Top 50 Chemical Manufacturing in Singapore

SepPure Technologies develops solvent-resistant nanofiltration membranes that separate chemical mixtures at the molecular level, significantly reducing energy consumption in industrial processes. Their technology addresses the high energy intensity and pollution associated with traditional chemical separation methods, with potential annual savings of one million tonnes of volatile organic compounds and one billion tonnes of carbon dioxide.

SunGreenH2 develops electrolysers that produce twice the amount of green hydrogen while utilizing 30 times fewer precious metals and consuming 10 times less energy. This technology addresses the high costs and resource intensity associated with traditional hydrogen production methods.

RWDC Industries produces Solon®, a biodegradable polymer derived from polyhydroxyalkanoate (PHA) that serves as a drop-in replacement for petroleum-based plastics in various applications, including food packaging and coatings. This technology addresses the environmental impact of plastic pollution by providing a fully biodegradable solution that decomposes into harmless substances in natural conditions.

Neumaterials provides a patented electrochemical recycling platform that extracts battery‑grade lithium hydroxide and iron from crushed LFP batteries without acids, heat, or wastewater treatment. The modular, low‑voltage process delivers high‑purity metals for closed‑loop reuse in new cell manufacturing, helping battery makers, e‑mobility firms, and recyclers meet ESG and regulatory demands with a scalable, low‑impact solution.

Allozymes utilizes proprietary microfluidics technology to rapidly engineer and optimize custom enzymes, significantly increasing the speed of development and success rates in enzyme production. This approach addresses the environmental impact of traditional manufacturing methods by providing cleaner, more efficient biocatalytic processes for producing natural ingredients.

BluMaiden uses AI‑driven computational chemistry to convert metagenomic and multi‑omics data into predicted structures of human‑derived natural products, uncovering the hidden “chemical dark matter” of bioactive compounds. Its platform integrates genome‑to‑molecule translation, scaffold prediction, and ligand‑target interaction modeling to prioritize and optimize evolutionarily refined drug candidates for pharmaceutical and biotech development.

Green Li-ion develops a modular hardware solution that utilizes GREEN HYDROREJUVENATION™ technology to convert spent lithium-ion batteries into precursor cathode active material, graphite, and technical-grade lithium carbonate. This process addresses the environmental impact of electronic waste by efficiently reclaiming valuable battery materials for reuse in manufacturing.

Juniper Biologics discovers, develops, and manufactures biologic therapeutics such as monoclonal antibodies, recombinant proteins, and vaccine candidates using proprietary cell‑culture and protein‑engineering platforms. The company offers end‑to‑end GMP‑certified production, analytical testing, regulatory support, and flexible contract manufacturing for biotech and pharmaceutical partners, enabling faster and cost‑effective delivery of high‑quality biologics.

The startup develops a defect analytics platform for image-based industrial applications, utilizing deep learning, computer vision, and IoT analytics to detect and predict defects. This self-learning solution enhances defect classification accuracy, reducing misclassifications and improving manufacturing quality control.

Botsync develops autonomous mobile robots and a no-code automation platform, syncOSTM, to facilitate flexible material movement in logistics and manufacturing operations. This technology enables manufacturers to adapt their processes quickly to meet changing consumer demands while minimizing the need for complex integrations.

Fattastic Technologies utilizes an exclusive oil structuring technology platform to create customizable fats that significantly reduce saturated fat content by up to 80% and calories by up to 60%. This approach provides healthier, cost-effective alternatives for both conventional and alternative food products while minimizing environmental impact.

The startup offers an AI-powered platform that diagnoses performance inconsistencies in process manufacturing and provides real-time insights and predictive diagnostics. This technology enables operators to enhance throughput, minimize energy consumption, and improve product quality while reducing operational costs.

Terra Oleo uses precision‑fermentation to convert low‑cost agro‑industrial waste into customizable lipid ingredients that replicate palm oil and cocoa butter. Its engineered microbial platform produces high‑purity fats with tailored fatty‑acid profiles, eliminating energy‑intensive refining and toxic by‑products. The resulting low‑carbon, scalable alternatives serve manufacturers in personal care, cosmetics, pharmaceuticals, and food.

The startup offers an industrial data analytics platform that digitizes manufacturing operations by aggregating and disaggregating data from both tangible assets like motors and pumps, and intangible processes such as workflows. This technology enables production businesses to enhance operational efficiency and decision-making through data-driven insights.

Insectta utilizes proprietary technology to extract high-value biomaterials, such as chitosan and melanin, from black soldier flies, addressing the need for sustainable materials in various industries. By converting food waste into these biomaterials, Insectta supports the circular economy and meets the growing demand for eco-friendly ingredients in sectors like cosmetics and electronics.

Polymerize provides a cloud‑based material informatics platform that applies proprietary machine‑learning models to predict polymer formulation outcomes and material properties prior to physical testing. The platform includes a unified, permission‑controlled workspace for managing data, generating work orders, and automating reports, helping R&D teams reduce trial‑and‑error cycles and improve collaboration.

