The ICAR-Central Institute for Research on Cotton Technology (ICAR-CIRCOT), Mumbai signed a Memorandum of Understanding (MoU) with Trust ARS Rubber Private Limited, Chengalpattu on 22 October 2026. The MoU transfers ICAR-CIRCOT technology for protective gloves designed for cotton picking workers. It aims to move the laboratory tested design into factory production so the gloves reach farms in time for the October to January harvest season.
What Is ICAR-CIRCOT?
The ICAR-Central Institute for Research on Cotton Technology (ICAR-CIRCOT) is a premier cotton technology institute under the Indian Council of Agricultural Research (ICAR). CIRCOT stands for Central Institute for Research on Cotton Technology. It works on processing of cotton and farm residues, development of value added products and quality testing of cotton.
ICAR-CIRCOT was set up in 1924 in Mumbai as the Technological Laboratory by the then Indian Central Cotton Committee. Administrative control passed to ICAR in 1966, when it was renamed the Cotton Technological Research Laboratory. It received its present name on 1 April 1991. The headquarters of ICAR-CIRCOT is at Matunga, Mumbai. The Director of ICAR-CIRCOT is Dr S. K. Shukla (as of October 2026).
ICAR itself was established in 1929 and is headquartered in New Delhi. It functions under the Department of Agricultural Research and Education (DARE) in the Ministry of Agriculture and Farmers Welfare. Within ICAR, ICAR-CIRCOT works under the Agricultural Engineering division.
The vision of ICAR-CIRCOT is Global Excellence in Cotton Technology. Its mandate covers basic and strategic research on cotton processing, skill development, business incubation support and functioning as a referral laboratory for cotton fibres. The institute has four research divisions at Mumbai and six regional units across cotton zones.
| Unit Type | Location | Role |
|---|---|---|
| Headquarters with four divisions | Matunga, Mumbai, Maharashtra | Research, testing, incubation and technology transfer |
| Ginning Training Centre (GTC) | Nagpur, Maharashtra | Training for ginning factory staff and technical consultancy |
| Regional Quality Evaluation Units | Coimbatore, Guntur, Dharwad, Surat, Sirsa | Cotton quality testing near major production zones |
What Did the Latest MoU Cover?
The ICAR-CIRCOT signed the MoU with Trust ARS Rubber Private Limited, Chengalpattu in Tamil Nadu on 22 October 2026. The agreement covers complete technology transfer of the Protective Gloves for Cotton Picking Workers developed by ICAR-CIRCOT. Technology transfer means the institute shares its design, material details and production know how with the company so the company can manufacture and sell the product.
The gloves are designed to solve a specific field problem. A cotton boll is the fluffy white part that is picked. It sits inside sharp, pointed leaf like covers called bracts. During picking, these bracts prick and cut fingers. The ICAR-CIRCOT gloves shield the hands against these cuts while keeping finger movement free for fast picking.
The design focuses on comfort and field use. The gloves allow bending of fingers, grip on the fluffy lint and ventilation to reduce sweating. The material is reusable and durable, so workers can use the same pair for many days in dusty and rough field conditions. This makes the cost per day of use low compared to single use gloves.
| Feature of the Glove | What It Means for the Worker |
|---|---|
| Protection against sharp bracts | Fewer cuts, scratches and skin hardening on fingers and palms |
| Flexible and comfortable fit | Faster picking without loss of grip or touch |
| Reusable and durable material | Can be washed and used again, suitable for long harvest hours |
Why Does Cotton Picking Injure Workers Hands?
Yes, picking cotton by hand cuts hands and causes pain. The dry bracts around each boll are stiff and pointed. Workers repeat the same pulling motion thousands of times a day with bare fingers. Small cuts, blisters, skin thickening and allergy from dust and pesticide residue are common. Studies in Haryana, Rajasthan and Maharashtra have also found pain in the lower back, neck, shoulders and wrists because pickers bend for long hours in the sun.
Cotton picking in India is still done mostly by hand. A field needs 450 to 500 women hours per hectare for manual picking, and an adult worker picks only 15 to 20 kg of seed cotton per day. Most pickers are women farm workers. They often tie a cloth bag or gunny bag around the waist to collect kapas, which is seed cotton with fibre plus seed. The rope rubs the skin and adds to wounds and fatigue.
