BRSR/GRI/TCFD reporting, SBTi goal-setting, scope 1/2/3 inventory, net-zero transformation roadmap

Geographic Strategy

GLOBAL TARGET MARKETS

Region	Key Countries	Priority Services	Market Driver	Entry Strategy	Revenue Target (5yr)
India (Primary)	All states; Smart Cities; Industrial Corridors; NE India	EIA, ZLD, ESG, Bio-CNG, Smart Water, Air Pollution, Carbon Credits	SPCB enforcement, NGT orders, Smart City Mission, BRSR mandate	Direct sales + Jigisha Group subsidiaries	₹200 Cr+
Middle East & Africa (MEA)	UAE, Saudi Arabia, Qatar, Kenya, Nigeria, Ethiopia	Desalination, wastewater reuse, ESG advisory, carbon finance, air quality	Water scarcity, Vision 2030, Africa SDG water targets	UAE JV (Jigisha International hub), G2G tenders	₹150 Cr+
Southeast Asia	Vietnam, Indonesia, Philippines, Malaysia, Bangladesh	Wastewater treatment (textile/pharma), bio-CNG, solid waste, EIA	Rapid industrialisation, ASEAN environmental standards tightening	Joint ventures with local environmental firms	₹100 Cr+
Latin America	Brazil, Chile, Colombia, Mexico	PFAS remediation, mining wastewater, carbon credits, ESG advisory	PFAS regulatory expansion, mining sector ESG pressure	Carbon-finance backed project entry	₹50 Cr+
Eastern Europe	Poland, Romania, Czech Republic, Hungary	PFAS cleanup (EU regulatory mandate), industrial ZLD, carbon trading (EU ETS)	EU PFAS REACH restriction, EU ETS carbon pricing	JV with European remediation firms (technology transfer)	₹50 Cr+

Chapter 09 · Market Intelligence

MARKET
INTELLIGENCE
& Financials

Jigisha Envirocare operates in the world's fastest-growing services sector — global environmental consulting services are projected to nearly double from USD 46.67 billion (2025) to USD 92.85 billion by 2034, at a CAGR of 7.95%, driven by escalating regulation, ESG mandates, and the PFAS remediation crisis.

Market analysis and sustainability finance team

Market Intelligence

Growth numbers translated into strategy

Revenue streams, market size, margin mix, R&D, manufacturing and global expansion planning.

Market Size

GLOBAL ENVIRONMENTAL MARKET OPPORTUNITY

$46.7B

Env. Consulting (2025)

→ $92.85B by 2034

7.95%

Consulting CAGR

2025–2034

$957B

Env. Tech Market (2030)

5.3–5.4% CAGR

$250B+

PFAS Remediation (N. America)

Regulatory mandate driven

$50.6B

Water/Waste Services (2028)

From $35.2B in 2022 (CAGR 6.3%)

$50–100B

Voluntary Carbon Market (2030)

From $2B in 2024

Break-even

FY 2026–27 Projected

R&D + water/sensor investment

₹550Cr+

2035 Revenue Target

Consolidated turnover

Business Plan

FINANCIAL PROJECTIONS FY 2025–2032

Revenue Stream	FY 2025	FY 2026	FY 2027–28	FY 2029–30	FY 2031–32+	Margin
Environmental Consulting & EIA	₹3–5 Cr	₹10–18 Cr	₹30–50 Cr	₹70 Cr	₹120+ Cr	35–45%
Environmental Technology (ETP/ZLD/Air)	₹5–8 Cr	₹20–35 Cr	₹60–100 Cr	₹150 Cr	₹250+ Cr	15–25%
PFAS Remediation (Module)	₹1–2 Cr	₹8–15 Cr	₹30–50 Cr	₹80 Cr	₹150+ Cr	30–40%
Bio-CNG Plant Revenue (22 plants)	₹0.5 Cr	₹5–10 Cr	₹20–40 Cr	₹76.8 Cr	₹120+ Cr	25–35%
Carbon Credits & ESG Advisory	₹1–2 Cr	₹5–10 Cr	₹20–35 Cr	₹60 Cr	₹100+ Cr	40–55%
Water Tech (ZLD/Desalination/Smart)	₹2–4 Cr	₹10–20 Cr	₹40–70 Cr	₹100 Cr	₹160+ Cr	20–30%
IoT Sensor Platform (SaaS)	₹0.5 Cr	₹3–6 Cr	₹15 Cr	₹30 Cr	₹70+ Cr	50–65%
International Projects (MEA/LATAM/EU)	₹1 Cr	₹5–8 Cr	₹20–40 Cr	₹80 Cr	₹150+ Cr	25–35%
TOTAL REVENUE	₹14–22 Cr	₹66–122 Cr	₹235–400 Cr	₹646 Cr	₹1,120 Cr+	28–38% blended

Growth Strategy

FOUR-PILLAR GROWTH STRATEGY

🔬 R&D & Innovation Hub (Bengaluru, 2026)

Dedicated R&D facility for IoT environmental sensor systems, PFAS remediation technology, advanced water treatment, and sustainable energy systems — creating proprietary technology IP that differentiates JEPL from competitors and enables premium pricing on technology-led engagements.

IoT sensor prototyping lab (soil, water, air, noise)
PFAS electrochemical oxidation (ECO) technology development
Sustainable water tech innovation (membrane, bio-electrochemical)
Digital twin and AI/ML environmental modelling
Partnership with IIT Bengaluru, IISC, NEERI

🏭 Manufacturing Units (Bhopal/Noida, 2026–27)

Modular water and air treatment manufacturing plant — enabling JEPL to supply its own technology systems at significantly lower cost than importing foreign equipment, while building a product business alongside the services revenue stream.

Modular packaged ETP/STP units (10 KLD – 1 MLD)
IoT environmental sensor manufacturing
Electrostatic precipitator component fabrication
Bio-CNG plant components (digesters, scrubbers, compressors)
Export of packaged environmental systems to MENA, Africa

💳 Climate Finance Integration

Leverage carbon credit issuance, voluntary credits, and PES models to generate new revenue streams that reduce client CAPEX barriers — making large environmental projects financially self-sustaining through carbon finance and green bond structures.

