The Seventh Conference of the Chemical Industries Research Institute is a premier event that brings together scientists and industry leaders to explore the transformative role of local manufacturing in driving innovation and sustainability in the chemical industries sector. This year’s theme, “Innovation in the Chemical Industries: The Role of Local Manufacturing in Sustainable Development,” highlights the importance of leveraging indigenous resources and technologies to foster economic growth, environmental stewardship, and social well-being.

 

 

Showcase cutting-edge research and innovations in chemical industries.

Promote the use of local raw materials and technologies in sustainable production.

Foster collaboration between academia, industry, and government.

Address challenges and opportunities in green chemistry and circular economy.

Support young researchers and entrepreneurs in the chemical industries sector.

 

 

Green and Sustainable Chemistry

Innovations in Polymers and Their Composites  

Packaging Materials and Technology

Paper Technology

Leather Technology

Safe and Green Pesticides

Photochemistry for Advanced Materials and Industries

Applied Organic Chemistry

Local Raw Materials for Chemical Industries: Extraction, Processing, and Applications

Renewable Energy and Bio-based Chemicals

Waste Management and Environmental Impact

Industrial Applications of Nanotechnology

Policy and Regulations for Sustainable Development of Chemical Industries

 

 

Keynote Speeches by international and local experts

Technical Sessions featuring cutting-edge research

Panel Discussions on policy and innovation strategies

Workshops on sustainable practices and technologies

Poster Presentations by emerging researchers

Exhibition of local products and innovations

 

 

Researchers and Academics

Chemical Industry Professionals

Environmental Scientists

Policy Makers and Regulators

Entrepreneurs and Startups

Graduate and Postgraduate Students

 

 

Abstract Submission Deadline: 30/10/2025

Notification of Acceptance: 15/11/2025

Full Paper Submission: 30/12/2025

Early Registration Deadline: 1/12/2026

Conference Dates: 28-29/12/2025

 

 

 

 

the conference is bilingual (English & Arabic)

 

 

Category Early Bird Regular

Professionals 800 1000

Students 700 800

International Attendees (US $) 400 500

The registration fees cover participation in all conference sessions.

Coffee and lunch breaks

 

 

Cash or by ………..

Contact Person:    

Prof. Dr.                      phone:             email: 

 

The organizing committee is pleased to announce that selected manuscripts will be published in "The Egyptian Journal of Chemistry" upon request from prospective authors. A 50% discount on regular publication fees will be offered. The deadline for manuscript submission to the conference email is December 30, 2025.

 

 

We are pleased to invite you to the "Innovation in Chemical Industries: Local Manufacturing for Sustainable Development" conference, taking place on December 28-29, 2025, at the National Research Centre in Cairo, Egypt (https://www.nrc.sci.eg). This event will unite industry leaders, scientists, and policymakers to explore the latest advancements in the chemical industries sector and their contributions to sustainable development. We emphasize harnessing local manufacturing and products to develop innovative solutions that address global environmental challenges. We are excited to welcome you to this pivotal conference, where cutting-edge innovation in the chemical industry aligns with the urgent need for sustainable practices. This gathering serves as a unique platform to encourage collaboration and knowledge sharing among key stakeholders, including industry leaders, distinguished researchers, and influential policymakers. 

 

 

Showcase cutting-edge research and developments in chemical industries.

Promote local manufacturing and products that utilize sustainable practices.

Facilitate networking and collaboration among professionals in the field.

Encourage the adoption of innovative solutions for chemical Industries and environmental sustainability.

During the conference, attendees can learn about new research, see new technologies, and join in discussions. Our sessions will cover various topics like organic chemistry, green chemistry, renewable energy, waste reduction, and the circular economy. Each talk, panel, and workshop is designed to help attendees understand how the chemical industries can help create a sustainable future.

Thank you for being a part of this important event. We look forward to your active participation and the valuable insights you will bring to our discussions. Let's work together to innovate, collaborate, and create a sustainable future for all.

 

 

Suggestions for preparing workshops and roundtables that align with the conference's themes and scope are welcome. These should promote interactive engagement from participants and deepen discussions on topic-specific issues to boost the event's overall value and effect.

