How much does it cost to set up a paper recycling plant in India?

A paper recycling plant in India typically costs between ₹3 Cr and ₹80+ Cr depending on capacity, per IMARC 2026 Recycled Paper Plant Report. A small 20 to 30 TPD recycled-paper unit costs ₹3 to ₹8 Cr; a mid-scale 30 to 50 TPD plant costs ₹8 to ₹16 Cr; a large 100 to 200 TPD integrated facility costs ₹38 to ₹80 Cr. The paper machine alone is 40 to 50 percent of total project cost. For broader paper plant cost context covering virgin and integrated mills, see the paper manufacturing plant cost guide for India. Always validate against a verified DPR.

What is the minimum investment for a small paper recycling plant in India?

The smallest commercially viable paper recycling plant is approximately 20 to 30 TPD capacity, requiring ₹3 to ₹8 Cr total project cost (IMARC 2026). This covers paper machine (₹1.5 to ₹3 Cr), stock preparation (₹50 L to ₹1 Cr), utilities (₹50 L to ₹1 Cr), civil work and shed (₹40 L to ₹80 L), licensing, and pre-operative working capital. Below this scale, unit economics deteriorate rapidly. See the paper-making machine cost and price guide for component-level breakdowns.

What machinery is required for a paper recycling plant?

Core machinery for a paper recycling plant includes: pulper (re-pulps waste paper at 3-5% consistency), screens and cleaners (remove plastic, staples, contaminants), refiner (develops fiber properties), deinking line (only for white grades), and the paper machine (single-wire fourdrinier or multi-cylinder for board grades). The paper machine plus stock preparation together is 55 to 65 percent of total capex. See the paper-making machine cost and price guide for detailed component pricing.

What raw materials are used for paper recycling?

The primary inputs are waste paper grades classified under ISRI PS (USA) or EN 643 (Europe) standards. Common Indian recycling-mill furnish includes OCC (Old Corrugated Containers, the most common input for kraft and testliner), ONP (Old Newsprint), SOP (Sorted Office Paper), and mixed waste. Waste paper costs 50 to 60 percent of total operating cost. See the waste paper grades classification guide for detailed grade specifications and contamination limits.

What is the profit margin in paper recycling in India?

Industry estimates (IMARC 2026 Recycled Paper Plant Report) suggest gross margin of 30 to 40 percent on standard recycled kraft and testliner grades, and net profit margin of 12 to 20 percent after depreciation, interest, and tax. EBITDA margin at full ramp typically 25 to 35 percent at 80 percent+ capacity utilization. Payback period: 3 to 5 years with stable operations. Break-even typically achieved in 18 to 30 months at 60 to 70 percent capacity utilization. Profitability is most sensitive to waste paper sourcing strategy.

What government schemes are available for paper recycling plants in India?

Several Government of India schemes apply: PMEGP subsidies up to 35 percent for projects below ₹50 Lakh; MUDRA loans for micro-enterprises up to ₹10 Lakh; CGTMSE collateral-free credit guarantee up to ₹2 Cr; state-level industrial promotion subsidies (power tariff rebates, stamp duty exemption); and Pollution Control Board (CPCB) incentives for mills meeting effluent norms. State schemes vary significantly across Andhra Pradesh, Gujarat, Madhya Pradesh, and Maharashtra. See the paper plant cost guide for state-specific incentive comparisons.

How long does it take to commission a paper recycling plant in India?

A paper recycling plant in India typically takes 12 to 18 months from project initiation to commercial production. The timeline phases: 2 to 3 months for feasibility study, site finalisation, and Consent to Establish (CTE) application; 3 to 4 months for Indian-machinery procurement (6 to 9 months for imported); 4 to 6 months for civil work, installation, and trial commissioning; 1 to 2 months for Consent to Operate (CTO) approval and ramp-up. Larger plants (100+ TPD) typically take 18 to 24 months. Secure waste paper supply contracts and buyer commitments by month 9 to 10 to avoid post-commissioning cash flow stress.

What licenses and approvals are required to start a paper recycling plant in India?

A paper recycling plant in India requires: Consent to Establish (CTE) from the State Pollution Control Board before machinery procurement; Consent to Operate (CTO) after installation; Factory License under the Factories Act 1948; GST registration; MSME Udyam registration; Import-Export Code (IEC) if importing waste paper or machinery; Hazardous Waste Authorization for imported waste paper; and Fire NOC plus electrical safety certificate. Imported waste paper additionally requires BIS and PWM 2022 compliance. Total regulatory approval timeline is typically 4 to 9 months parallel to machinery procurement. Refer to CPCB for current effluent norms applicable to recycled paper mills.