Carbon credit origination from all JEPL projects
Green bond issuance for large ZLD/desalination projects
ESCO (Energy Services Company) model for air pollution control
PES frameworks for watershed and mangrove restoration
Green finance through Jigisha Infin partnership

🌐 Strategic Partnerships

Joint ventures and technology alliances with established European and American environmental firms — accessing proven technology, international credentials, and existing client relationships while providing India/Asia market entry and cost-competitive delivery capability.

JV with European PFAS remediation firm (technology access)
EMS tie-up with UAE/MENA operator for Middle East projects
Export EMS alliances in Eastern Europe
World Bank/ADB prequalification for bilateral aid projects
USAID/DFID environmental programme delivery partnerships

Chapter 10 · 2025–2035 Roadmap

2025–2035
MILESTONE
Roadmap

JEPL's 2025–2035 strategic roadmap is designed to build the company from a consulting-led startup into a ₹550 Cr+ integrated environmental technology, consulting, and bio-energy conglomerate — with operations across 5 global regions, proprietary technology products, and a carbon finance business that generates passive income.

2035 Roadmap

From proof of concept to global scale

Milestones, investment gates, technology validation and regional expansion structured across a decade.

Year-by-Year Milestones

STRATEGIC MILESTONE TIMELINE

2025

Services Launch — Pilot Monitoring & Consulting Contracts

Company incorporation and services launch. First EIA consulting contracts (India). Pilot environmental monitoring contracts using IoT sensors. First ESG audit for listed company client. UAE pilot consulting mandate via Jigisha International. Initial team: 30 environmental scientists, engineers, and consultants. Bio-CNG 10 TPD pilot plant site selection and environmental clearance application. Revenue target: ₹14–22 Cr.

2026

PFAS Module Launch · ZLD Projects · Carbon Credit Pilot · R&D Hub

PFAS remediation module deployed (first client: industrial site, Maharashtra). ZLD system projects commenced (textile and pharmaceutical sectors). Carbon credit pilot registration — first JEPL-originated credits verified (Verra VCS). R&D and Innovation Hub commissioned in Bengaluru. Modular manufacturing plant started (Bhopal). Bio-CNG 10 TPD pilot commissioned (Q3 2026 target). Break-even projected by FY 2026–27. Revenue target: ₹66–122 Cr.

2027–28

MENA, Africa & SE Asia Scale-Up · Remediation Mandates

Scaling full-service capabilities across MENA, Africa, and Southeast Asia. Securing remediation mandates from industrial clients and government agencies. Bio-CNG plants expanded to 10–12 operational (60–160 TPD). First carbon credits monetised in voluntary market ($5–10M value). PFAS remediation revenue accelerates on EU regulatory mandate. IoT sensor SaaS platform reaches 100+ active client sites. Manufacturing plant at full capacity — exporting packaged ETPs to UAE, Kenya. Revenue target: ₹235–400 Cr.

2029–30

Latin America & Eastern Europe Entry · Carbon-Finance Backed Projects

Enter Latin American markets — Brazil (PFAS in mining regions), Chile (copper mine wastewater), Colombia (ESG advisory for oil & gas). Eastern Europe entry — Poland and Romania for EU-mandated PFAS cleanup and carbon trading. Carbon-finance backed sustainability projects in Africa (watershed restoration PES). Bio-CNG portfolio reaches 22 plants, 360 TPD. Revenue target: ₹646 Cr.

2032–35

₹550 Cr+ Consolidated Turnover · M&A / Partial Stake Sale

Achieve ₹550 Cr+ consolidated turnover (likely exceeded by ₹1,000 Cr+ if carbon market materialises as projected). Explore M&A — acquisition of European PFAS firm for technology and credential consolidation, or partial stake sale to global environmental fund for growth capital. JEPL listed as India's most comprehensive environmental solutions company. Bio-CNG portfolio generating passive income. IoT platform SaaS revenue at ₹70+ Cr annually. Global team of 1,000+ environmental professionals.

Phase Architecture

THREE-PHASE GROWTH ARCHITECTURE

Phase 1

2025–2026 · Establish

Foundation & Proof of Concept

✦ Services launch (India + UAE pilot)
✦ EIA and ESG consulting revenue
✦ PFAS module deployment
✦ R&D Hub Bengaluru (2026)
✦ First Bio-CNG plant (Q3 2026)
✦ Carbon credit pilot registration
✦ Break-even achieved (FY 2026–27)

Phase 2

2027–2029 · Scale

Global Scale-Up

✦ MENA, Africa, SE Asia active
✦ Remediation mandates secured
✦ Bio-CNG portfolio: 22 plants
✦ Carbon market monetisation
✦ Manufacturing exports (packaged ETP)
✦ IoT SaaS 100+ enterprise clients
✦ Revenue target: ₹235–646 Cr

Phase 3

2030–2035 · Consolidate

Global Leadership

✦ Latin America + Eastern Europe
✦ ₹550 Cr+ consolidated revenue
✦ M&A exploration / stake sale
✦ Carbon finance passive income
✦ 1,000+ global professionals
✦ India's #1 integrated env. company
✦ IPO / strategic fund round

Competitive Advantage

WHY JIGISHA ENVIROCARE WILL WIN

🔗 End-to-End Integration

By combining environmental consulting, technology-enabled remediation, carbon finance integration, and global project delivery capability, JEPL addresses a multi-hundred-billion-dollar opportunity with high-margin, sustainable offerings — something fragmented single-service competitors cannot match.

📋 Regulatory Tailwind

Growing global regulatory frameworks — PFAS REACH restriction (EU 2025), India's BRSR mandate, NGT ZLD orders, MoEF&CC CEMS requirements, TCFD climate disclosure — drive mandatory demand for JEPL's services that is non-cyclical and non-discretionary. Clients MUST comply.

💰 Carbon Finance Innovation

Embedding carbon credit origination and PES frameworks into environmental project delivery creates additional revenue streams that make large environmental projects financially self-sustaining — reducing client CAPEX barriers and creating passive income for JEPL's project portfolio.

🌐 Jigisha Group Infrastructure

JEPL is the only environmental company in India backed by a 19-subsidiary industrial conglomerate — providing engineering capability, digital technology, international commerce, logistics, and financial services that enable end-to-end project delivery no standalone environmental firm can offer.

⚗️ PFAS First-Mover

PFAS represents a $250B+ remediation market in North America alone — and as EU REACH restrictions and India's environmental standards tighten, the PFAS remediation market will explode across Asia. JEPL's early investment in PFAS technology creates a first-mover competitive advantage in an underserved Indian market.

