R&D Capabilities at Clean Fino-Chem Ltd
Committed to integrating innovation and technology for a sustainable future
Innovative Solutions Driven by Unrivalled Research Excellence and Advanced Technology
Clean Fino-Chem Ltd is deeply committed to research and development. Our R&D efforts focus on advancing technology, improving processes, and creating innovative solutions to meet market demands. By investing in cutting-edge research and leveraging our expertise, we continuously enhance our products and stay at the forefront of the industry.
Leveraging the expertise of our dedicated product development and applications teams, we work closely with clients to deliver quality products that meet their specific application needs. We have been able to build a sustainable manufacturing process by optimizing use of conventional raw materials, improving atom economy, enhancing yields, reducing effluent discharge, and consequently increasing cost competitiveness.
Technical expertise that the company has developed over the years have helped CFCL carry out these processes at global scale capacities, which is difficult to replicate, and create significant barriers for new entrants. The company has developed these technologies through process innovation and consistent R&D.
Various catalysts have been developed in-house through R&D, which are used across process developments, and have helped improve productivity, yields, and cost efficiencies. By employing “clean-technologies”, our processes are different from conventional processes. We optimize use of non-toxic raw materials, resulting in lower effluent generation, and products that are not as harmful to the end-consumer as conventionally produced chemicals.
We operate from 4 manufacturing facilities. The speciality about each unit is that all the parts are dedicated to the highest level of operation efficiency. We have automated manufacturing facilities with proven design and commercialization capability. With all our ongoing activity, we make a point to follow all the local compliance and international regulatory requirements.
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Alkylation
(C-, O-, N-) -
Oxidation
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Hydroxylation
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Chlorination
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Hydrogenation using Nobel Metals
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Catalytic
Reactions -
Esterification/Trans-Esterification
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Grignard
Reaction -
Acetylation
> -
Polymeric
Reactions>
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GC
(Gas chromatography) -
GCMS (Gas chromatograph mass spectrometers)
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HPLC (high performance liquid chromatography)
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GPC (Gel permeation chromatography)
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Preparative
HPLC
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LC-MS (Liquid chromatography–mass spectrometry)
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IR
(Infrared spectroscopy) -
Ultraviolet–
visible -
Surface Area
Analyzer
Reactors
Glass Reactors – Capacity 1 Ltr to 20 Ltr
Stainless steel Reactors – Capacity 5 Ltr to 25 Ltr
Vapor phase reactors – Capacity 25 Gms to 150 Kgs & upto Temperature 400 °C
Liquid Fixed bed Reactors – Catalyst loading to 50 Gms to 100 Kgs
Photo
ReactorsAutoclaves – Capacity 500 ml to 25 Ltr & pressure upto 50 Bar
Separation Techniques
ANFD (Agitated Nutsche Filter with drying)- Capacity 2 Ltr & 5 Ltr
ATFE –
Capacity 0.5 m2Distillation –
Capacity 500 Gms to 20 Kgs
anticipate, pursue and develop sustainable solutions,
optimizing product mix and conversion costs.