Business & industry
What the company actually does, its customers, competition and the industry it sells into.
This section provides an overview of the industry context, drawing information from a report titled "Recycled resins market" prepared by Lattice Technologies Private Limited. It details various macroeconomic and demographic trends in India, including projected GDP growth, changes in the middle class, infrastructure investments, and technological advancements. The text also discusses the performance of India's industrial production, inflation projections, and urbanization trends, all of which impact the demand for packaging materials and plastic products.
The analysis of the plastic market indicates significant growth and segmentation across various polymer types. Polyethylene Terephthalate (PET) is highlighted as a key segment, showing strong growth projections, particularly in the context of beverage packaging and textiles. The market volume is expected to expand, with Asia & Pacific being the primary growth driver, while Europe is seeing a decline due to sustainability efforts. Furthermore, India is noted as a leading market in plastic recycling rates, especially for PET, and regulatory frameworks are increasing pressure on recycled content in various regions.
This section discusses the growing trend of plastic production, use, and waste, highlighting increasing focus on recycling infrastructure and circularity initiatives due to environmental concerns. It details various global and regional regulations concerning plastic, such as bans in the EU, international treaties, and US single-use plastic laws. Furthermore, it provides an overview of the Indian plastic market, including projected growth in market value and volume across different polymer segments, as well as trends in per capita consumption and waste generation. The text also touches upon the growth in plastic waste and the role of various regulations in supporting plastic waste collection and recycling.
The issuer's activities touch upon various environmental regulations and initiatives related to plastic waste management, including amendments and centralized reporting portals. These efforts are aligned with broader goals for an inclusive circular economy, which involves source segregation and establishing Material Recovery Facilities (MRFs). Furthermore, the text discusses the growth of the global PET market, noting its projected expansion and the role of various industries in adopting PET for packaging. Specific segments of the PET market, such as rigid and flexible packaging, are highlighted in relation to market share.
The analysis covers the PET packaging market, noting that rigid packaging dominated with 61.8% market share in CY25, while flexible packaging held the remaining 38.2%. The growth in the PET market is fueled by increased demand for packaged food, beverages, and personal care products, alongside the expanding segment of flexible packaging due to its cost-effectiveness and versatility. Regional market shares for PET packaging vary significantly across APAC, North America, and Europe, with APAC leading in market value. The PET industry is currently focused on sustainability, innovation, and adherence to global regulations concerning recycling and plastic waste management.
The Indian PET packaging market is experiencing substantial growth, with the beverage sector leading the demand, followed by the textile sector. The market size has shown significant expansion, with projections indicating substantial future growth. Rigid packaging dominates the market share, primarily driven by the beverage industry, and the growth is supported by government initiatives and product innovation. The market is also expanding in terms of volume, with growth fueled by increasing use of PET packaging across various industries.
The market for recycled PET (rPET) is experiencing significant growth, driven by sustainability mandates and increasing consumer demand for eco-friendly packaging across various industries. India's rPET market is projected for substantial expansion in both value and volume, supported by regulatory shifts and investments in recycling infrastructure. Furthermore, various government regulations, such as the Plastic Waste Management Rules, impose obligations on producers, importers, and brand owners regarding the use of recycled plastic content in packaging. These regulations aim to formalize the plastic waste management sector and encourage the adoption of recycled materials.
The text discusses the distinction between mechanical and chemical recycling processes for PET plastics, noting that mechanical recycling is cost-effective but limited to clean plastics, whereas chemical recycling can process complex, contaminated, or colored plastics by breaking them down into molecular building blocks. Chemical recycling is highlighted as a complementary solution that preserves polymer integrity and allows for upcycling into high-quality materials, supporting the circular economy. The text also covers the growth in the rPET industry in India, the global investment trends in the recycled plastic space, and the market dynamics of recycled polyester staple fibre (rPSF).
The analysis covers the global and Indian rPSF market dynamics, highlighting regional performance and segment trends. Globally, APAC leads the market, with projections for continued dominance by CY30. In terms of market segments, the traditional textile segment currently dominates, but the technical textile segment is expected to gain traction. The Indian market shows strong growth drivers related to sustainability and demand, with projections for significant volume increases by FY31. Regional breakdowns within India show varying leadership across different regions for rPSF market share.
The market analysis covers several aspects related to the recycled polyester (rPSF) market and the food-grade rPET resin market. In the rPSF market, the traditional textile segment currently dominates, with projections for future shifts in market share. The market growth is supported by increasing demand from various applications and investments in recycling infrastructure, although challenges like raw material availability persist. Regarding the food-grade rPET resin market, both global and Indian segments show significant growth driven by sustainability trends and regulatory mandates. This growth is fueled by demand for sustainable packaging, advancements in recycling technology, and efforts by manufacturers to expand recycling capabilities.