💧 Water Scarcity Premium

Water scarcity is escalating across India, MENA, and Africa — making ZLD compliance systems, desalination plants, and smart water management technology not merely regulatory requirements but existential necessities for industrial and urban survival. JEPL's water technology portfolio is perfectly positioned for this mega-trend.

Chapter 13 · Complete Environment Care Plants

COMPLETE
ENVIRONMENT CARE
Plants List

A complete technical product annex has been added so the top menu now exposes every major plant and service category requested: STP, WTP, WWTP, industrial water, ETP, MRTP/MRCS, industrial waste, solid waste, recycling, air pollution control, IoT, Bio-CNG and financial DPR projections.

Environmental engineering control room and project planning

Complete Environment Care Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

Extended Environment Care Plants Portfolio

COMPLETE PLANTS & TECHNOLOGIES

This annex expands the magazine into a practical product catalogue. It combines the existing EarthGuard content, Jigisha Envirocare website positioning, and market-led capability planning into one structured list covering water, wastewater, waste, recycling, air, remediation, river-cleaning and carbon-linked project models.

Integrated environmental engineering plant with industrial treatment systems

Integrated Delivery

FROM DPR TO EPC, O&M, MONITORING & CARBON VALUE

JEPL can position each plant as a full-service offer: feasibility, sampling, regulatory mapping, technology selection, process design, civil/mechanical/electrical integration, installation, commissioning, compliance monitoring, AMC/O&M and measurable impact reporting.

DPREPCO&MComplianceCarbon/ESG

Plant / Service	General Brief Description	Core Technology	Indicative Capacity	Primary Output / KPI
Sewage Treatment Plants (STP)	Domestic sewage treatment for townships, hotels, hospitals, campuses, stations, malls and municipalities.	Screening, equalization, SBR/MBBR/MBR, disinfection, sludge handling, treated-water reuse.	10 KLD–100 MLD	BOD <10 mg/L, TSS <10 mg/L, reuse-ready tertiary output
Water Treatment Plants (WTP)	Raw-water treatment for drinking, industrial process water and municipal supply.	Intake, coagulation, clarifier, pressure sand filter, activated carbon, UF/RO/UV/chlorination.	25 KLD–500 MLD	BIS/WHO-aligned potable or process-water quality
Waste Water Treatment Plants (WWTP)	Municipal and mixed wastewater infrastructure for reuse, river protection and smart cities.	Primary, secondary, tertiary, nutrient removal, SCADA, sludge-to-energy integration.	1 MLD–500 MLD	Reuse for gardening, flushing, cooling, industrial supply
Industrial Water Treatment Plants	Process-water, boiler feed, cooling tower and high-purity industrial water systems.	Softener, DM, RO, UF, EDI, degasser, dosing, silica/iron removal and automation.	10 KLD–50 MLD	Reduced scaling, corrosion, blowdown and water cost
Effluent Treatment Plants (ETP)	Industry-specific effluent treatment for pharma, textile, chemical, food, dairy, tannery and metal finishing.	Equalization, pH correction, DAF, primary clarifier, anaerobic/aerobic, tertiary polishing.	5 KLD–25 MLD	CPCB/SPCB discharge or reuse compliance
Zero Liquid Discharge (ZLD)	High-recovery systems that eliminate discharge and recover water/salts.	UF, RO, brine RO, MEE, ATFD, crystallizer, salt handling, condensate reuse.	10 KLD–10 MLD	95–99% water recovery depending on feed quality
MRTP / MRCS River Cleaning Systems	Mechanical River Treatment Plants / Mechanical River Cleaning Systems for floating waste, drains and riverfronts.	Trash skimmer, floating boom, screens, conveyor, aeration, oil skimmer, drone/GIS mapping.	0.5–50 km river stretch	Visible river-cleaning impact with waste recovery records
Industrial Waste Management Plants	Industrial hazardous/non-hazardous waste sorting, stabilization, recovery and disposal systems.	Pre-processing, segregation, shredding, stabilization, leachate treatment, co-processing linkages.	5–500 TPD	Manifest tracking, reduced landfill and better compliance
Solid Waste Management Plants	Municipal solid waste processing including segregation, MRF, compost, RDF and landfill systems.	MRF, trommel, ballistic separator, composting, RDF, biomethanation, leachate treatment.	10–2,000 TPD	Landfill diversion, compost/RDF revenue, civic compliance
Multi-Media Recycling Plants	Multi-category recycling for plastics, e-waste, paper, glass, metal, wood, textiles and C&D waste.	Sorting, washing, shredding, granulation, baling, metal separation, product quality control.	2–500 TPD	Material recovery and saleable secondary raw material
Air Pollution Control Solutions	Stack and fugitive-emission control for power, cement, steel, chemical, pharma and foundry sectors.	ESP, baghouse, wet scrubber, dry scrubber, RTO, FGD, VOC adsorption, CEMS.	1,000–500,000 m³/hr	PM/SOx/NOx/VOC compliance with online reporting
PFAS & Soil/Groundwater Remediation	Emerging contaminant treatment and site remediation.	GAC, ion exchange, foam fractionation, pump-and-treat, soil washing, thermal/ECO.	Site-specific	Risk reduction, liability control and regulator-ready evidence

Source integration note: Jigisha Envirocare's public website describes the company as providing waste management, water treatment, renewable energy and sustainability consulting, with service areas covering solid/hazardous/e-waste, industrial and municipal wastewater, desalination, rainwater harvesting, air pollution control, monitoring, carbon/ESG, organic waste and IoT/AI-based environmental systems. This annex expands those public service categories into a presentation-ready product and DPR structure.

Chapter 14 · STP — Sewage Treatment Plants

STP
SEWAGE
Treatment Plants

STP systems convert domestic sewage into treated water suitable for reuse or safe discharge, reducing freshwater demand and protecting drains, lakes and rivers.

STP — Sewage Treatment Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

General Brief Description

STP PROJECT MODEL

STP systems convert domestic sewage into treated water suitable for reuse or safe discharge, reducing freshwater demand and protecting drains, lakes and rivers. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Design Capacity

10 KLD–100 MLD

Housing, hospitals, hotels, campuses, stations and municipalities.

Technologies

SBR / MBBR / MBR

Choose by land, influent load, reuse target and O&M capability.

