Law Updates

Subject

Summary: The Rajasthan State Pollution Control Board (RSPCB) has extended the compliance deadline for tyre pyrolysis units to 30 September 2026, underscoring the need for industry stakeholders to adjust their planning timelines accordingly. For tyre pyrolysis plant owners across Rajasthan, this is not just another date change. It affects how much time remains to plan investment, complete engineering upgrades, and secure fresh Consent to Establish (CTE) and Consent to Operate (CTO) approvals for continuous-type plants. Key Highlights of the Latest RSPCB Notification RSPCB regulates industrial pollution across Rajasthan. Tyre pyrolysis units fall under its watch because the process can release smoke, oil vapour, and other emissions if not properly managed. The latest office order does three simple things. It pushes the compliance date forward and emphasizes that switching to continuous-type technology offers significant safety, environmental, and operational efficiency benefits, thereby encouraging industry confidence. Here is a quick summary of the notification. Quick Facts Table Detail Information Issuing Authority Rajasthan State Pollution Control Board (RSPCB) Earlier Deadlines 31.12.2025 to 31.03.2026 to 30.06.2026 Revised Deadline 30.09.2026 Who Must Comply All existing batch-type tyre pyrolysis units in Rajasthan Approvals Required All existing batch-type tyre pyrolysis units in Rajasthan must obtain Consent to Establish (CTE) and Consent to Operate (CTO) for their new continuous-type plants, thereby clarifying the essential regulatory steps for compliance. Consent to Establish, or CTE, is a permission a business needs before building or modifying a plant. Consent to Operate, or CTO, is the permission required actually to run the plant. Both come from the State Pollution Control Board. RSPCB is telling every batch-type tyre pyrolysis unit in the state to switch to the continuous process, and it has now given three extra months to complete this switch, helping industry stakeholders plan effectively and feel more in control. Background of the Compliance Framework Tyre pyrolysis is a process that breaks down old, waste tyres using heat in a chamber without oxygen. The process produces pyrolysis oil, char, steel wire, and gas. The oil can be used as an industrial fuel, and the char can be processed further. RSPCB had actually stopped approving new tyre pyrolysis units in Rajasthan since 2012. Older batch-type plants raised concerns about smoke, odour, and safety, especially when run manually without proper automation. Over time, national studies changed the picture. The Central Pollution Control Board (CPCB), along with expert institutes such as NEERI and IIT Delhi, studied both advanced batch-automated plants and continuous-type plants. The results showed that continuous-type plants, along with advanced automated batch plants, controlled emissions far better than old-style manual batch units. Based on this research, CPCB issued a Standard Operating Procedure (SOP) for tyre pyrolysis oil units on 16 January 2024. This SOP laid out safety rules, site requirements, and pollution control norms for the sector across India. Following this direction, RSPCB decided that Rajasthan would move fully toward continuous-type technology. Timeline Table Date Development 2012 RSPCB stops granting approvals to new tyre pyrolysis units in Rajasthan 17.08.2023 RSPCB issues the original order requiring conversion to continuous type by 31.12.2025 16.01.2024 CPCB issues national SOP for tyre pyrolysis oil (TPO) units 30.12.2025 RSPCB extends the deadline to 31.03.2026 30.03.2026 RSPCB extends the deadline further to 30.06.2026 14.09.2026 RSPCB extends the deadline again to 30.09.2026 RSPCB is not introducing a brand-new rule. It is giving batch-type tyre pyrolysis units more time to complete a conversion that was already ordered back in August 2023. What Has Changed Under the Latest RSPCB Order? The core requirement has not changed at all. Only the deadline has moved. Under the original 2023 order, RSPCB said that the Consent to Operate for batch-type units would be renewed only if the units converted to a continuous process by 31 December 2025. That date was later pushed to 31 March 2026, then to 30 June 2026. The latest order pushes it once more, to 30 September 2026. Existing batch units that do not convert to continuous-type technology by the new deadline risk losing their Consent to Operate renewal, which could lead to operational shutdowns and regulatory penalties, underscoring the critical need for timely compliance. Old vs New Comparison Table Point Earlier Position Current Position Deadline for conversion 30.06.2026 30.09.2026 Technology required Continuous-type plant Continuous-type plant (unchanged) Approval needed CTE and CTO from RSPCB CTE and CTO from RSPCB (unchanged) New unit approvals Only continuous type allowed Only continuous type allowed (unchanged) Batch type renewal Conditional on conversion plan Conditional on conversion plan (unchanged) So the notification is really a timeline update, not a policy change. The direction of the tyre recycling industry in Rajasthan remains fixed toward continuous-type technology. Why Has RSPCB Extended the Compliance Deadline? RSPCB has not detailed the reasons in the brief