Circularity Forge

A complex digital-art network map stretching across a dark, matte surface that fills the frame. At its center, a bright circular node represents a circular economy platform, from which hundreds of fine, glowing lines radiate outward, connecting to stylized icons for manufacturing sites, water treatment plants, material recovery centers, and digital services. Subtle topographic contours and river-like curves are etched faintly into the background, evoking geography without referencing specific locations. The lighting is low and moody, with the network itself being the main light source, casting delicate reflections onto the surface. Captured from a slightly elevated, wide-angle viewpoint, the image has sharp focus and a professional, data-driven mood, emphasizing connectivity, innovation, and resource efficiency.

Research Publications

Peer-reviewed work underpinning Circularity Forge’s sustainability, circular economy and digital innovation projects.

Publications

Browse peer-reviewed papers, reports and whitepapers, with citation details and notes on how each informs practical digital sustainability solutions.

Browse publications
An intricate digital-art cross-section of a circular factory floor, visualized as a layered, glowing diagram. Stylized machines and conveyors, rendered as simple geometric modules, move color-coded material streams in loops: one for recyclable metals, another for water purification, another for bio-based inputs. Above, a translucent dome displays holographic charts and network graphs suspended in midair. Soft, cool overhead lighting contrasts with the vivid neon accents of the flows, creating a crisp, technical ambiance. The composition uses isometric perspective for clarity, with sharp focus throughout to emphasize systems thinking. The mood is methodical yet optimistic, highlighting research turning into practical, resource-efficient processes without depicting any workers or recognizable branding.

Catalogue

2025

Per- and polyfluoroalkyl substances (PFAS) contamination in agriculture and its potential conflict with circular economy

M.A. Islam, M.I. Parvin, C. Nguyen, M.R. Alam, P. Kwong, J.L. Zhou, V. Hessel, …

Environmental Pollution, 127036

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2024

Assessment of land use transition and crop intensification using geospatial technology in Bangladesh

Mst Irin Parvin, Md Anwarul Islam, Mst Farida Perveen, Md Roushon Jamal, Md Jamal Faruque, Billal Hossen, Khayrul Islam, Md Manik Sarker

Case Studies in Chemical and Environmental Engineering, 9, 100660

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Silver adsorption on biochar produced from spent coffee grounds: validation by kinetic and isothermal modelling

M.A. Islam, M.I. Parvin, T.K. Dada, R. Kumar, E. Antunes

Biomass Conversion and Biorefinery, 14(22), 28007–28021

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Enquiries

Request datasets, full reports or discuss collaboration opportunities linked to specific publications and circular digital solutions.

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A close-up digital-art visualization of a single, polished metal sphere hovering above a textured, slate-gray platform etched with a subtle circular pattern. Within the sphere, tiny, intricate layers depict a miniature ecosystem of technology: micro-circuits, abstract water channels, and tiny material loops made of glowing lines. Soft, directional studio lighting from the upper left creates sharp, elegant highlights on the sphere and long, clean shadows behind it. The background fades into a smooth gradient of deep navy to charcoal, keeping the focus on the object. Framed with a centered, minimal composition and a shallow depth of field, the image feels precise, conceptual, and professional, symbolizing the convergence of science, sustainability, and digital innovation in a single, iconic form.