Treatment Goal

BOD/TSS <10 mg/L

Tertiary polishing for flushing, gardening and cooling reuse.

Financial Model

EPC + 3–10 yr O&M

Recurring AMC, operator deployment, sludge and chemical management.

⚙️ Recommended Process Flow

Screen chamber and oil/grease trap
Equalization and flow balancing
Biological reactor: SBR/MBBR/MBR/UASB as suitable
Tertiary filtration, UV/chlorination and reuse tank
Sludge thickening, filter press, compost/co-processing linkage
SCADA/IoT monitoring for pH, flow, BOD/COD proxy and alarms

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 15 · WTP — Water Treatment Plants

WTP
WATER
Treatment Plants

WTP systems treat surface water, groundwater or industrial raw water into potable or process-quality water using clarification, filtration, membranes and disinfection.

WTP — Water Treatment Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

General Brief Description

WTP PROJECT MODEL

WTP systems treat surface water, groundwater or industrial raw water into potable or process-quality water using clarification, filtration, membranes and disinfection. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Design Capacity

25 KLD–500 MLD

Municipal, township, industrial and institutional water supply.

Technologies

Clarifier + PSF/ACF + RO/UF

Modular process train based on turbidity, TDS, iron, hardness and microbes.

Treatment Goal

BIS/WHO aligned

Potable, boiler feed, process water or soft water quality.

Financial Model

EPC + consumables

Media, membranes, dosing chemicals, AMC and operator revenue.

⚙️ Recommended Process Flow

Raw water intake, screening and pumping
Coagulation/flocculation, tube settler/clarifier
Pressure sand filter, activated carbon filter, micron filtration
Softener/RO/UF/UV/chlorination as per end use
Storage, distribution, online turbidity/chlorine/pH monitoring
Preventive maintenance and membrane/media replacement plan

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 16 · WWTP — Waste Water Treatment Plants

WWTP
WASTE WATER
Treatment Plants

WWTP projects treat municipal and mixed wastewater at city scale, enabling reuse, river protection and smart-city water resilience.

WWTP — Waste Water Treatment Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

WWTP — Waste Water Treatment Plants visual

General Brief Description

WWTP PROJECT MODEL

WWTP projects treat municipal and mixed wastewater at city scale, enabling reuse, river protection and smart-city water resilience. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Design Capacity

1–500 MLD

Municipal utilities, smart cities, river action plans and PPP projects.

Technologies

Primary + secondary + tertiary

Nutrient removal, tertiary reuse and sludge-to-energy options.

Treatment Goal

Reuse / river protection

Irrigation, industry, flushing, lake recharge and low-BOD discharge.

Financial Model

DPR + PPP + O&M

Long-term annuity, performance-linked payments and water reuse sale.

⚙️ Recommended Process Flow

City sewerage mapping and flow/load forecasting
Inlet works, primary settling and grit removal
Secondary biological treatment: ASP/SBR/MBBR/MBR
Nutrient removal and tertiary disinfection
Sludge digestion, dewatering and energy recovery options
SCADA, lab setup and public dashboard reporting

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 17 · Industrial Water Treatment Plants

INDUSTRIAL
WATER
Treatment Plants

Industrial water treatment protects boilers, cooling towers, process lines and product quality while reducing water consumption and plant downtime.

Industrial Water Treatment Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

Industrial Water Treatment Plants visual

General Brief Description

INDUSTRIAL PROJECT MODEL

Industrial water treatment protects boilers, cooling towers, process lines and product quality while reducing water consumption and plant downtime. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Design Capacity

10 KLD–50 MLD

Boiler, cooling, process, pharmaceutical, food and electronics use.

Technologies

RO / DM / UF / EDI

Selected by TDS, hardness, silica, iron, microbes and conductivity target.

Treatment Goal

Reliable process water

Reduced scaling, corrosion, blowdown and production risk.

Financial Model

EPC + AMC

Consumables, membrane cleaning, resin regeneration and online monitoring.

⚙️ Recommended Process Flow

Raw-water chemistry and water balance study
Softener/DM/RO/UF/EDI selection and sizing
Chemical dosing for anti-scalant, corrosion and biocide control
Cooling tower side-stream filtration and blowdown reduction
Condensate recovery and reuse integration
Energy, chemical and water-saving dashboard

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 18 · ETP — Effluent Treatment Plants

ETP
EFFLUENT
Treatment Plants

ETP systems are industry-specific treatment plants that remove COD, BOD, colour, oil, heavy metals, solvents, salts and suspended solids from industrial wastewater.

ETP — Effluent Treatment Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

General Brief Description

ETP PROJECT MODEL

ETP systems are industry-specific treatment plants that remove COD, BOD, colour, oil, heavy metals, solvents, salts and suspended solids from industrial wastewater. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Design Capacity

5 KLD–25 MLD

Textile, pharma, chemical, food, dairy, tannery, metal and engineering.

Technologies

DAF + biological + tertiary

Physico-chemical and biological train customized to effluent.

Treatment Goal

SPCB compliance / reuse

Discharge, CETP inlet, RO feed or ZLD integration.

Financial Model

DPR + EPC + O&M

High-value design, chemicals, operator deployment and performance audit.

⚙️ Recommended Process Flow

Detailed effluent characterization and treatability study
Equalization, neutralization, coagulation/flocculation
DAF/primary clarifier and oil removal
Anaerobic/aerobic biological treatment
Tertiary filtration, carbon, RO/ZLD where needed
OCEMS/CEMS integration and compliance reporting

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 19 · MRTP / MRCS — Mechanical River Cleaning

MRTP / MRCS
MECHANICAL RIVER
Cleaning Systems

MRTP / MRCS — Mechanical River Cleaning

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

MRTP / MRCS — Mechanical River Cleaning visual

General Brief Description

MRTP / MRCS PROJECT MODEL

Mechanical River Treatment Plants and Mechanical River Cleaning Systems remove floating waste, weed, silt load and drain contamination from rivers, lakes and canals while creating visible public impact. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Coverage

0.5–50 km stretch

Rivers, lakes, canals, ghats, drains and urban water bodies.

Technologies

Booms + skimmers + screens

Floating trash booms, trash skimmers, conveyors, aerators and silt traps.

Treatment Goal

Visible cleaning + data

Waste recovered, stretch cleaned, odour reduction and water-quality improvement.