order, but recognizing practical challenges such as funding, construction timelines, and application processing helps industry owners feel supported and better prepared during this transition. Below are the likely reasons, explained through the lens of the challenges tyre pyrolysis businesses have reported and the outcomes RSPCB appears to be targeting. Continuous-type plants need significant capital investment. Reason for extension: businesses need more time to arrange funds and select the right technology supplier. Expected benefit: a properly funded conversion instead of a rushed, poorly built plant. The engineering and civil work required to set up a new plant may take several months. Reason for extension: It is not possible to complete construction, equipment installation, and testing within a short period. Expected advantage: Plants will be prepared for inspection. CTE and CTO applications will require documentation and verification. Reason for extension: Regional offices will need time to process multiple applications. Expected advantage: Smoother processing of applications without last-minute bottlenecks. Shutting down batch units not in compliance with the requirements may cause problems in managing tyre waste. Reason for extension: Rajasthan will need continuous tyre-recycling capacity. Expected advantage: Continuous recycling of tyres in Rajasthan. Why Is RSPCB Promoting Continuous-Type Tyre Pyrolysis Plants? A continuous-type plant feeds raw material in and continuously removes finished output, without stopping and restarting the chamber for each batch. This single design difference creates a chain of environmental and safety advantages. Continuous plants generally run at more stable temperatures. A stable process controls smoke and fumes better than a chamber that repeatedly heats and cools. Studies referenced in the CPCB SOP found that continuous-type plants, along with advanced automated batch plants, had no significant negative impact on ambient air quality. Another consideration is automation. Continuous process plants typically have PLCs (programmable logic controllers), sensors, and automatic feeding systems. This leads to less handling of hot materials and, hence, a reduced risk of work-related injuries. The plant also becomes more efficient. By continuously processing the rubber waste without repeatedly shutting down and starting up, the plant consumes less energy per tonne of tyre waste processed than an interrupted cycle would. Benefits Table Area Batch Type Plant Continuous Type Plant Emission control Harder to control, especially during startup More stable and easier to monitor Fuel efficiency Energy lost during repeated heating cycles Energy saved through continuous heat retention Worker safety More manual handling of hot chambers Automated feeding reduces manual risk Long-term outlook Facing regulatory phase-out Preferred and promoted technology Batch-Type vs Continuous-Type Tyre Pyrolysis Plants Both technologies are used to convert waste tyres into pyrolysis oil, char, steel, and gas. The difference lies in how the raw material moves through the reactor. A batch-type plant loads shredded tyre material into a closed chamber. The chamber is sealed, heated, and left to complete the pyrolysis reaction. Once finished, the chamber cools down, and workers remove the output before loading the next batch. Basic batch plants often depend heavily on manual labour and simple temperature controls. A continuous type plant, on the other hand, keeps the reactor running non-stop. Fresh shredded tyre material enters at one end through an automatic feeding system, while oil, gas, char, and steel are separated and collected at the other end. The reactor rarely needs to shut down, apart from scheduled maintenance. Detailed Comparison Table Parameter Batch Type Plant Continuous Type Plant Working method Load, process, unload in cycles Continuous feed-in and output Production process Stop-start operation Uninterrupted operation Capacity Generally suited to smaller volumes Generally suited to larger volumes, above 60 TPD in many state guidelines Fuel use Higher due to repeated heating Lower due to sustained heat Labour requirement Higher, more manual handling Lower, mostly automated Automation Limited in basic units High, with PLC-based controls Pollution Higher risk during load/unload cycles Lower risk with steady-state operation Safety More exposure to hot chambers Reduced worker exposure Maintenance Frequent, tied to each cycle Scheduled, less frequent interruption Product quality Can vary batch to batch More consistent output quality Operating cost Lower entry cost, higher running cost Higher entry cost, lower running cost over time Regulatory acceptance Being phased out for renewal in Rajasthan Actively promoted by RSPCB and CPCB Long-term suitability Limited future for renewal approvals Aligned with future compliance direction Which Technology Is Better for Future Compliance? Continuous-type technology is the clear direction for future compliance in Rajasthan. RSPCB has stopped approving new batch-type units since 2012, and is now phasing out renewal approvals for existing batch units unless they convert. Any business planning to remain in the tyre pyrolysis sector over the next several years should treat continuous conversion