 

R1:

Coordinator: Prof. Mohamed H. Lotfy

Roundtable: Advancing the Agricultural Waste Recycling Industry

Industrial and Agricultural Waste Recycling: Current Technology, Challenges, Future Vision, and Economic Impact

تدوير المخلفات الصناعية و الزراعيه: التكنولوجيا الحاليه، التحديات، الرؤيه المستقبلية، والأثر الاقتصادي

The session is focused on the theme of recycling of industrial and agricultural wastes and byproducts related to paper, plastics, leather, and packaging industries (and other industries???). The current status of waste management and technologies for utilization of the aforementioned wastes will be discussed with the collaboration of experts in the relevant industries. Moreover, the challenges facing the utilization of these wastes in the different industries, and the solutions and actions required to maximize the share of the wastes in the local industry and economy, will be discussed.

 

تدور حلقه النقاش حول موضوع إعادة تدوير المخلفات والمنتجات الثانوية الصناعية والزراعية المرتبطة بصناعات الورق والبلاستيك والجلود والتعبئة والتغليف (وأى مقترحات لصناعات أخرى؟؟..). ستتم مناقشة الوضع الحالي لإدارة المخلفات والتقنيات المستخدمة في الإستفادة من المخلفات المذكورة، بمشاركة خبراء في الصناعات ذات الصلة. علاوة على ذلك، ستتم مناقشة التحديات التي تواجه الإستفاده من هذه المخلفات في الصناعات المختلفة، والحلول والإجراءات المطلوبة لتعظيم حصة المخلفات في الصناعة والاقتصاد المحلى.

 

 

1. Waste Characterization

2. Recycling Technologies

3. Environmental and Health Considerations

4. Economic Implications

5. Policy and Regulatory Frameworks

6. Operational and Logistical Challenges

7. Stakeholder Engagement

8. Future Outlook

 

 

Closed Roundtable Format to encourage open, dynamic exchanges.

4-5 keynote contributors.

Interactive structure allowing short interventions and dialogue.

45-60 minutes duration with a focus on deriving actionable and concise recommendations.

 

R2:

Coordinator: Prof. Hossam El Nazer

Roundtable: Towards a Green Industry

Integrating Scientific Research, Green Hydrogen, and Water Treatment Technologies

مائدة مستيرة : نحو صناعة خضراء

تكامل البحث العلمي والهيدروجين الأخضر وتقنيات معالجة المياه

What This Session Is About

As the world moves urgently toward sustainable solutions, this roundtable creates a space for meaningful conversation between scientists, industry leaders, and policymakers. Together, we’ll explore how green hydrogen, water treatment technologies, and cutting-edge research can come together to shape the future of greener industries.

The goal? To exchange ideas, spark collaborations, and define clear national priorities all within the bigger picture of a circular economy and environmental sustainability.

Key Discussion Themes

Scientific Research as a Catalyst for Green Industry

How can research institutions deliver targeted, industry-driven solutions?

Bridging the gap: Challenges in technology transfer and localization.

Green Hydrogen: Strategic Vision or Immediate Opportunity?

Where do Egypt and the region stand on green hydrogen deployment?

What frameworks are needed to ensure water–energy–hydrogen integration?

Industrial Water Treatment and Reuse

Emerging and available technologies for treating industrial wastewater.

Turning environmental challenges into economic opportunities.

The Circular Economy: Water, Energy, and Industry Interlinked

Policies and regulations are needed to support this transformation.

Collaboration, Funding & Joint Implementation

Mapping local and international support mechanisms.

Building impactful partnerships across public, private, and research sectors.

Session Format

Closed Roundtable Format to encourage open, dynamic exchanges.

4-5 keynote contributors.

Interactive structure allowing short interventions and dialogue.

45-60 minutes duration with a focus on deriving actionable and concise recommendations.

R3:

Coordinator: Prof. Samir Kamel

 

Roundtable on “the Reuse of Agricultural Waste in Agriculture: Challenges, Innovations, and Sustainable Practices”

مائدة مستيرة  علي: إعادة استخدام المخلفات الزراعية في الزراعة: التحديات والابتكارات والممارسات المستدامة

 

Agricultural waste is one of the most abundant yet underutilized resources in global food systems. From crop residues and manure to fruit peels and husks, these by-products hold significant potential for reuse in soil enhancement, bioenergy, composting, animal feed, and even bioplastics.