Paper Recycling Plant Cost in India 2026: ₹3

Q: What is the difference between virgin paper plant and recycled paper plant cost?

A recycled paper plant typically costs 30 to 50 percent less than a virgin pulp plant of equivalent capacity. The reason: recycled mills skip the chemical pulping line (no digester, no recovery boiler, no causticizing) and have lower effluent treatment requirements. Per-tonne capex for recycled mills runs ₹15 to ₹40 Lakh per TPD vs ₹40 to ₹50 Lakh per TPD for integrated virgin mills. For full context on virgin paper plant economics, see our paper manufacturing plant cost guide for India.

Introduction

Setting up a paper recycling plant in India is one of the more attractive entry points into the paper industry, with capital intensity 30 to 50 percent lower than greenfield virgin pulp mills. The total paper recycling plant cost in India ranges from ₹3 Cr to ₹80 Cr depending on capacity, output grade, and automation level. This paper recycling plant capex guide covers small-scale to industrial-grade waste-paper-based mills. Real-world project cost ranges from around ₹3 Cr for a small 20 to 30 TPD recycled-paper unit to over ₹80 Cr for a large integrated facility processing 200+ TPD. The paper machine and stock preparation line together typically consume 55 to 65 percent of the total budget.

India consumes roughly 22 to 25 million tonnes of paper and paperboard annually (IPMA statistics), with the recycled-fiber segment growing fastest. According to IMARC Paper Recycling Processing Plant Report, the global recycled paper market is expected to reach USD 55.88 billion by 2034 at a 4.1% CAGR from 2026, driven by sustainability mandates, the single-use plastic ban, and rising FMCG and e-commerce packaging demand.

This guide covers cost ranges in rupees with USD equivalents, the recycling process, machinery line-up, applicable government schemes, state-level site considerations, and a vendor evaluation checklist. For the broader paper plant cost picture (virgin and integrated), see our paper manufacturing plant cost guide for India. For waste paper grade specifications, see the waste paper grades classification guide. For machinery cost benchmarks by capacity, see the paper-making machine cost and price guide.

How to Start a Paper Recycling Plant in India

Starting a paper recycling mill in India follows a structured five-stage process. Each stage feeds into the next, and skipping steps leads to costly rework or regulatory rejection.

Step 1. Market and Feasibility Study

Identify your target output grade: kraft (corrugated boxes), testliner, fluting medium, white-top kraft, newsprint, or writing-printing. Each grade has different end-user demand patterns and quality thresholds. Match this to demand within a 500 km radius of your proposed site, since waste paper logistics dominate operating cost at this scale.

Step 2. Capacity and Output Grade Selection

Common entry points for new Indian recycled-paper mills:

20 to 30 TPD entry-level (low capex, fast payback, regional kraft and testliner)
30 to 50 TPD mid-scale (best risk-reward for first-time entrepreneurs)
50 to 100 TPD branded national market (kraft, testliner, fluting for FMCG packaging)
100 to 300 TPD integrated large mill (typically expansion of an existing operation)

Each grade has its own preferred furnish. See the waste paper grades classification guide for OCC (corrugated), ONP (newspaper), SOP (sorted office), and EN 643 grade selection.

Step 3. Site Selection

Critical site requirements: water availability (40 to 50 m³ minimum per tonne of paper, lower than virgin), reliable grid power or captive cogeneration, proximity to waste paper sourcing hubs (Delhi NCR, Mumbai, Chennai, Hyderabad, Kolkata), state Pollution Control Board approval timelines, and labor availability.

Step 4. Licensing and Regulatory Approvals

Begin CTE application with the State Pollution Control Board (CPCB or state PCB) before machinery procurement. Factory License under the Factories Act, GST registration, MSME Udyam, and IEC (if importing waste paper or machinery) follow in parallel.

Step 5. Machinery Procurement and Installation

Order paper machine and stock preparation line 6 to 9 months ahead of planned commissioning. Indian-made machines from manufacturers like Parason offer cost-efficient configurations for 20 to 100 TPD recycled lines. Imported machinery for larger capacities typically adds 30 to 50 percent over Indian pricing.