Financial Model

City O&M contracts

Municipal contracts, CSR, riverfront authorities and monitoring retainers.

⚙️ Recommended Process Flow

Drone/GIS mapping of waste hotspots and drain inflows
Floating booms and trash interception system
Mechanized skimmer boats and conveyor offloading
In-situ aeration and bio-remediation where required
Material segregation and disposal/recycling linkage
Monthly impact dashboard with before/after visuals

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 20 · Industrial Waste Management Plants

INDUSTRIAL
WASTE
Management Plants

Industrial waste plants manage hazardous and non-hazardous waste through segregation, recovery, stabilization, treatment, storage, disposal and co-processing.

Industrial Waste Management Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

Industrial Waste Management Plants visual

General Brief Description

INDUSTRIAL PROJECT MODEL

Industrial waste plants manage hazardous and non-hazardous waste through segregation, recovery, stabilization, treatment, storage, disposal and co-processing. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Capacity

5–500 TPD

Industrial estates, chemical clusters, pharma parks and manufacturing hubs.

Technologies

Sorting + stabilization + TSDF

Pre-processing, shredding, leachate treatment, lab analysis and tracking.

Treatment Goal

Compliance + recovery

Reduced landfill, proper manifest, co-processing and material recovery.

Financial Model

Gate fee + recovery

Tipping/gate fees, O&M, transportation, recovered material and co-processing revenue.

⚙️ Recommended Process Flow

Waste inventory and compatibility matrix
Segregated receiving, weighing and barcoding
Shredding, stabilization/solidification and secure storage
Leachate and wash-water treatment
Co-processing, recycling or secured landfill linkage
Digital manifest and compliance reporting

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 21 · Solid Waste Management Plants

SOLID WASTE
MANAGEMENT
Plants

Solid Waste Management Plants convert mixed municipal waste into separated recyclables, compost, RDF, biomethane and safely managed rejects.

Solid Waste Management Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

General Brief Description

SOLID WASTE PROJECT MODEL

Solid Waste Management Plants convert mixed municipal waste into separated recyclables, compost, RDF, biomethane and safely managed rejects. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Capacity

10–2,000 TPD

Municipalities, smart cities, industrial townships and campuses.

Technologies

MRF + compost + RDF

Trommel, ballistic separation, composting, RDF, biomethanation and landfill.

Treatment Goal

Landfill diversion

High recycling rate, compost/RDF revenue and reduced dumping.

Financial Model

PPP + tipping fee

CAPEX grant/PPP, tipping fees, compost/RDF sales and O&M contracts.

⚙️ Recommended Process Flow

Door-to-door collection and segregation planning
MRF line with trommel, air classifier, magnets and balers
Wet waste composting or biomethanation
Dry rejects to RDF/co-processing
Leachate management and sanitary landfill for inert rejects
Weighbridge and digital municipal dashboard

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 22 · Multi-Media Recycling Plants

MULTI-MEDIA
RECYCLING
Plants

Multi-media recycling plants handle multiple categories of waste and convert them into saleable secondary raw materials for circular-economy supply chains.

Multi-Media Recycling Plants

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

General Brief Description

MULTI-MEDIA PROJECT MODEL

Multi-media recycling plants handle multiple categories of waste and convert them into saleable secondary raw materials for circular-economy supply chains. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Capacity

2–500 TPD

Plastic, e-waste, metal, glass, paper, wood, textile and C&D fractions.

Technologies

Sort + wash + shred + pelletize

Optical/manual sorting, washing, granulation, baling, magnetic separation.

Treatment Goal

Material recovery

EPR compliance, secondary raw material and lower virgin-material dependence.

Financial Model

Material revenue + EPR

Recovered material sales, EPR credits, processing fee and OEM contracts.

⚙️ Recommended Process Flow

Incoming material categorization and contamination control
Separate lines for plastic, paper, metal, glass, e-waste and C&D
Washing, drying, shredding, granulation and baling
Quality testing for moisture, ash, polymer grade and contamination
OEM/offtaker agreements and EPR documentation
Traceability dashboard for circular economy reporting

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 23 · Air Pollution Control Solutions

AIR POLLUTION
CONTROL
Solutions

Air pollution control systems reduce particulate matter, SOx, NOx, VOCs, acid gases, fumes and odours from industrial stacks and process emissions.

Air Pollution Control Solutions

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

General Brief Description

AIR POLLUTION PROJECT MODEL

Air pollution control systems reduce particulate matter, SOx, NOx, VOCs, acid gases, fumes and odours from industrial stacks and process emissions. The chapter includes a practical specification structure, deliverables and financial assumptions for board-level review and client presentation.

Flow Range

1,000–500,000 m³/hr

Power, cement, steel, pharma, chemical, foundry and food industries.

Technologies

ESP / Baghouse / Scrubber / RTO

Selected by pollutant type, temperature, moisture and removal target.

Treatment Goal

Stack compliance

PM, SOx, NOx, VOC, odour and acid gas control with CEMS.

Financial Model

Retrofit + AMC

EPC, performance tests, filter media, spares, CEMS and annual service.

⚙️ Recommended Process Flow

Emission inventory and stack/process audit
Technology selection: ESP, baghouse, scrubber, RTO, FGD, VOC adsorption
Ducting, fan, chimney, instrumentation and control panel
CEMS/OCEMS integration for real-time reporting
Performance guarantee testing and SPCB documentation
Spare parts, bag replacement, media and AMC programme

📋 DPR / Proposal Deliverables

Site survey, influent/input characterization and capacity design basis
Process flow diagram, mass balance, hydraulic calculations and electrical load
Equipment list, layout, civil/mechanical/electrical interface and automation concept
CAPEX, OPEX, payback, revenue model, risk register and implementation schedule
Compliance matrix, permits, monitoring plan and post-commissioning O&M model

Chapter 24 · 10-Year Financial Projections & Complete DPR

10-YEAR
FINANCIAL
DPR Model

A dedicated DPR chapter now provides product-wise 10-year projections, CAPEX/OPEX assumptions, charts, revenue mix and a complete DPR presentation framework for each plant and service category.

10-Year Financial Projections & Complete DPR

Technology, capacity, finance and delivery clarity

Every chapter now has a related visual header, DPR-style assumptions, specifications and next-step implementation data without changing the EarthGuard theme.