This roundtable aims to bring together researchers, policymakers, farmers, industry experts, and environmentalists to explore the current practices, innovations, and policy frameworks that support or hinder the sustainable reuse of agricultural waste within agricultural systems. By facilitating cross-sectoral dialogue, the event seeks to identify scalable solutions, promote collaboration, and influence policy in favor of circular agriculture.

 

تُعدّ النفايات الزراعية من أكثر الموارد وفرةً، وإن كانت غير مستغلة بالشكل الكافي، في النظم الغذائية العالمية. فمن بقايا المحاصيل والسماد الطبيعي إلى قشور الفاكهة، تتمتع هذه المنتجات الثانوية بإمكانيات كبيرة لإعادة استخدامها في تحسين التربة، والطاقة الحيوية، والتسميد، وأعلاف الحيوانات، وحتى البلاستيك الحيوي.

يهدف هذا اللقاء إلى جمع الباحثين وصانعي السياسات والمزارعين وخبراء الصناعة والمدافعين عن البيئة لاستكشاف الممارسات والابتكارات وأطر السياسات الحالية التي تدعم أو تعيق إعادة الاستخدام المستدام للنفايات الزراعية في النظم الزراعية. ومن خلال تسهيل الحوار بين القطاعات، يسعى هذا الحدث إلى إيجاد حلول قابلة للتطوير، وتعزيز التعاون، والتأثير على السياسات بما يخدم الزراعة الدائرية.

 

 

Agricultural Waste to Agricultural Resource: Circular Farming Solutions.

Recycling Agricultural Waste in Agriculture: Policies, Technologies, and Practices.

From Waste to Wealth: Reusing Agricultural By-products in Modern Agriculture.

 

R4:

Coordinator: Prof. Yasser Mahmoud

 

Roundtable on “Bridging the gap between the scientific research znd industry: Challenges and solutions”

مائدة مستيرة : سد الفجوة بين البحث العلمي والصناعة: التحديات والحلول

 

Bridging the gap between scientific research and industry is crucial for driving innovation and translating research findings into practical applications that benefit society. This requires collaborative efforts, effective communication, and a willingness to adapt from both academic and industrial perspectives. 

يعد سد الفجوة بين البحث العلمي والصناعة أمرًا بالغ الأهمية لدفع عجلة الابتكار وترجمة نتائج الأبحاث إلى تطبيقات عملية تعود بالنفع على المجتمع. ويتطلب ذلك جهودًا تعاونية، وتواصلًا فعالًا، واستعدادًا

للتكيف من المنظورين الأكاديمي والصناعي.

 

 

1. Fostering Collaboration and Partnerships:

Joint Research Centers and Science Parks and Collaborative Research Projects

2. Enhances understanding and collaboration. 

Accessible research outputs and active engagement and outreach 

3. Adapting to Industry Needs and Practices:

Focusing on applied research and developing transferable skills:

Session Format

• 4-5 keynote contributors.

• Interactive structure allowing short interventions and dialogue.

 

 

W1:

Coordinator: Prof. Mona Abdel Rehim

 

Workshop: Toward a Circular Plastic Economy: Building Sustainable Solutions

"نحو اقتصاد دائري للبلاستيك: بناء حلول مستدامة"

 

Problems resulting from the accumulation of plastic waste offer a chance for cutting-edge technologies to revolutionize the way we develop and recycle plastic materials. The fact that just 2% of all plastic packaging is recycled into items of the same or comparable quality is an example of the actual obstacles that result in subpar recycling outcomes. 80% of the seven billion tons of plastic that have ever been created have ended up in the environment due to a lack of circularity. Participants in this session will have the opportunity to talk about the obstacles to plastics circularity, how research and development (R&D) can get past them, and which areas will have the biggest impact. 