Small-Scale Paper Recycling Plant Setup (20 to 30 TPD)

A small-scale paper recycling unit, typically 20 to 30 TPD output, is the lowest-feasible industrial entry point for first-time investors in India. Total project cost ranges from ₹3 Cr to ₹8 Cr, with the paper machine alone consuming 40 to 50 percent of the total budget.

What ₹3 Cr to ₹8 Cr buys at small scale

Single-wire fourdrinier paper machine, 1,200 to 1,800 mm deckle width
Single-stage stock preparation: drum pulper or low-consistency pulper at 3 to 5 percent consistency
2 to 3 stages of cleaning and screening (no deinking unless producing white grades)
Operating speed 80 to 150 MPM
Output grades: kraft, testliner, fluting medium typical for first-time operators

Realistic expectations for a small-scale recycling unit

Production: 6,000 to 9,000 tonnes per year at 75 percent utilisation
Revenue at ₹35 to 50 per kg (kraft/testliner): ₹2 to 4.5 Cr per year
Gross margin: 25 to 35 percent on commodity recycled grades
Payback: 3 to 5 years with stable waste paper sourcing
Manpower: 25 to 40 employees across shifts

Small-scale operators often start with a single-grade focus (typically kraft or testliner) and add deinking or higher-value grades after the first year of stable operation. Request a feasibility study for a small-scale paper recycling unit →

Paper Recycling Plant Cost: Capex Breakdown by Capacity (2026)

Capital expenditure for a paper recycling plant in India scales non-linearly with capacity. Larger mills offer better cost-per-tonne efficiency but require significantly higher absolute investment. The figures below are industry estimates triangulated from IMARC 2026 Recycled Paper Plant Report, IMARC Recycled Waste Paper DPR 2026, and supplier-published reference projects.

⚠️ Important note on cost figures: All cost ranges in this guide are indicative, not fixed prices. Actual project cost depends on installed capacity, paper grade, machinery sourcing (Indian vs imported), automation level, plant location, land acquisition cost, raw material strategy, foreign-exchange rates, and current commodity prices. Always confirm with verified suppliers and a project Detailed Project Report (DPR).

Capacity (TPD)	Plant type	Capex (USD)	India (₹ Cr)	Per-tonne capex (₹ Lakh)
20 to 30	Small kraft and testliner mill	$0.4M to $1.0M	₹3 Cr to ₹8 Cr	₹15 L to ₹26 L
30 to 50	Mid-scale recycled kraft	$1.0M to $2.0M	₹8 Cr to ₹16 Cr	₹16 L to ₹32 L
50 to 100	Branded recycled board / kraft / writing	$2.0M to $4.5M	₹16 Cr to ₹38 Cr	₹32 L to ₹38 L
100 to 200	Large integrated recycled packaging mill	$4.5M to $9.5M	₹38 Cr to ₹80 Cr	₹38 L to ₹40 L
200+	Continuous integrated recycled mill	$9.5M+	₹80 Cr+	₹40 L+

Why per-tonne capex is lower than virgin pulp plants: recycled-paper mills skip the chemical pulping line (no digester, no recovery boiler, no causticizing) and have lower effluent treatment requirements. Stock preparation cost remains significant, but it is typically 15 to 25 percent of total capex versus 25 to 35 percent in virgin mills.

Cost ranges include machinery, building, utilities, ETP, working capital, licensing, and pre-operative expenses, but exclude land cost (varies dramatically by state).

Request a feasibility report customized to your target capacity →

Cost Components: Where Your Investment Goes

For a mid-scale 50 TPD recycled paper plant in India, the total project cost is allocated approximately as follows (industry averages from IMARC 2026 Recycled Paper Plant Report and IMARC Recycled Waste Paper DPR 2026):