Product-wise 10-Year Financial Model

CLEAR FINANCIAL PROJECTIONS

The following is a strict planning model for presentation and internal DPR development. It is not an audited forecast. It should be finalized after actual site pipeline, signed MOUs, state tender calendars, plant capacity, land/civil scope, feed quality, regulatory approvals, working-capital limits and financing terms are confirmed.

Water / ETP / ZLD Mix

Largest FY2035 base-case revenue pool from STP, WTP, WWTP, industrial WTP, ETP and ZLD.

Waste / Recycling / Bio-CNG

MRTP/MRCS, SWM, industrial waste, recycling and Bio-CNG project portfolio.

Air + IoT Monitoring

Air pollution control systems, CEMS/OCEMS and environmental IoT dashboards.

Consulting + Carbon

EIA, ESG, BRSR, carbon credits, PES and climate-finance advisory.

FY2035 Revenue Mix — Base Case

Water/STP/ETP/ZLD

₹318.3 Cr

Waste/Recycling/Bio-CNG

₹195.1 Cr

Air/IoT

₹92.4 Cr

Consulting/ESG/Carbon

₹125.5 Cr

Product / Service	FY26	FY27	FY28	FY29	FY30	FY31	FY32	FY33	FY34	FY35	10-Year Total	CAGR Used	Indicative EBITDA Margin
Sewage Treatment Plants SBR, MBBR, MBR, UASB + polishing	₹8.0 Cr	₹9.8 Cr	₹11.9 Cr	₹14.5 Cr	₹17.7 Cr	₹21.6 Cr	₹26.4 Cr	₹32.2 Cr	₹39.3 Cr	₹47.9 Cr	₹229.3 Cr	22%	32–38%
Water Treatment Plants Clarifier, PSF, ACF, UF/RO, disinfection	₹6.0 Cr	₹7.2 Cr	₹8.6 Cr	₹10.4 Cr	₹12.4 Cr	₹14.9 Cr	₹17.9 Cr	₹21.5 Cr	₹25.8 Cr	₹31.0 Cr	₹155.7 Cr	20%	24–30%
Waste Water Treatment Plants Primary + biological + tertiary reuse	₹9.0 Cr	₹11.0 Cr	₹13.4 Cr	₹16.3 Cr	₹19.9 Cr	₹24.3 Cr	₹29.7 Cr	₹36.2 Cr	₹44.2 Cr	₹53.9 Cr	₹257.9 Cr	22%	26–34%
Industrial Water Treatment Plants RO/DM/softener/UF/EDI/cooling treatment	₹7.0 Cr	₹8.5 Cr	₹10.2 Cr	₹12.4 Cr	₹15.0 Cr	₹18.2 Cr	₹22.0 Cr	₹26.6 Cr	₹32.2 Cr	₹38.9 Cr	₹191.0 Cr	21%	24–32%
Effluent Treatment Plants Equalization, DAF, biological, tertiary	₹12.0 Cr	₹14.8 Cr	₹18.2 Cr	₹22.3 Cr	₹27.5 Cr	₹33.8 Cr	₹41.6 Cr	₹51.1 Cr	₹62.9 Cr	₹77.3 Cr	₹361.5 Cr	23%	28–36%
Zero Liquid Discharge Systems UF/RO/MEE/ATFD/crystallizer	₹10.0 Cr	₹12.4 Cr	₹15.4 Cr	₹19.1 Cr	₹23.6 Cr	₹29.3 Cr	₹36.4 Cr	₹45.1 Cr	₹55.9 Cr	₹69.3 Cr	₹316.5 Cr	24%	22–32%
Mechanical River Treatment & Cleaning Trash skimmers, screens, aeration, floating booms	₹4.0 Cr	₹5.0 Cr	₹6.4 Cr	₹8.0 Cr	₹10.1 Cr	₹12.7 Cr	₹16.0 Cr	₹20.2 Cr	₹25.4 Cr	₹32.0 Cr	₹139.8 Cr	26%	30–40%
Industrial Waste Management Plants Sorting, stabilization, TSDF, co-processing	₹8.0 Cr	₹9.6 Cr	₹11.5 Cr	₹13.8 Cr	₹16.6 Cr	₹19.9 Cr	₹23.9 Cr	₹28.7 Cr	₹34.4 Cr	₹41.3 Cr	₹207.7 Cr	20%	26–34%
Solid Waste Management Plants MRF, compost, RDF, biomethanation	₹7.0 Cr	₹8.3 Cr	₹9.7 Cr	₹11.5 Cr	₹13.6 Cr	₹16.0 Cr	₹18.9 Cr	₹22.3 Cr	₹26.3 Cr	₹31.0 Cr	₹164.6 Cr	18%	24–32%
Multi-Media Recycling Plants Plastic, e-waste, metal, glass, paper, C&D	₹6.0 Cr	₹7.5 Cr	₹9.4 Cr	₹11.7 Cr	₹14.6 Cr	₹18.3 Cr	₹22.9 Cr	₹28.6 Cr	₹35.8 Cr	₹44.7 Cr	₹199.5 Cr	25%	30–42%
Air Pollution Control Solutions ESP, baghouse, scrubber, RTO, FGD, CEMS	₹9.0 Cr	₹10.9 Cr	₹13.2 Cr	₹15.9 Cr	₹19.3 Cr	₹23.3 Cr	₹28.2 Cr	₹34.2 Cr	₹41.4 Cr	₹50.0 Cr	₹245.4 Cr	21%	25–35%
IoT Environmental Monitoring OCEMS, SCADA, AI dashboards, sensors	₹4.0 Cr	₹5.2 Cr	₹6.8 Cr	₹8.8 Cr	₹11.4 Cr	₹14.9 Cr	₹19.3 Cr	₹25.1 Cr	₹32.6 Cr	₹42.4 Cr	₹170.5 Cr	30%	45–60%
Environmental Consulting, EIA & ESG EIA, audits, BRSR, GRI, TCFD, ISO 14001	₹12.0 Cr	₹14.4 Cr	₹17.3 Cr	₹20.7 Cr	₹24.9 Cr	₹29.9 Cr	₹35.8 Cr	₹43.0 Cr	₹51.6 Cr	₹61.9 Cr	₹311.5 Cr	20%	38–50%
Carbon Credits & Climate Finance VCS, Gold Standard, ICM, PES, green bonds	₹6.0 Cr	₹7.8 Cr	₹10.1 Cr	₹13.2 Cr	₹17.1 Cr	₹22.3 Cr	₹29.0 Cr	₹37.6 Cr	₹48.9 Cr	₹63.6 Cr	₹255.6 Cr	30%	42–55%
Bio-CNG & Organic Waste Energy AD, gas purification, compression, compost	₹5.0 Cr	₹6.4 Cr	₹8.2 Cr	₹10.5 Cr	₹13.4 Cr	₹17.2 Cr	₹22.0 Cr	₹28.1 Cr	₹36.0 Cr	₹46.1 Cr	₹192.9 Cr	28%	25–37%
TOTAL BASE CASE	₹113.0 Cr	₹138.8 Cr	₹170.3 Cr	₹209.1 Cr	₹257.1 Cr	₹316.6 Cr	₹390.0 Cr	₹480.5 Cr	₹592.7 Cr	₹731.3 Cr	₹3399.4 Cr	~23%	Blended 29–38%