 

تُتيح المشاكل الناتجة عن تراكم النفايات البلاستيكية فرصةً للتقنيات المتطورة لإحداث ثورة في طريقة تطوير المواد البلاستيكية وإعادة تدويرها. ويُعدّ إعادة تدوير 2% فقط من جميع مواد التغليف البلاستيكية إلى مواد بنفس الجودة أو بجودة مماثلة مثالاً على العقبات الفعلية التي تُؤدي إلى نتائج إعادة تدوير دون المستوى. إذ إن 80% من أصل سبعة مليارات طن من البلاستيك التي تم إنتاجها على الإطلاق انتهى بها المطاف في البيئة بسبب انعدام التدوير. ستُتاح للمشاركين في هذه الجلسة فرصة مناقشة العقبات التي تعترض تدوير البلاستيك، وكيف يُمكن للبحث والتطوير تجاوزها، والمجالات التي سيكون لها الأثر الأكبر.

 

 

Principles of the Circular Economy (design out waste, keep products/materials in use, regenerate natural systems)

Driving Sustainability through Plastic Circular Economy Principles

Design for Circularity. Material selection and innovation (bio-based, compostable, durable)

Sector-Specific Applications (Packaging)

Local Initiatives and Opportunities (Policy, Innovation, and Collaboration)

 

W2:

Coordinator: Prof. Ahmed M. Khalil

 

Workshop: Recent Advances in Organic-based Chars Applications

 

التطــورات الحديثــة في تطبيقــات الفحــم المرتكــزعلى المــواد العضويــة

 

 

Currently, there is an augmenting interest to employ organic polymer-residues for producing char(s) to meet some of the rushing demands such as environmental protection and supplying energy. This approach is taken into consideration due to its sustainable advantages and economic profits. This workshop aims to focus on current proposals for carbonaceous matters generated from such organic wastes. Biochar and activated carbon are solid materials enriched in carbon produced from biomass through a dry carbonization procedure as pyrolysis. Hydrochar is processed as a slurry from hydrothermal carbonization process.

 

يتزايد حاليًا الاهتمام باستخدام بقايا (مخلفات) البوليمرات العضوية لإنتاج الفحم لتلبية بعض الاحتياجات الملحة، مثل حماية البيئة وتوفير الطاقة. ويُؤخذ هذا النهج في الاعتبار لما له من مزايا الاستدامة والربحية الاقتصادية. تهدف هذه الورشة إلى التركيز على المقترحات الحالية حول المواد الكربونية الناتجة عن هذه النفايات العضوية. يُعدّ الفحم الحيوي والكربون المنشط مواد صلبة غنية بالكربون، وتُنتج من الكتلة الحيوية من خلال عملية الكربنة الجافة بالتحلل الحراري. أما الهيدروشار، فيُعالج كعجينة من عملية الكربنة الحرارية المائية.

 

 

- Carbonaceous char preparation parameters and surface modification

- Supported catalyst (Adsorption catalysis - Catalytic degradation of pollutants)

- Electrode materials and magnetically assisted carbon substrates

- Electrospun fibers arising from biochar/activated carbon

- Renewable energy applications

- Circular economy

 

W3:

Coordinator: Prof. Dr Amr Farouk

                           Prof. Dr. Korany A. Ali

Workshop: Pharmaceutical Raw Materials Manufacturing in Egypt – Opportunities and Challenges 

 

 

 

Present the current status of pharmaceutical raw materials (APIs and excipients) manufacturing in Egypt.

Identify potential investment opportunities and industrial gaps.

Highlight key technological, regulatory, and financial challenges.

Facilitate dialogue between academia, industry, and regulatory authorities.

Generate actionable recommendations for national localization strategies.

Key Stakeholders to Invite

Category Suggested Stakeholders

Government Authorities Egyptian Drug Authority (EDA), General Authority for Investment, Ministry of Industry, Academy of Scientific Research (ASRT)

Research Institutions National Research Centre (NRC), Faculties of Pharmacy, Science, and Chemical Engineering, Nile University, Zewail City

Pharmaceutical Companies Pharm TAU, EVA Pharma, Arab API, ACDEMA, , Vacsera Farco, etc

Equipment Manufacturers AOI (Arab Organization for Industrialization), Local process equipment manufacturers

Funding Agencies Banque Misr, MSMEDA, Cairo Bank, Ebda' Initiative

 