Component	USD (approx)	₹ Cr	% of project	Notes
Paper machine	$1.0M to $2.0M	₹8 Cr to ₹16 Cr	40 to 50 percent	Largest single line item; single-wire fourdrinier typical at this scale
Stock preparation (pulper, screens, cleaners, refiner)	$0.3M to $0.6M	₹2.5 Cr to ₹5 Cr	12 to 18 percent	Heart of a recycling line; quality of finished paper depends on this
Deinking line (only for white grades)	$0.2M to $0.5M	₹1.5 Cr to ₹4 Cr	5 to 12 percent	Skip for kraft / testliner grades to save capex
Utilities (boiler, compressor, ETP)	$0.2M to $0.4M	₹1.5 Cr to ₹3 Cr	8 to 12 percent	Biomass boiler typical for thermal energy
Civil work and factory shed	$0.2M to $0.4M	₹1.5 Cr to ₹3 Cr	8 to 12 percent	Excluding land
Electrical, piping, installation	$0.08M to $0.15M	₹60 L to ₹1.2 Cr	3 to 5 percent
Licensing, permits, environmental approvals	$10K to $25K	₹10 L to ₹20 L	0.5 to 1.5 percent	CTE, factory licence, MSME, IEC
Pre-operative and working capital	$0.2M to $0.5M	₹2 Cr to ₹4 Cr	10 to 15 percent	First 3 to 6 months + initial waste paper inventory

Waste paper procurement requires substantial working capital. Most Indian recycled mills run on 30 to 45 day waste paper inventory, costing ₹1 Cr to ₹3 Cr depending on capacity. Plan for this in working capital separately.

Waste Paper Recycling Process

The waste paper recycling process is complex. It involves multiple stages to transform used paper into reusable one. Let’s see the step-by-step overview of how the waste paper recycling process works.

The first step involves sorting the collected waste paper according to its different grades. These waste papers are forwarded through a conveyor into the pulper where they are shredded and mixed with water to form a slurry of it. This slurry is known as pulp. The pulping process makes the slurry and removes the ink from the paper but it is still in the pulp. The pulper can be considered as one of the initial machines in waste paper recycling plant machinery.

The next processes in waste paper recycling are screening and cleaning. The pulp is then screened and cleaned to remove large contaminants like plastics, staples, and other materials. The screens and centrifugal cleaners are used as waste paper recycling plant machinery in these processes.

After the cleaning process, the contaminants are separated, but the pulp still contains ink particles. To get rid of the ink particles from pulp the next process helps which is called Deinking. In this process, the pulp is treated with chemicals and air bubbles to remove the ink particles from the fiber. It is essential for high-quality recycled paper to have a bright and clean appearance.

The deinked pulp is clean but not particularly white. To get the required whiteness to the pulp, it is processed with bleaching and again refining processes. The refining process further improves the fiber bonding, making the final paper product stronger.

Finally, the clean and refined pulp is fed into a paper machine where it is spread onto a wire mesh to form a continuous sheet. The water is drained out, and the sheet is pressed and dried to form new paper.

Waste Paper Recycling Plant Machinery

To efficiently carry out the waste paper recycling process, specialized machinery is required at each stage. Here is a list of the essential waste paper recycling plant machinery:

Pulper

Screening equipment

Refiner

Cleaner

Deinking System

Headbox

Dryers

Shoe Press

These advanced machines are developed by leading manufacturers in the paper recycling industry. Some of the top names in this field include innovators in the design of efficient and eco-friendly waste paper recycling plant machinery. These manufacturers offer a comprehensive range of equipment that covers every aspect of the recycling process.

Cardboard Recycling Machinery

Cardboard recycling machinery is structurally identical to waste paper recycling machinery, since corrugated cardboard (OCC) is the dominant input for kraft and testliner mills. A dedicated cardboard recycling unit uses the same pulper, screens, cleaners, refiner, and paper machine line, but typically optimises for high-OCC furnish (90 to 100 percent OCC vs 50 to 70 percent OCC in mixed-grade mills). The cardboard recycling factory layout follows the same five-step process: pulping, cleaning, refining, forming, and pressing. See the waste paper grades classification guide for OCC-specific quality parameters.

Waste Paper Recycling Machine Component-Level Costs

Beyond the paper machine itself, the waste paper recycling machine line includes several distinct equipment groups, each with its own pricing band:

Equipment	Function	Cost (₹)	Notes
Drum pulper or hydrapulper	Breaks down waste paper bales into pulp slurry at 3 to 5 percent consistency	₹40 L to ₹1.2 Cr	Capacity-dependent; drum pulper preferred for OCC
Pressure screen and cleaner bank	Removes plastics, staples, sand, glass, metal fragments	₹30 L to ₹1 Cr	Multi-stage at 0.15 to 0.25 mm slot width
Refiner	Develops fiber bonding for sheet strength	₹25 L to ₹60 L	Disc refiner or conical refiner
Deinking line (optional, for white grades)	Flotation cells to remove ink particles	₹1.5 to ₹4 Cr	Skip for kraft/testliner to save capex
Forming section and wire	Drains water from pulp slurry to form wet sheet	₹1.5 to ₹3 Cr	Part of paper machine assembly
Press and dryer section	Removes water mechanically and thermally	₹2.5 to ₹6 Cr	Steam-heated dryer cylinders typical

The component cost breakdown applies to a 30 to 50 TPD recycled paper line. Smaller units have proportionally lower per-component cost but lose volume economics. Larger units (100+ TPD) command 30 to 50 percent component cost premiums but recover via higher per-tonne output efficiency.