as a business necessity, not just a paperwork requirement. Who Is Required to Comply With This Notification? The notification is specific about which units fall under its scope. Existing batch-type units: Every plant currently operating on a batch process in Rajasthan must convert to a continuous process by 30.09.2026. Units holding a current CTO: Even if a batch unit already has a valid Consent to Operate, renewal will depend on completing the conversion. New projects: Any fresh tyre pyrolysis project in Rajasthan can only be approved as a continuous-type plant, since RSPCB does not permit new batch-type units. Expansion projects: Units expanding their existing capacity should plan the expansion around continuous-type technology, since regulatory approval will follow the same direction. Businesses not covered: Units that already operate on continuous-type technology, or units in other industries unrelated to tyre pyrolysis, are not affected by this specific order. Implementation Timeline and Compliance Milestones Businesses should treat 30 September 2026 as the final checkpoint, not the starting point for planning. Working backwards from that date helps avoid a last-minute rush. Timeline Table Milestone Suggested Timeframe Internal compliance review Immediately Budget approval and vendor selection Within 4–6 weeks CTE application submission Within 2–3 months Plant construction and machine installation Ongoing, based on vendor timeline Pollution control equipment installation Before commissioning Site inspection by RSPCB Before CTO application CTO application and approval Before 30.09.2026 Final compliance confirmation On or before 30.09.2026 Numbered Milestone List Review current plant status and pending approvals. Finalise the continuous type technology vendor. Apply for Consent to Establish. Complete civil and mechanical construction. Install pollution control and safety systems. Request site inspection from RSPCB. Apply for Consent to Operate. Obtain final approval before the deadline. Compliance Requirements for Tyre Pyrolysis Units Compliance under this notification covers more than just changing machinery. It touches technology, paperwork, and monitoring. Technology upgrade: The reactor and feeding system must be designed for continuous processing, not a modified batch chamber. Consent to Establish (CTE): This consent is mandatory before construction or modification. This approval assures that the plant design satisfies the pollution control requirements. Consent to Operate (CTO): This consent is required before the plant can commence commercial production. The RSPCB issues it once it has been assured that the plant complies with the approved design. Environmental clearances: As the tyre pyrolysis products fall under the hazardous waste category, additional clearances related to hazardous waste requirements must be obtained, depending on plant capacity and location. Pollution control devices: Scrubbers, condensers, and a gas-handling system must be installed for pollution and odour control. Inspection process: RSPCB officials visit the plant site before issuing a CTO to inspect the installed equipment. Compliance Checklist Confirm current plant classification (batch or continuous) Select a continuous-type technology vendor Prepare technical drawings and process flow documents Apply for CTE with RSPCB Install approved pollution control equipment Complete safety and automation systems Undergo site inspection Apply for and obtain CTO Keep renewal documents updated Step-by-Step Compliance Process for Businesses Step 1: Confirm the current clearance status. See if the existing "Consent to Operate" mentions anything about conversion. It provides the actual deadline for that particular unit. Step 2: Evaluate the existing plant. Find out which parts of the present batch system - land, shredders, or storage spaces - can be re-used in the new continuous process. Step 3: Decide on continuous-type technology. Make a comparison of vendors not only in terms of cost but also in terms of capacity and service support. Step 4: Develop technical documentation. Have the process flow diagrams and the technical description of the equipment ready for submission with the CTE application. Step 5: Apply for Consent to Establish. Submit the CTE application along with required documents to the regional RSPCB office. Step 6: Execute construction and installation. Coordinate closely with the technology vendor to avoid delays in machine delivery or civil work. Step 7: Installation of pollution control devices. Install scrubbers, gas handling system, and monitoring instruments along with the plant, and not as an afterthought. Step 8: Ask for site inspection. Once the plant installation is completed, ask the RSPCB to inspect the plant in accordance with the approved drawings. Step 9: Apply for Consent to Operate (CTO). Get the CTO approved along with the required documents and inspection clearance. Step 10: Comply with CTO requirements. After obtaining the CTO's approval, comply with the requirements to prevent future complications. Documents Required for Compliance Document Purpose Issuing Authority (where applicable) Existing Consent to Operate copy Shows current approval status RSPCB Land ownership or lease documents Confirms legal right to operate