Session Topic

Opening

10.00-10.20 National vision for API and excipient localization

Session 1

10.20-10.45 Case Study: National Pharmacy Alliance - Research and Development Center for Chemical and Pharmaceutical Industries - National Research Center, October Branch

 

Session 2

10.45-11.00 Investment opportunities in APIs, excipients, reference standards, and enzymes

Session 3

11.00-11.20 Success stories from international models (India, Turkey, China)

Session 4

11.20-11.40 Technical challenges in manufacturing: reagents, equipment, GMP compliance

Session 5

11.40-12.00 Access to financing and industrial-academic cooperation

Session 7

12.00-1.00 Open roundtable: policy recommendations and roadmap drafting

 

 

 

W4:

Coordinator: Prof. Dr. Nasser Abdelhamid Hassan Ali

Workshop: From Lab Bench to Market: Valorizing Research and Drug Discovery Compounds through the NRC CATALOG Platform

 

من المختبر إلى السوق: إنشاء منصة    NRC CATALOG    لتعظيم القيمة البحثية للمركبات العضوية  وخاصة في مجال صناعة الدواء

Background & Rationale:

This workshop is proposed in alignment with the conference theme:

"Innovation in the Chemical Industries: The Role of Local Manufacturing in Sustainable Development."

A major challenge in research institutions is the gap between lab-scale scientific output and its conversion into practical, marketable solutions. To address this, we propose a workshop focused on the NRC CATALOG project — a newly initiated platform to collect, evaluate, and promote compounds synthesized or extracted within NRC. This initiative emphasizes the use of local resources, supports drug discovery and industrial collaboration, and promotes innovation by maximizing research value.

 

يمثل الفجوة بين نتائج الأبحاث المعملية وتحويلها إلى تطبيقات عملية قابلة للتسويق أحد أبرز التحديات في المؤسسات البحثية. ولمعالجة هذه الفجوة، نقترح عقد ورشة عمل تركز على مشروع NRC CATALOG — وهي منصة إن شاء الله سيتم  إطلاقها بعد تقديم مقترح بإنشائها مؤخرًا لجمع وتقييم وتسويق المركبات التي تم تحضيرها أو استخلاصها داخل المركز القومي للبحوث. ويهدف هذا المشروع إلى تعظيم الاستفادة من الموارد المحلية، ودعم اكتشاف الأدوية، وتعزيز التعاون الصناعي، وتشجيع الابتكار من خلال رفع القيمة الفعلية للمنتجات البحثية.

 

 

Introduce the NRC CATALOG initiative and its strategic goals.

Demonstrate how to document and register compounds and products in a standardized, reusable database.

Highlight the role of molecular modeling and biological re-evaluation in identifying promising compounds.

Explore pathways to commercialization of laboratory compounds.

Facilitate dialogue between researchers, industry, and regulatory stakeholders to promote compound valorization.

Discuss mechanisms for IP protection, collaboration, and funding.

Proposed Topics/Agenda:

Overview of the NRC CATALOG Project: Vision, Structure, and Expected Impact

Case Studies: Successful Compound Development from Bench to Product

Introduction to Molecular Modeling and Predictive Pharmacology Tools

Roundtable Discussion: Challenges and Opportunities in Local Compound Commercialization

Interactive Segment: Registering Your Compound – A Step-by-Step Demo

Open Discussion: Building Sustainable Pipelines for Academic Innovation

Target Audience:

Academic researchers

Industry R&D leaders

Graduate students

Technology transfer officers

Policy makers and scientific administrators

Expected Outcomes:

Greater awareness of how to bridge research and industry

Engagement of NRC researchers in the NRC CATALOG database

Formation of working groups for data registration, molecular modeling, and external marketing

Opportunities for future collaboration and project funding

Enhancing scientific publication output and patent registration rates

Duration:

Suggested: 2–3 hours (Flexible, based on conference scheduling)

W5:

Coordinator: Prof. Dr. Noha Ragab Elhalawany

Workshop: The role of nanotechnology in the advancement of polymer science and technology and its various applications

 

دور النانوتكنولوجى فى تقدم علم وتكنولوجيا البلمرات وتطبيقاتها المختلفة

Scientific Overview:

Nanotechnology plays a pivotal role in the evolution of polymer science by enabling the development of advanced polymeric materials with enhanced physical, chemical, and functional properties. Through the integration of nanoscale fillers such as carbon nanotubes, graphene, nanoclays, and metal or metal oxide nanoparticles with polymer matrices. By this way they can be engineered to exhibit improved mechanical strength, thermal stability, electrical conductivity, and barrier performance.