Top Manufacturers of Waste Paper Recycling Plant Machinery

When it comes to the leading manufacturers of waste paper recycling plant machinery, several companies have established themselves as industry leaders. These companies are known for their cutting-edge technology, reliable equipment, and commitment to sustainability. Among them is Parason, a global leader in the paper recycling industry, known for its innovative solutions and customer-centric approach. Parason offers a wide range of equipment for waste paper recycling, including pulpers, refiners, and deinking systems.

Other prominent manufacturers in the industry include companies known for their high-performance machinery and extensive experience in the field. The other names of the top manufacturers of waste paper recycling plant machinery include Valmet, Andritz, Voith, Kadant, etc. These companies have a strong global presence and have contributed significantly to the advancement of waste paper recycling technology. They work closely with paper manufacturers to provide customized solutions that meet the specific needs of each recycling plant.

Licenses, Permits, and Regulatory Requirements

Mandatory licenses and approvals (India)

Consent to Establish (CTE) from State Pollution Control Board (CPCB or state PCB), required BEFORE machinery procurement
Consent to Operate (CTO) from State PCB, issued after plant installation and trial
Factory License under the Factories Act, 1948
GST registration (mandatory for B2B billing)
MSME Udyam registration (for government scheme eligibility)
Import-Export Code (IEC) if importing waste paper or machinery
Hazardous Waste Authorization from State PCB if processing imported waste paper
Fire NOC, building plan approval, and electrical safety certificate

Imported waste paper requires additional BIS and PWM compliance under the 2022 amendment, particularly relevant for OCC and mixed paper imports.

Government Schemes and Subsidies for Paper Recycling Mills in India

Several Government of India schemes apply to paper recycling projects, particularly small to mid-scale operations:

PMEGP (Prime Minister Employment Generation Programme): subsidies up to 35 percent for projects below ₹50 Lakh; below ₹25 Lakh for service-sector adjacent units
MUDRA loans: working capital and term-loan support for micro-enterprises (up to ₹10 Lakh under Shishu/Kishor categories)
Credit Guarantee Fund Trust for Micro and Small Enterprises (CGTMSE): collateral-free credit guarantee up to ₹2 Cr
State-level industrial promotion subsidies: power tariff rebates, stamp duty exemption, capital subsidy (Andhra Pradesh, Madhya Pradesh, Gujarat, Maharashtra each have distinct schemes)
Pollution Control Board incentives for waste-paper-based mills meeting effluent norms (specific to Gujarat and Tamil Nadu)

Best Indian States for Paper Recycling Plant Setup

Site selection criteria (in priority order)

Waste paper availability: proximity to urban hubs (Delhi NCR, Mumbai-Pune, Chennai, Hyderabad, Bangalore, Kolkata) reduces inbound logistics cost
Industrial power tariff: Maharashtra, Gujarat, Andhra Pradesh offer competitive industrial tariffs; some northern states exceed ₹10 per unit
Water availability: 40 to 50 m³ per tonne of paper; districts with reliable groundwater or surface water source preferred
Land cost and industrial estate availability: state industrial development corporations offer ready industrial plots at subsidized rates
State PCB approval timeline and processing speed: varies dramatically by state
Buyer proximity: corrugated box plants and packaging converters within 500 km radius

Top states for new paper recycling mills based on the above criteria: Gujarat, Andhra Pradesh, Telangana, Maharashtra, Tamil Nadu, and Madhya Pradesh. Punjab and Himachal Pradesh are emerging due to ample fiber availability and pulp-industry adjacency.