at the site Revenue Department / Owner Process flow diagram Explains how the continuous plant will function Prepared by applicant/consultant Equipment specification sheet Details machinery and pollution control systems Technology vendor CTE application form Formal request for establishment approval RSPCB CTO application form Formal request for operation approval RSPCB Hazardous waste authorisation (if applicable) Covers handling of pyrolysis byproducts RSPCB / State Pollution Control Committee Site layout plan Shows plant location, buffer zones, and safety distances Prepared by applicant/consultant Each document helps RSPCB verify that the plant is designed and built to meet environmental and safety standards before it begins full operation. Impact of the Extended Deadline on Businesses Positive Impact More time to raise funds without rushing into loans on unfavourable terms. Better opportunity to select a reliable technology vendor instead of the first available option. Reduced risk of construction shortcuts that could later cause inspection failures. Continued tyre recycling capacity in Rajasthan during the transition period. Business Challenges Businesses that delay planning may still face a time crunch as September 2026 approaches. Vendors may see high demand as many plants convert around the same period, leading to longer waiting times. Regional RSPCB offices may face a higher volume of applications near the deadline. Financial and Operational Challenges Businesses May Face Switching from batch to continuous technology is a bigger commitment than a routine equipment upgrade. Investment: Continuous-type plants generally cost more upfront than basic batch systems because they include automation and advanced pollution-control equipment. Technology upgrade: Businesses need to choose equipment that matches their tyre waste volume, as an oversized or undersized plant can create operational problems later. Downtime: Some units may need to pause batch operations temporarily during construction, affecting short-term revenue. Engineering changes: Continuous plants often need different foundation work, feeding systems, and layout compared to batch units. Documentation: Preparing accurate technical documents takes time and usually needs support from an experienced consultant. Approval timelines: CTE and CTO processing depends on RSPCB's workload and the completeness of submitted documents. Challenge vs Possible Solution Table Challenge Possible Solution High upfront investment Explore phased investment or equipment financing options. Choosing the right vendor Compare multiple vendors and check past installations. Operational downtime Plan construction during a lower-demand business period Complex documentation Engage an environmental compliance consultant early. Approval delays Submit complete, error-free applications the first time. Benefits of Upgrading to Continuous-Type Technology Environmental Advantages: lower emissions, improved odour control, and minimised fugitive gas releases compared with the old-fashioned batch process. Economic Advantages: greater uniformity in product quality and a relatively lower fuel cost per tonne of waste tyre processed. Regulatory Advantages: Continuous plants now and in the future fall under RSPCB approval guidelines. Operational Advantages: Reduced dependence on manpower and decreased safety hazards because of automated material handling. Comparison Table Category Batch Type Outcome Continuous Type Outcome Environment Higher emission risk Lower emission risk Business Variable output quality Consistent output quality Compliance Facing phase-out Fully aligned with regulation Operations Higher manual dependency Higher automation, lower risk Risks of Non-Compliance After September 2026 Missing the 30 September 2026 deadline can create serious business disruption. Regulatory action: RSPCB can refuse to renew Consent to Operate for a batch-type unit that has not converted. Operational restrictions: a unit without valid CTO cannot legally continue production, which can halt operations entirely. Delays in approvals: units that apply late may face longer processing times due to a rush of applications near the deadline. Business impact: production stoppage affects revenue, existing contracts, and supply commitments to buyers of pyrolysis oil. Environmental consequences: the continued operation of poorly controlled batch units contributes to the very emissions and safety concerns that the RSPCB is trying to address. Business Opportunities Created by the Extended Deadline The transition period also opens doors for several types of service providers. Opportunity Table Business Type Opportunity Created Technology suppliers Rising demand for continuous-type pyrolysis reactors and automation systems Engineering companies Rising demand for continuous-type pyrolysis reactors and automation systems Environmental consultants Demand for CTE/CTO documentation and regulatory guidance Compliance agencies Demand for end-to-end approval support and inspection readiness Pollution control equipment manufacturers Demand for scrubbers, condensers, and monitoring instruments Investors Opportunity to fund modernised, compliant tyre recycling capacity in Rajasthan Is This the Right Decision or an Additional Burden? Benefits Challenges