Unit Economics / DPR Costing Assumptions

CAPEX, OPEX & REVENUE CALCULATION BASE

Product	Indicative CAPEX Benchmark	Indicative OPEX Benchmark	Revenue Streams	Financial Note
STP	₹0.35–1.20 Cr/MLD	₹8–18 lakh/MLD/year	Design+EPC+O&M, AMCs, treated water reuse, sludge management	12–24 months project cash cycle for EPC + 3–10 year O&M
WTP	₹0.25–0.75 Cr/MLD	₹5–14 lakh/MLD/year	EPC, consumables, membranes/media replacement, O&M	Municipal and industrial recurring service potential
WWTP	₹0.50–1.80 Cr/MLD	₹10–22 lakh/MLD/year	DPR, EPC, automation, reuse network, O&M	High municipal PPP potential
Industrial WTP	₹0.40–1.50 Cr/MLD	₹8–20 lakh/MLD/year	Boiler/cooling/process water, chemicals, membrane AMC	Repeat orders from industrial clusters
ETP	₹0.50–2.50 Cr/MLD	₹12–35 lakh/MLD/year	Industry-specific process engineering, performance guarantees, O&M	High margin design due to effluent complexity
ZLD	₹3.00–9.00 Cr/MLD	₹0.60–1.80 Cr/MLD/year	High-recovery RO, MEE, ATFD, salt management, audit	Premium compliance product with capex financing potential
MRTP/MRCS	₹0.75–4.00 Cr per package	₹12–60 lakh/year	River/pond cleaning fleet, booms, operation teams, data reporting	City contracts + CSR + riverfront authorities
Industrial Waste	₹1.50–12.00 Cr/plant	₹0.50–4.00 Cr/year	Treatment, storage, disposal, co-processing and manifest compliance	Cluster-level industrial opportunity
Solid Waste	₹2.00–40.00 Cr/plant	₹0.75–10.00 Cr/year	MRF, compost, RDF, biomethanation, landfill, O&M	Municipal PPP and tipping-fee models
Recycling	₹1.00–20.00 Cr/line	₹0.30–5.00 Cr/year	Plastic/e-waste/paper/glass/metal/C&D lines with material revenue	Linked to EPR and circular economy procurement
Air Control	₹0.50–25.00 Cr/system	₹8–75 lakh/year	ESP, baghouse, scrubbers, RTO, FGD, CEMS, AMC	Regulatory renewal and retrofit market

DPR Structure

COMPLETE DPR PRESENTATION FRAMEWORK

1. Executive & Project Brief

Client, location, capacity, design horizon, regulatory objective, service level, product/offtake target and project success KPIs.

2. Baseline Data Collection

Flow/input data, sampling results, land availability, utilities, civil constraints, environmental sensitivity, existing assets and stakeholder map.

3. Technology Selection

Options comparison, process guarantee, energy/chemical demand, footprint, automation requirement, redundancy and maintainability.

4. Engineering Design

PFD, P&ID, hydraulic profile, mass balance, equipment schedule, civil layout, electrical load, SCADA/IoT and safety provisions.

5. Financial Model

CAPEX, OPEX, revenue, subsidy, financing mix, depreciation, working capital, EBITDA, payback, DSCR, IRR and sensitivity analysis.

6. Implementation Plan

Permits, tender packaging, procurement, construction, commissioning, training, performance test, handover and O&M governance.

Final statutory DPR values must be verified by laboratory analysis, contour survey, vendor quotations, site-specific civil scope, local power tariffs, labour cost, disposal/offtake contracts and government approvals.

Data sources used for scope framing: Jigisha Envirocare website service categories; CPCB/PIB sewage capacity gap; PIB CETP status; India wastewater, waste management and air-pollution-control market summaries; global environmental consulting and water/wastewater market summaries. External industry numbers are used for opportunity sizing only; project-level pricing remains site-specific.

Chapter 25 · Impact Gallery & Revealed Data Room

IMPACT
GALLERY
& Data Room

A richer visual and operational layer has been added so decision-makers can see what JEPL delivers in the field: clean water recovery, air-emission control, circular waste processing, Bio-CNG infrastructure, carbon-finance readiness, and ESG-grade monitoring.

Visual Data Room

Field delivery made visible

Images, casebooks, workflow gates and visible status panels for decision-grade review.

Restored green watershed landscape with clean water and forest cover

Nature-Positive Delivery

Watershed restoration and ecological resilience

Catchment studies, soil-water conservation, biodiversity offsets, PES frameworks, and climate adaptation programmes for public agencies and corporate clients.

Clean Energy

Solar-linked ZLD and smart water systems

Energy-aware water treatment designs reduce OPEX while improving compliance reliability.

Environmental IoT electronics and sensor technology

IoT Monitoring

Sensor networks that reveal risk early

Air, water, noise, and stack monitoring with alerts, audit trails, and compliance-ready reporting.

Industrial technology and environmental engineering facility

Industrial Transformation

Turnkey environmental technology for factories, cities and infrastructure corridors

ETP, STP, ZLD, ESP, scrubbers, RTO, PFAS modules, desalination, smart dashboards and long-term O&M in one integrated delivery model.

Bio-CNG

Agri-waste to clean fuel

Feedstock mapping, digestion, gas purification, compression, compost recovery and carbon-credit documentation — presented with a wide drone-view plant image to fill the previous blank right-side area.