Aprisium provides on‑site contaminant testing labs that use proprietary electrochemical sensors and AI analytics to deliver real‑time detection of PFAS and other pollutants in liquids, solids, and semi‑solids. The subscription‑based platform offers live dashboards, continuous monitoring, and rapid batch testing, eliminating sample transport and hazardous digestion chemicals while supporting municipalities, industrial manufacturers, data‑center operators, and food‑related producers.

The startup develops handheld and pen-sized spectrometers that utilize infrared and visible light for precise color measurement and molecular analysis. These devices enable users to assess air and water quality, as well as the freshness of food, providing critical data for environmental studies and food safety.

The startup develops a microbial defense coating that extracts and traps pathogenic microbes from water, consumer goods, and pharmaceutical products. This technology provides specific and quantitative results at a single-cell level within minutes, enabling clients to produce contaminant-free end products.

DIVIGAS develops advanced polymer nanotechnology membranes for industrial gas separation processes. These membranes offer low-energy, high-selectivity purification, particularly excelling at separating hydrogen from challenging mixtures containing CO2 and acidic gases. The technology provides a durable, cost-effective alternative to traditional catalyst-driven separation methods.

ScaleUp Bio provides end-to-end contract development and manufacturing organization (CDMO) services in precision fermentation, facilitating the scale-up of microbial processes from laboratory to pilot production for food tech startups. By optimizing fermentation and downstream processing, the company addresses the challenge of bringing innovative food products to market efficiently while maintaining strict food safety standards.

The startup develops high-performance graphene technology, including nanoplatelets and graphene-impregnated polymers, to enhance the mechanical and thermal properties of industrial materials. This enables businesses to improve the performance and durability of products such as paints, coatings, batteries, and lubricants.

The startup specializes in machine learning and computer vision technologies to automate industrial production processes, enabling manufacturers to achieve their digitization and AI transformation goals. By enhancing operational efficiency, the company addresses the challenges of social mobility and economic resiliency in the manufacturing sector.

This startup produces ethically sourced, lab-grown diamond jewelry and watches using chemical vapor deposition (CVD) technology, which replicates the natural diamond formation process without the environmental and social issues linked to traditional mining. By offering a sustainable and conflict-free alternative, the company makes high-quality diamond jewelry accessible to consumers who prioritize ethical sourcing.

Flintlabs produces the Flint Paper Battery, a fully compostable energy storage unit made from renewable cellulose that delivers up to 4.2 V while eliminating toxic chemicals and reducing carbon footprint. The leak‑proof, non‑toxic design is compatible with consumer electronics, IoT devices, and home energy systems, offering manufacturers a scalable, environmentally safe alternative to conventional batteries.

The startup operates a logistics platform that utilizes distributed ledger technology to capture data and documentation throughout the supply chain for chemical manufacturers and shippers. This approach enhances efficiency, security, and compliance while reducing costs, transit times, and risks associated with shipments.

KrossLinker develops specialized insulation materials using advanced material chemistry to enhance thermal performance in building applications. These materials significantly reduce energy consumption, leading to lower heating and cooling costs for property owners.

Gush produces sustainable paints and building materials that enhance indoor air quality and promote environmental health through the use of non-toxic, biodegradable components. The company addresses the need for eco-friendly construction materials that minimize harmful emissions and support overall well-being in built environments.

3Y Energy develops technologies for the evaluation and optimization of biofuels, including HVO and FAME, to support the transition to sustainable energy sources. The company also provides retrofit solutions for existing engines to utilize ammonia and hydrogen, while employing drones and sensors for precise leak monitoring and emission measurement.

The startup develops a membrane technology that enables sustainable and energy-efficient solvent recovery by achieving high-purity separation with minimal energy consumption. This technology addresses the industry's need to reduce carbon emissions associated with traditional solvent separation processes.

Dynacyte Biosciences provides modular bioreactors equipped with integrated sensors and cloud-based monitoring to facilitate efficient cell culture and fermentation processes. By utilizing advanced manufacturing techniques, the company offers affordable solutions that enable researchers to scale their biotech projects rapidly and consistently.

This company offers an AI-powered platform for chemical synthesis, automating reaction path planning and execution to accelerate drug discovery. Their technology helps pharmaceutical companies shorten the chemical synthesis phase of drug development through automated experimentation and analysis.

The startup develops a customized magnesium-based alloy for bio-resorbable medical devices, specifically designed for fracture fixation procedures. Their proprietary green manufacturing technique enhances the alloy's performance, leading to improved patient recovery outcomes.

The startup specializes in the research and development of advanced battery materials and battery management systems (BMS) that enhance lifecycle longevity, charging efficiency, and safety performance. Their batteries are designed to operate effectively in both low and high temperatures, providing customizable solutions for various end-user applications.