Continuous plants control smoke and fumes more effectively than manual batch chambers Continuous type technology needs a much larger upfront investment than a basic batch setup Stable, steady-state operation reduces emission spikes during startup and shutdown cycles Civil work, foundations, and layout often need to be rebuilt, not just upgraded Automated feeding systems cut down manual handling of hot material, improving worker safety Skilled operators and technicians are needed to run automated, PLC-based systems Consistent process conditions lead to more uniform pyrolysis oil, char, and gas quality Vendor selection takes time, and demand for continuous plant suppliers may rise as the deadline nears Lower fuel use per tonne of tyre waste over time, since the chamber does not repeatedly cool and reheat Documentation for CTE and CTO takes technical expertise many small operators do not have in-house Aligns with RSPCB's long-term direction, so future renewals face less regulatory risk Construction and installation may cause temporary downtime, affecting short-term revenue Supports Rajasthan's broader air quality and pollution control goals under CPCB's SOP Smaller, standalone operators may struggle to match the compliance pace of larger, well-funded units Reduces the chance of sudden regulatory action, like non-renewal of Consent to Operate A last-minute rush near 30.09.2026 could strain RSPCB's inspection and approval capacity Positions the business for continued market access to buyers of pyrolysis oil and byproducts Financing options for equipment upgrades may not be easily available to every business Creates a safer, more modern work environment that can help with hiring and retention Learning new operating procedures and safety protocols takes time and training The table leans toward the extension being a workable middle path rather than a pure burden. The environmental and long-term business case for continuous-type technology is strong, but the short-term financial and logistical load falls unevenly; larger units can absorb it more easily than smaller ones, which is where early planning and consultant support matter most. How Businesses Can Prepare Before the New Deadline Conduct a compliance review of the current plant and existing approvals. Prepare a realistic budget covering equipment, construction, and approval costs. Shortlist and finalise a continuous-type technology vendor early. Assemble all required documentation in advance. Select experienced contractors and equipment suppliers. Submit CTE and CTO applications as soon as the plant is ready. Regularly track project progress against the milestone timeline. Compliance Checklist for Tyre Pyrolysis Units Review existing approvals Assess current plant technology Select continuous-type system Prepare engineering plan Apply for CTE (if required) Upgrade pollution control equipment Complete inspection Obtain CTO Complete compliance before the deadline How Corpseed Can Help Corpseed works with businesses across India on environmental compliance, hazardous waste management, and Pollution Control Board approvals. For tyre pyrolysis units in Rajasthan, this kind of support can make the RSPCB tyre pyrolysis compliance deadline easier to manage. Compliance Position Review Checks the plant's current Consent to Operate for any conversion condition or attached deadline. Identifies gaps between the existing batch setup and continuous type requirements. Flags pending renewals or missing approvals early, before they become urgent. Technical and Legal Documentation Prepares process flow diagrams and equipment specification sheets for submission. Drafts CTE and CTO application forms with accurate, consistent details. Reviews site layout plans against RSPCB's buffer zone and safety norms. CTE and CTO Application Support Assists with submitting the Consent to Establish application to the regional RSPCB office. Coordinates the site inspection process once construction is complete. Follows up on the Consent to Operate application to avoid unnecessary delays. Hazardous Waste Authorisation Advises on hazardous waste authorisation where pyrolysis byproducts require it. Helps align hazardous waste handling and storage practices with regulatory expectations. End-to-End Project Coordination Acts as a single point of contact between the business and regulatory offices. Tracks project milestones against the 30 September 2026 deadline. Reduces the risk of missing the deadline due to documentation gaps or process delays. The RSPCB has granted an extension of the deadline for batch-type tyre pyrolysis units to be converted to continuous-type units until 30 September 2026. However, the core condition remains the same. Every single batch unit must make the transition and obtain new CTE & CTO approvals. This grace period must be treated as additional time for planning purposes, not as grounds for procrastination. The process of choosing the right technology, building, and getting required permits takes months of effort. An early start will guarantee smooth legal operations in the future, prevent last-minute rushes among vendors and RSPCB officials, and contribute positively to the environment. The only practical recommendation for business owners is to begin the conversion process before 30 September 2026.