At the molecular level, nanotechnology facilitates precise control over polymer structure and morphology, allowing for the design of materials with tailored functionalities. This has led to significant advancements across multiple domains, including:

Biomedical Applications: Nanostructured polymers are used in drug delivery systems, tissue engineering scaffolds, and biosensors, offering improved biocompatibility and targeted therapeutic efficacy.

Electronics and Photonics: Nanocomposites enable the fabrication of flexible electronics, conductive polymers, and high-performance optoelectronic devices.

Environmental Engineering: Nanotechnology enhances polymer-based membranes and adsorbents for water purification, air filtration, and sustainable packaging solutions.

Energy Systems: Nanostructured polymers contribute to the development of efficient energy storage and conversion devices, including batteries, supercapacitors, and fuel cells.

The convergence of nanotechnology and polymer science not only expands the functional capabilities of polymeric materials but also supports the creation of sustainable, high-performance solutions for emerging technological and societal challenges.

Workshop Objectives

Present Key Research Outputs

Showcase the most promising nanotechnology-based polymer innovations with potential for industrial manufacturing, emphasizing their strategic and economic significance.

Demonstrate the Role of Nanotechnology in Polymer Enhancement

Explore how nanotechnology modifies and enhances the properties of various polymers, including:

Plastics, rubber, and membranes: Improved mechanical strength and durability

Paints and coatings: Enhanced performance and longevity

Energy materials: Improved efficiency of batteries and solar cells using conductive polymers

Summarize Functional Improvements Enabled by Nanotechnology

Mechanical: Increased strength, toughness, and wear resistance

Electrical: Enhanced conductivity and charge transport

Optical: Improved transparency, UV resistance, and thermal insulation

Chemical: Greater solubility, corrosion resistance, and chemical stability

Structural: Modification of crystalline morphology for optimized performance

Promote Research Commercialization

Discuss strategies for translating scientific research into market-ready products, including value chain development and technology transfer.

Facilitate Cross-Sector Collaboration

Encourage networking among researchers, industry stakeholders, and regulatory bodies to maximize the societal and economic impact of nanotechnology-enabled polymer innovations.

Address Innovation Protection and Funding

Provide guidance on intellectual property protection, securing research funding, and identifying opportunities for industrial partnerships and collaborative development.

 

 

W6:

Coordinator: Prof. Dr. Amal Amin

Workshop: The role of science innovation and entrepreneurship in advancing industrial applications

دور الابتكار و ريادة الأعمال القائمة علي العلم في تطوير التطبيقات الصناعية

Scientific Overview:

Nowadays, there is increasing global demand to rely on scientific outputs to fix the emerging global problems, especially after COVID-19 as global crises which was faced by innovation and scientific research outputs. Also, there are many other global concerns as climate change, unbalanced food-water-energy nexus and expected increasing technology gap and inequality where all need to employ scientific research and its outputs to serve the society and help in solving the problems on real bases and on society-based tailored mechanisms. In this context, the current workshop will focus on increasing awareness about the real meaning of science innovation and the importance of science entrepreneurship which all need wise research management which increases and highlights the scientific outcomes. Also, the workshop will focus on increasing awareness about the difference between publication, innovation, and ideas which may lead to science-based entrepreneurship and real industrial applications. 

Workshop Objective

To explore how scientific innovation and entrepreneurial strategies can drive industrial advancement, foster technology transfer, and promote sustainable economic growth. The workshop aims to equip participants with insights into bridging the gap between research and commercialization, encouraging interdisciplinary collaboration, and leveraging innovation for industrial competitiveness.

Expected program

The program will take 2-3 hours and will divide into two sessions

The first session will include an introduction about the session and different talks (4 -5 talks) from specialists, authorities and academicians on entrepreneurship, innovation, open science, intellectual property and research management 

The second session will include various examples on science innovations with industrial cooperation.