This company develops small molecules and AI-driven platforms to enhance biomanufacturing processes across various modalities. Their technology boosts T cell expansion for therapeutics and optimizes host cell productivity for recombinant protein and AAV production. They offer on-demand access to their virtual cell modeling platform to rapidly generate and refine molecules for improved yield and quality.

AiSee develops advanced computer vision solutions for industrial quality control and automation. Their platform utilizes deep learning models to perform high-speed, accurate defect detection on production lines. This technology enhances manufacturing throughput and ensures consistent product quality across complex processes.

BioMetallica utilizes biometallurgy and synthetic biology to extract precious metals from e-waste and spent catalysts, achieving up to 99% recovery efficiency while minimizing environmental impact. Their process reduces energy consumption by six times and costs by three times compared to conventional recycling methods, effectively addressing the issue of toxic e-waste disposal.

NTi Membranes develops TIPS PVDF hollow fiber membranes with a unique crystalline structure for enhanced resilience and durability in industrial applications. These membranes optimize performance in energy recovery systems and fluid separation processes, offering superior mechanical integrity and extended operational lifespan at a reduced manufacturing cost.

Provides 3D-printed pharmaceutical and nutraceutical drug delivery solutions, enabling customized dosage forms such as tablets, beads, and gummies without heat or UV curing. The platform integrates hardware, software, and formulation development to streamline prototyping and low-volume, high-mix manufacturing in a Class 10K cleanroom, addressing the need for tailored therapeutic options and efficient production processes.

Sidestroem offers advanced nano-selective forward osmosis (NSFO) membranes to improve efficiency in industrial resource recovery and fermentation. Our technology reduces energy consumption in Zero Liquid Discharge (ZLD) systems by up to 55% and lowers production costs in continuous fermentation by up to 80%.

Fluxo provides high‑performance polymer powders for selective laser sintering, offering Rytexint™ PPS with flame retardancy, chemical resistance, low dielectric loss, and Plexint™ CPLA made from captured CO₂ for sustainable printing. Both materials process below 280 °C, enable support‑free geometries and rapid build speeds up to 20,000 mm/s, helping manufacturers and service bureaus accelerate production of aerospace, automotive, electronics, and consumer‑goods parts.

Stackbrains AI provides an AI‑native platform that consolidates sales, production, and cost data into a single real‑time hub for small‑ to medium‑sized manufacturers. Embedded AI agents monitor this unified data to generate risk alerts, opportunity insights, and actionable recommendations, while workflow automation and voice‑enabled mini‑apps streamline order processing, inventory, and procurement across any device.

Threessentials utilizes biodegradable polymers for nanoencapsulation of active ingredients in water-based formulations, eliminating the need for organic solvents, ethanol, and surfactants. This technology enhances the stability and efficacy of products across personal care, agrochemicals, and pharmaceuticals, while minimizing environmental impact.

Aicadium develops Aicadium View™, a scalable AI-powered computer vision application designed for industrial sectors such as manufacturing and transportation, focusing on automating inspection and quality control processes. The platform enhances operational efficiency by converting raw image and video data into actionable insights, addressing skills shortages and improving productivity in environments reliant on manual labor.

Voltavate develops a proprietary nanofiber separator that enhances battery performance, safety, and lifespan while significantly reducing production waste. This technology addresses the industry's challenge of high manufacturing costs and environmental impact, enabling more sustainable battery production for electric mobility.

The startup manufactures corrosion control products using VpCl Vapor Phase Corrosion Inhibitors technology, which significantly reduces the time and costs associated with protecting ferrous and non-ferrous metal assets. This technology eliminates the need for multiple processing steps such as cleaning, rust removal, and reprotecting, thereby enhancing asset longevity and environmental safety.

Alklysis produces hydrogen through a cyclic “alklysis” process that combines iron, steam, and methane in a single-stage reactor. The technology leverages a continuous reaction loop to generate hydrogen efficiently, targeting industrial energy applications and fuel‑cell markets.

CHITOSE Group leverages biotechnology to create sustainable, bio-based alternatives across pharmaceuticals, food, chemicals, agriculture, and energy. They develop novel processes and products, such as bio-PET resin and microalgae-derived biofuels, to transition industries away from fossil fuels and towards a circular economy.

The startup develops a technology that produces low glycemic index sugar as a direct one-for-one substitute for white refined sugar, catering to food and beverage brands. This solution enables clients to create products that promote lower glycemic responses, addressing the demand for healthier sweetening options in consumer goods.

Develops a bioconjugation platform using Peptide Asparaginyl Ligases (PALs) to engineer and conjugate antibodies and nanobodies with drug payloads, enabling the production of homogeneous antibody-drug conjugates (ADCs) and radiopharmaceuticals for PET imaging. This technology reduces manufacturing inefficiencies, minimizes radioactive waste, and accelerates the development of cancer immunotherapies and precision medicines, ensuring safer and more effective treatments for patients.