ESG consultants reviewing sustainability data in a professional setting

ESG Boardroom

Decision-grade sustainability reporting

BRSR, GRI, TCFD, Scope 1-3 inventory, SBTi targets, CDP responses and third-party assurance support.

Revealed Operating Data

VISIBLE DATA ROOM

The operational assumptions, review gates, and response standards below are now surfaced directly on the page so investors, clients, and project partners can evaluate delivery readiness without searching through hidden panels or waiting for a form submission.

72h

Initial Risk Screen

Rapid review of site type, applicable regulation, likely environmental risks, missing permits, and immediate compliance exposure.

21-45

DPR Days

Typical timeline for ZLD, ETP/STP, smart water, IoT network, SWM, or Bio-CNG feasibility/DPR preparation after full data receipt.

30-90

Site Investigation Days

Indicative PFAS, groundwater, soil, air, waste, or ESG due-diligence field investigation window depending on scale and sampling depth.

24/7

Monitoring Readiness

IoT-enabled compliance dashboards can provide threshold alerts, trend tracking, sensor-health checks, and exportable reports.

Unhidden status: the enquiry status panel is now visible by default, and all animated content remains readable even if JavaScript fails. Strict JavaScript mode has been enabled and the form logic now updates the visible status message instead of relying on a hidden-only success block.

Delivery Workflow

STRICT-MODE PROJECT WORKFLOW

01Discover

Collect project brief, location, sector, production capacity, discharge streams, and regulatory history.

02Diagnose

Map risks, sampling needs, permits, treatment gaps, and immediate compliance vulnerabilities.

03Design

Prepare concept, DPR, technology selection, CAPEX/OPEX estimate, and implementation schedule.

04Deliver

Execute consulting, EPC, monitoring, remediation, reporting, or carbon documentation deliverables.

05Verify

Validate performance through tests, commissioning data, audit evidence, and third-party assurance.

06Improve

Operate, monitor, optimise, maintain, and convert performance into ESG and carbon value.

Field Casebooks

REALISTIC PROJECT SCENARIOS

Water treatment and filtration infrastructure

Textile Cluster · ZLD

High-TDS effluent to reusable process water

MBR, UF, RO, MEE and ATFD pathway with salt recovery, water reuse, compliance dashboard and O&M training.

Circular waste recycling and material recovery

Smart City · Waste

Material recovery and organic diversion plan

Collection route optimisation, MRF design, composting, dry-waste recovery, RDF linkage and citizen segregation programme.

Groundwater landscape and environmental remediation site

Airport · PFAS

AFFF-impacted groundwater investigation

Sampling grid, plume model, GAC/IEX pilot, disposal protocol, long-term monitoring wells and regulator-ready reporting.

Renewable energy infrastructure and clean fuel transition

Agri District · Bio-CNG

Crop residue to fuel and compost value chain

Feedstock aggregation, anaerobic digestion, Bio-CNG offtake, compost distribution, farmer income and carbon-credit MRV.

Chapter 26 · Contact & Consultation

CONTACT
US &
Enquire

Begin your environmental transformation today. Whether you need an EIA for a new project, a ZLD system for your factory, PFAS remediation for a contaminated site, carbon credits for your sustainability report, or a Bio-CNG plant for your agricultural waste — JEPL responds within 2 business days.

Enquiry Desk

Submit project files securely

Upload drawings, PDFs, Word, Excel and images with the strict-mode enquiry form configured for info@jigisha.group.

Submit Enquiry

GET CONSULTATION

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Upload Project File / Drawing / Report

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Project Brief / Message *

STATUS PANEL READY — Fill the required fields, attach an optional project file, and submit. The enquiry is configured to send to info@jigisha.group.

Direct Contact

REACH JEPL

Registered Address

Jigisha Envirocare Pvt. Ltd.

A Subsidiary of Jigisha GroupOf Companies
Ahmedabad, Gujarat — India
(R&D Hub: Bengaluru · Manufacturing: Bhopal/Noida)

Service-Specific Contacts

EIA & Consulting	eia@jigishaenvirocare.in
Technology (ZLD/ETP/Air)	tech@jigishaenvirocare.in
PFAS Remediation	pfas@jigishaenvirocare.in
Carbon & ESG	esg@jigishaenvirocare.in
Bio-CNG Projects	biocng@jigishaenvirocare.in
Water Solutions	water@jigishaenvirocare.in
International Projects	global@jigishaenvirocare.in
General Enquiry	hello@jigishaenvirocare.in

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ENVIRONMENTALCONSULTING& Compliance

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ENVIRONMENTALTECHNOLOGYSolutions

Treatment assets that recover value

WASTE &RESOURCEManagement

Waste streams converted into resources

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💰 Resource Recovery Economics

🏭 Industrial Symbiosis Networks

BIO-CNGPLANTSDPR 2025

Agri-waste to biomethane at industrial scale

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CARBONFINANCE& ESG

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WATERSOLUTIONSZLD & Beyond

Zero discharge and water security

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🔬 R&D & Innovation Hub (Bengaluru, 2026)

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2025–2035MILESTONERoadmap

From proof of concept to global scale

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🔗 End-to-End Integration

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🌐 Jigisha Group Infrastructure

⚗️ PFAS First-Mover

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COMPLETEENVIRONMENT CAREPlants List

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STPSEWAGETreatment Plants

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⚙️ Recommended Process Flow

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WTPWATERTreatment Plants

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WWTPWASTE WATERTreatment Plants

Technology, capacity, finance and delivery clarity

⚙️ Recommended Process Flow

📋 DPR / Proposal Deliverables

INDUSTRIALWATERTreatment Plants

Technology, capacity, finance and delivery clarity

⚙️ Recommended Process Flow

📋 DPR / Proposal Deliverables

ETPEFFLUENTTreatment Plants

Technology, capacity, finance and delivery clarity

⚙️ Recommended Process Flow

📋 DPR / Proposal Deliverables

MRTP / MRCSMECHANICAL RIVERCleaning Systems

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⚙️ Recommended Process Flow

📋 DPR / Proposal Deliverables

INDUSTRIALWASTEManagement Plants

Technology, capacity, finance and delivery clarity

⚙️ Recommended Process Flow

📋 DPR / Proposal Deliverables

SOLID WASTEMANAGEMENTPlants

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