Operating Cost and Profitability

For a running paper recycling plant in India, the operating cost structure typically allocates as follows (industry averages from IMARC 2026 Recycled Paper Plant Report and IMARC Paper Recycling Processing Plant Report; allocations may vary 5 to 10 percent by raw material strategy):

OpEx component	Share of OpEx	Notes
Waste paper (raw material)	50 to 60 percent	OCC, mixed waste, ONP prices vary by grade and season
Utilities (electricity, thermal, water)	20 to 30 percent	State industrial power tariffs vary 6 to 11 ₹/unit
Chemicals (additives, retention aids, sizing)	5 to 8 percent	Lower than virgin pulp mills
Manpower	5 to 8 percent	25 to 60 employees per shift typical at mid-scale
Maintenance, spares, consumables	3 to 5 percent	Wire and felt replacement, screens, refiner plates
Logistics, packaging, admin	3 to 5 percent	Inbound waste paper freight is significant

Profit margin expectations

Gross margin: 30 to 40 percent on standard kraft and testliner (IMARC 2026 Recycled Paper Plant Report).
Net profit margin: 12 to 20 percent after depreciation, interest, and tax.
Payback period: 3 to 5 years with stable operations and 75 percent+ capacity utilization.
EBITDA margin at full ramp: 25 to 35 percent at 80 percent+ utilization.

Two common failure modes for Indian paper recycling units and recycled paper mills: (a) under-estimating working capital and seasonal waste paper price volatility, leading to cash-flow stress in the first 9 to 12 months; (b) quality consistency on GSM, brightness, and moisture, which buyers reject and which destroys customer relationships in regional B2B markets.

How to Evaluate a Paper Recycling Plant Machinery Vendor

The paper machine plus stock preparation line is 55 to 65 percent of your total project cost. Picking the wrong vendor compounds quality, downtime, and spare-parts cost problems for the entire life of the mill. Use this checklist before signing any purchase order.

Check	What to verify	Red flag
Operating reference mills	At least 3 operating recycled paper mills you can physically visit at similar capacity and grade.	Reference list withheld; only photos, no plant visits.
Stock prep specifications	Pulper consistency (3 to 5 percent), refining energy per tonne, screen efficiency curves, cleaner efficiency curves.	Specs given verbally only; no published refining-energy data.
Fiber yield guarantee	Written commitment on percent fiber recovery from OCC, mixed waste, and ONP inputs.	No measurable yield commitment in the PO.
After-sales infrastructure	Local Indian service team, response time SLA in writing, defined service stations within 8 to 12 hour reach.	"Engineers visit on need basis", typically 7 to 14 day downtime per incident.
Spare-parts strategy	Critical spares stocked in India or available within 7 days. Wire and felt suppliers identified, not single-sourced.	Spares only from OEM; no Indian replacement option.
Training and commissioning	Operator training (minimum 2 weeks pre-commissioning plus 2 weeks during ramp-up) included in scope.	Training quoted separately at high per-day rates.
ISO and quality certifications	ISO 9001 for the manufacturing facility, valid certificates checked on issuing body website.	Certificates older than 3 years, expired, or translated copies only.
Payment terms	Spread across milestones (advance, drawing approval, dispatch, commissioning, performance acceptance). No more than 20 percent advance.	50 percent+ advance with no milestone-tied retention.
Performance guarantee	Written guarantee of contracted TPD output, GSM range, brightness specs for 12 to 24 months. Penalty clauses for non-performance.	"Warranty available" with no specifics in the PO.

The single highest-impact step: Visit two operating recycled paper mills of any vendor you are considering. Speak to the operators, not the owners, about waste paper acceptance variability, screen cleaning frequency, refiner-plate life, and how the vendor responded to the last breakdown.

References & Sources

IMARC 2026 Recycled Paper Plant Report: Recycled paper plant project economics, capex breakdown, OpEx structure.
IMARC Recycled Waste Paper DPR 2026: Waste paper plant capacity tiering, raw material strategy.
IMARC Paper Recycling Processing Plant Report: Processing plant cost and machinery requirements.
IPMA statistics: India domestic production and demand data.
CPCB: Central Pollution Control Board, effluent norms and CTE/CTO requirements.
Manufacturer technical sheets: Parason Machinery, JMC Paper Tech, Voith Paper, Andritz (stock preparation and paper machine specifications).

All currency figures (₹, USD) are indicative ranges for 2026 industrial-scale recycled paper plants in India. Component pricing varies by deckle width, grade target (kraft/testliner/fluting/writing), automation level, and origin country. Always validate against a verified vendor quotation and a state-specific DPR before committing capex.

Paper Recycling Plant Cost in India 2026

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