Machine picking is common in the United States, Australia and Brazil, where single row spindle pickers can collect 870 to 2,180 kg per day. India has found this shift difficult. Farms are small, plants are tall and widely spaced for hand picking, and bolls do not open at the same time, so two to three rounds of picking are needed. A single large machine is costly for smallholders and does not suit this system. Low cost aids like gloves, ergonomic picking bags and small battery operated pickers are therefore more practical for Indian conditions at present.
What Is Technology Transfer in Agriculture?
Technology transfer in agriculture is the process by which a research institute gives its tested design or method to a company for large scale production. The company receives drawings, material standards, training and permission to use the know how under agreed terms. The company then manufactures, packs and supplies the product to farmers.
The ICAR system manages this work through a three level structure. Each institute has an Institute Technology Management Unit (ITMU). Zonal centres and the central Intellectual Property and Technology Management unit support the ITMUs. AgrInnovate India Limited, a company set up by the Department of Agricultural Research and Education, helps in commercial valuation and licensing. The governing rules are the ICAR Guidelines for Intellectual Property Management and Technology Transfer and Commercialisation, revised in 2018.
Under these rules, ICAR first protects its innovation and then licenses it, usually on a non exclusive basis for a fixed period. The partner pays a licence fee plus taxes and receives hands on training from scientists. The institute issues a technology transfer document and a completion certificate after training. The present MoU with Trust ARS Rubber follows this same path. It turns a laboratory prototype for worker safety into a market product.
How Is Cotton Harvested in India?
Cotton is a kharif crop in India, which means it is sown with the monsoon and picked after the rains. Harvest generally stretches from late September to February. The exact months change by zone because sowing time and climate differ across the country.
| Cotton Zone | Major States | Sowing Period | Harvest Period |
|---|---|---|---|
| Northern Zone | Punjab, Haryana, Rajasthan | April to May | September to October |
| Central Zone | Gujarat, Maharashtra, Madhya Pradesh | June to July | October to December |
| Southern Zone | Telangana, Andhra Pradesh, Karnataka, Tamil Nadu | July to September | December to February |
India has the largest area under cotton in the world, about 11.5 million hectares in 2025 to 2026. Top states by area are Maharashtra, Gujarat and Telangana, which together hold more than two thirds of the area. National output was about 290 lakh bales of 170 kg each in 2025 to 2026 as per the third advance estimate. Maharashtra, Gujarat and Telangana are also the top three producers. Cotton supports more than six million farmers. The Minimum Support Price (MSP) for 2025 to 2026 is ₹7,710 per quintal for medium staple and ₹8,110 per quintal for long staple.
Picking happens in stages. Workers walk through the field and pull open bolls by hand, leaving unopened bolls for the next round. Arrivals in markets peak in October and November in the central zone and prices often dip in that glut period before recovering later. The October MoU timing is therefore directly linked to the start of the main picking window, when demand for gloves is highest.
Why This Partnership Matters for Cotton Farmers
The ICAR-CIRCOT partnership with Trust ARS Rubber links research with industry. ICAR-CIRCOT brings fibre science, ergonomic design and field testing. The company brings rubber processing, moulding and distribution strength. Such industry research collaboration shortens the gap between a laboratory sample and a product that a worker can buy in a local shop.
For cotton farmers and workers, the gain is practical. Fewer hand injuries mean fewer lost workdays and lower spending on treatment. Better grip and comfort can raise daily picking quantity and reduce trash mixing, which helps in getting cleaner kapas. For women workers, who form the bulk of pickers, safer hands and better posture support mean less drudgery during the busiest weeks of the year.
The wider effect touches the cotton value chain. Clean and well picked cotton improves ginning output and yarn quality. Durable and reusable gloves also cut waste compared to throwaway covers. If production scales up and prices stay affordable, state agencies, farmer producer groups and ginning training centres can promote the gloves along with picking bags and training on safe harvest methods. The next step to watch is commercial launch, field feedback and whether the design is adapted into different sizes for wider use.
Key Takeaways
- ICAR-CIRCOT, Mumbai signed an MoU with Trust ARS Rubber Private Limited, Chengalpattu on 22 October 2026 for protective cotton picking gloves.
- CIRCOT stands for Central Institute for Research on Cotton Technology, established in 1924 and renamed to its present form on 1 April 1991.
- The gloves protect against injuries from sharp cotton bracts while remaining flexible, comfortable, reusable and durable for field use.
- Technology transfer under ICAR 2018 guidelines is managed through ITMUs with support from AgrInnovate India Limited for commercial production.
- India has the largest cotton area in the world at about 11.5 million hectares, with harvest spread from September to February across northern, central and southern zones.