The Indian food-grade rPET resin market is experiencing rapid growth, driven by increasing demand from high-growth sectors and stringent government regulations. The market is fueled by the generation of plastic waste in India and mandates for recycled content in packaging. Key aspects include the development of various recycling technologies and the establishment of strict guidelines by regulatory bodies like FSSAI to ensure safety and quality. Furthermore, the global chemically recycled PET resin market is also expanding, with textiles currently leading the segment.
The text discusses the market for chemically recycled PET resin, noting that the flexible packaging segment currently holds the smallest market share at 8.0% in CY25 and is anticipated to see a gradual decline. The global market for chemically recycled PET resin is expected to experience substantial growth, fueled by increased investments, technological advancements, and strategic partnerships. Key drivers for this growth include investments by leading organizations, government incentives, and advancements in chemical recycling technologies. Furthermore, robust collaborations among stakeholders are enhancing the entire value chain and driving sector growth.
The Indian market for chemically recycled PET resin is experiencing rapid growth, driven by a shift towards chemical recycling, increased investments, technological advancements, and expanding plant capacities. This growth is fueled by heightened environmental awareness, stricter regulations aimed at curbing plastic waste, and a growing demand for sustainable packaging options. Leading companies are transitioning to chemical recycling solutions, and advancements in recycling technologies are improving the efficiency of material recycling.
The text discusses the growth prospects for the chemically recycled PET resin market in India, driven by practices and circular economy principles. Key challenges in this market include high production costs, limited infrastructure, and environmental concerns such as high energy consumption and toxic byproducts, along with inconsistent regulations. Chemically recycled PET resin is being adopted across various sectors, including textiles, packaging, automotive, construction, and consumer products. Specific examples detail its use in creating fibers, interior components, polymer concrete, and cosmetic containers. Furthermore, the text contrasts chemical recycling with mechanical recycling, noting that chemical recycling can depolymerize PET into monomers, offering superior quality and potential for repeated recycling compared to mechanical methods.
JB Ecotex is a manufacturer specializing in recycled PET-based products, converting post-consumer PET waste into raw materials for various industrial applications. The company operates across the PET recycling value chain, producing products such as recycled polyester staple fibre (RPSF), Food Grade rPET Resins, Chemically Recycled Resins, and rPET flakes. The company emphasizes sustainability and supports the circular economy through plastic material recovery and reuse. JB Ecotex serves customers both domestically and internationally, with exports reaching 25 other countries.
JB Ecotex has secured approvals from two of the largest global beverage manufacturers for the production of Food Grade rPET Resins. The company utilizes advanced technology, including EREMA VACUNITE or EREMA VACUREMA high-vacuum extrusion technology and Solid State Polycondensation (SSP) technology from Polymetrix, and was the first in India to install and commission the relevant equipment from EREMA. The manufacturing facilities hold various certifications, including IS 17263:2022, ISO 9001:2015, ISO 14001:2015, and ISO 15270:2008, and also has approvals from the U.S. Food and Drug Administration (“USFDA”) and the Food Safety and Standards Authority of India (“FSSAI”). Furthermore, the products are certified under globally recognized standards such as the Global Recycled Standard (“GRS”), OEKO-TEX Standard 100, and ISCC, alongside registration with Sedex and Ocean Bound Plastic Certification.
The analysis details the market share distribution of the global recycled filament yarn market across different regions and segments, along with projections for future years. Key findings include regional market leadership, the performance of specific yarn types, and the growth trajectory of India's recycled filament yarn market. The analysis highlights shifts in market share between different yarn segments and forecasts for future market expansion.
The market for recycled filament yarn in India is expected to expand significantly, growing from 117.3KT in FY26 to 236.0KT by FY31, driven by increased demand across various textile applications and consumer preference for sustainable products. The market share is geographically distributed, with the Western region leading in various metrics. Furthermore, the market is segmented by yarn type, with POY leading in value but expected to decline, while FDY is projected to expand, and other segments are anticipated to grow.
The company is the second largest PET recycling company in India by installed capacity as of August 31, 2026, with a capacity of 1,80,360 MTPA. The company recycles PET bottles and other PET waste into recycled PET products used in textiles, food-grade packaging, and other materials. They are unique in India for having both mechanical and chemical PET waste recycling capabilities, and they are one of only two companies in India with commercial-scale chemical recycling capabilities. The product portfolio includes recycled polyester staple fibre (RPSF), food-grade recycled PET resins, recycled PET flakes, and chemically recycled resins. Manufacturing facilities are located in Dhamdod, Surat, Gujarat, and the JB rPET manufacturing facility, which together have the largest PET recycling manufacturing capacity at a single location in India. The company has demonstrated significant recycling capabilities, having recycled a substantial volume of PET bottles between Fiscal 2016 and Fiscal 2026.
