Firmin Fangninou

Sustainability Consultant @ JJEC

About

With a strong background in environmental health, toxicology, and molecular biology, I am passionate about understanding and mitigating the impact of industrial chemicals on human health and the environment. As an enthusiast of Life Cycle Assessment (LCA), I focus on evaluating the environmental footprint of industrial chemicals throughout their lifecycle. I am eager to apply my expertise in research, consulting, and industry roles to advance chemical risk assessment, pollution control, and sustainability initiatives. My goal is to contribute to improving safety and sustainability in the industrial sector, ultimately enhancing both environmental and human health.

Country

China

City

Shanghai

Industry

Management Consulting

Skill

Gabi, Environment, Health, and Safety (EHS), RESET, LEED Consulting, WELL, Green Building, ISO 21929-1, EN 15978, EN 15804, Biostatistics, Techno-economic Analysis, Life Cycle Assessment, Aspen Plus, Process Simulation, Carbon Capture, Utilisation and Storage (CCUS), Absorption, Electrolysis (Chemistry), Green Chemistry, Biochemistry, Analytical Chemistry

Experience

Sustainability Consultant

JJEC

2025-3 - Present · 1 yr 7 mos

Environmental Engineer

JJEC

2024-10 - 2025-4 · 7 mos

District de Jing'an

Postdoctoral Researcher

Shenzhen Polytechnic University

2025-4 - Present · 1 yr 6 mos

Шэньчжэнь

Research Study Assistant - Part time

Tongji University

2024-7 - 2024-10 · 4 mos

Shanghai, Chine

Cultural and Exhibition Consultant

SHANGHAI GANI

2022-11 - 2024-10 · 2 yrs

Shanghai, China

Assistant Academic Programme Coordinator

Institute of Environment for Sustainable Development (IESD)

2018-11 - 2020-7 · 1 yr 9 mos

Shanghai, China

High School Science Teacher

Lycée Technique Agricole Bernadette Sohoudji Agbossou de Adjahonme (LyTA-BSAA)

2015-2 - 2018-6 · 3 yrs 5 mos

Benin

Education

MIT Professional Education

Life Cycle Assessment: Quantifying Environmental Impacts

2024-4 - 2024-6 · 3 mos

Tongji University

Environmental Science and Engineering

2020-9 - 2024-7 · 3 yrs 11 mos

Employed Drosophila melanogaster as a biological model to investigate the effects of five POPs (lindane, PBDE209, PCB126, PCB153, PFOA) on tumor cell migration. Examined multigenerational exposures, rhythmic disturbances, gender differences, and mixture effects. Findings provide direct evidence for POPs' influence on tumor cell migration, aiding in risk assessment.