The company details its revenue breakdown across various product categories, including RPSF, Food Grade rPET Resins, rPET Flakes, and Chemically Recycled Resins, showing significant revenue contribution from different segments over the last three fiscal years. The company has established substantial infrastructure, including captive wind and solar power, and implemented a zero liquid discharge system at its manufacturing facilities. Furthermore, the company boasts a strong network for PET waste procurement and has achieved recognition as an export house. The business is supported by a diversified product portfolio and dual-technology platform encompassing both mechanical and chemical recycling methods.
The company utilizes proprietary chemical recycling technology, continuous innovation, and quality/sustainability certifications to target higher-value segments beyond traditional mechanical recycling. The company maintains a strong and diversified PET waste procurement network, sourcing materials from numerous domestic and overseas suppliers across various markets, with manufacturing facilities strategically located near ports in Gujarat for cost advantages. The company is part of the Jay Bharat Group, a conglomerate with a diversified portfolio spanning textiles, recycling, waste management, packaging, and renewable energy. The company has shown robust financial growth in revenue, EBITDA, and profit, and is strategically expanding capacity in various recycled PET segments to meet growing demand driven by regulatory mandates and sustainability commitments.
The company is primarily involved in the manufacturing and supply of various recycled PET-based products, including RPSF, Food Grade rPET Resins, and Chemically Recycled Resins. Their product portfolio includes eco-friendly synthetic staple fibres, food-grade resins for various packaging, and intermediate recycled PET flakes. The manufacturing processes involve detailed steps such as waste bottle feedstock collection, sorting, washing, crushing, and specialized polymer processing like extrusion and Solid State Polycondensation to achieve various quality standards.
The company manufactures products from post-consumer PET bottles through various processing steps, including sorting, crushing, washing, and drying to produce rPET flakes. A separate process involves chemically recycling PET flakes into Chemically Recycled Resins, which includes depolymerization and purification to regenerate the polymer. The company operates two manufacturing facilities, the JB Ecotex Manufacturing Facility and the JB rPET Manufacturing Facility, which hold various quality certifications. Raw material procurement is diversified, involving both domestic and international sources, and logistics are managed through road transport and, where necessary, sea transport. Inventory management is systematic, with controls in place to ensure accuracy and align stock levels with market demand.
The company's sales and marketing strategy focuses on leveraging its diverse recycled PET product portfolio to offer tailored solutions across the recycling value chain for the textile and packaging industries in India and internationally. The company maintains a strong market presence by actively participating in numerous industry conferences and exhibitions. Marketing efforts are further bolstered by digital content and various certifications, which validate the quality and sustainability of their products.
This section primarily details various legal and regulatory frameworks in India relevant to the company's operations, covering aspects such as industry-specific laws, environmental laws, and consumer protection statutes. It lists several key acts and rules, including those related to standards (like the BIS Act), boilers, legal metrology, electricity, and various environmental concerns such as pollution control and plastic waste management. The text also mentions regulations concerning the responsibility of producers for plastic packaging waste under the EPR regime.
This section details various legal and regulatory frameworks applicable to the company's operations in India, covering environmental compliance, intellectual property protection, labour laws, taxation, foreign investment rules, and data protection. It outlines specific requirements related to recycled plastic content targets, bio-medical waste handling, liability for hazardous substances, and various laws concerning trademarks, patents, copyrights, and competition. Furthermore, it mentions numerous labour codes, various laws governing shops and establishments, and regulations concerning digital personal data protection.
Key points (287, showing 60)
- India’s real GDP is projected to grow at 6.5% during CY26-30, significantly outpacing the global GDP growth of 3.1-3.2% over the same period. p.143
- India’s middle class is projected to reach 715.0M (47.0% of the total population) by FY31, up from 432.0M (31.0% of the total population) in FY21, which drives demand for packaging materials. p.144
- Government allocation towards capital expenditure in the recent budget was US$ 138.1B. p.144
- India’s nominal GDP is projected to reach US$ 6,200B by CY30, up from US$ 2,000B in CY14. p.144
- The share of the urban population in India is expected to rise from 39.5% in CY20 to 41.2% by CY30, supporting demand for residential properties and modern urban infrastructure. p.147