Top 50 Chemical Manufacturing in New Zealand

This startup manufactures catalyst-coated membranes using rapid prototyping technology to create customized hydrogen catalysts and electrochemical membranes. Their solutions enable clients to produce low-carbon energy alternatives, directly addressing the urgent need for sustainable technologies in the fight against climate change.

Cetogenix utilizes its Ceto-Boost™ platform, based on hydrothermal oxidation, to process organic waste streams into renewable resources. This technology deconstructs waste into valuable outputs like renewable natural gas, chemicals, and biomaterials. The process effectively manages sustainable waste and reduces reliance on fossil resources by eliminating contaminants without external energy.

Aquafortus utilizes a non-thermal recovery and crystallization technology platform to efficiently extract valuable resources from wastewater. This process reduces environmental impact and enhances resource recovery, addressing the challenges of waste management in various industries.

ZealaFoam® produces 100% bio-based foam solutions from renewable plant materials, utilizing a patented process that expands PLA beads with CO2 as a blowing agent. This technology provides a sustainable alternative to polystyrene, addressing environmental concerns associated with traditional petroleum-based foams while maintaining comparable insulation and impact resistance.

Renewable Metals utilizes a unique alkali recycling process to recover critical minerals such as lithium, nickel, cobalt, copper, and manganese from end-of-life lithium batteries, achieving high recovery rates with lower operational costs. This process eliminates the generation of toxic by-products like sodium sulfate, addressing the environmental impact of battery waste while promoting a circular economy for battery materials.

This startup produces a sustainable, home-compostable packaging material made from mycelium and agricultural waste, providing a direct replacement for polystyrene (Styrofoam). By offering a fully biodegradable alternative with similar protective properties, the company addresses the environmental issues associated with plastic waste and landfill pollution.

Aquafortus offers the ABX™ non‑thermal desalination system, which uses a patented solvent‑exchange process followed by low‑pressure membrane filtration to extract clean water from high‑salinity brine. Operating at ambient temperature, the platform reduces energy use by about 60 % and operating costs by roughly 50 % compared with conventional thermal desalination, while its modular skid‑mounted design enables scalable integration for oil‑&‑gas, mining, power generation, and semiconductor facilities.

Mint utilizes patented biometallurgical processes to extract critical metals from electronic waste through a low-impact biotechnology, significantly reducing carbon emissions by up to 90% compared to traditional recycling methods. The company addresses the urgent need for sustainable metal recovery by diverting e-waste from landfills and reintegrating valuable materials back into local supply chains.

The startup extracts Rubisco, the most abundant protein on Earth, from green leaves using proprietary extraction methods. This process provides a sustainable protein source to address the growing demand for plant-based nutrition in food and feed industries.

The startup develops organic therapeutics that effectively eliminate varroa mites in beehives, preventing colony losses and collapse disorder. Their long-lasting and easy-to-apply solutions enhance bee health and increase honey production without harming the bee population.

Miruku is developing dairy proteins using molecular farming techniques that utilize plant-based systems to produce animal-free dairy alternatives. This approach addresses the environmental impact of traditional dairy farming by providing a sustainable source of high-quality proteins.

The startup utilizes gene-editing technology to produce pig kidneys that are genetically modified for compatibility with human transplantation. This approach provides a viable solution for patients with end-stage renal disease by restoring kidney function through the use of porcine-derived organs.

Miro Rail manufactures electric train cars utilizing sustainable materials and energy-efficient technologies to reduce carbon emissions in rail transportation. The company addresses the need for environmentally friendly alternatives in the rail industry, enhancing the overall sustainability of public transit systems.

This startup produces dairy alternative products by utilizing a blend of pulses and other plant-based ingredients to create nutritious and functional substitutes. Their offerings provide a flavorful solution for consumers seeking sustainable food options that minimize environmental impact.

Foundry Lab utilizes digital metal casting technology to produce high-quality metal parts on demand, significantly reducing production time from months to hours. This approach enables manufacturers to streamline their supply chains and minimize tooling costs while maintaining control over production timelines.

Metrovate develops precision biostimulants utilizing computationally optimized peptides for agricultural applications. These solutions offer high functionality with a clearly defined, sustainable molecular mode of action. The company focuses on providing transformative outcomes for growers seeking alternatives to traditional growth stimulants and pest management products.

This startup produces sustainable packaging solutions made from biodegradable plastics that decompose into various forms such as courier satchels and bubble bags. By replacing traditional plastic materials, the company aims to significantly reduce plastic waste in retail and promote a circular economy.

Beta Hatch utilizes a vertical insect-rearing platform to convert mealworms and their byproducts into sustainable protein and organic fertilizers. This approach addresses the growing demand for animal feed and crop nutrients while efficiently recycling organic waste.

Jooules produces ethical protein ingredients by utilizing gaseous fermentation techniques to convert CO2 emissions into highly nutritious protein sources. This process significantly reduces resource use, requiring 600 times less water and 99% less land than traditional beef production, addressing the unsustainable demand for protein in a growing population.

This company develops host-directed antiviral biologics using a proprietary platform for the rapid design of broad-spectrum drug candidates. Their platform has demonstrated preclinical efficacy against 21 different viruses across nine virus families. They aim to provide effective treatments for existing viral diseases and preparedness against future pandemic threats.

Daisy Lab develops precision fermentation technology to produce dairy proteins without using cows. The company leverages microbial fermentation to create whey protein and other dairy components with a lower environmental footprint. Their focus is on delivering scalable, lab‑grown dairy ingredients for food manufacturers.

The startup manufactures chimeric antigen receptor (CAR) T-cells that streamline the process from patient blood isolation to CAR T-cell infusion, significantly reducing treatment time and costs. By optimizing each step of the manufacturing process, the company enhances scalability and provides patients with timely access to clinical-grade therapies.

Zincovery operates a zinc recycling plant that utilizes hydrometallurgical processes to extract and purify zinc from industrial waste. This technology reduces landfill waste and lowers the carbon footprint associated with zinc production, addressing the environmental impact of traditional mining methods.

supOS provides an open-source Industrial Internet of Things (IIoT) platform that establishes a Unified Namespace for factory operations. It integrates data from over 300 industrial protocols and systems, standardizing it with ISA-95 and Sparkplug B for real-time synchronization. This unified data foundation enables the development of AI-powered applications for asset performance and supply chain management.

Tertiary Extracts transforms agricultural waste into a high-value protein ingredient for dietary nutrition. Their process extracts proteins with optimized amino acid profiles, offering a sustainable and traceable alternative to traditional protein sources.

Avertana develops proprietary process technology that refines titanium-bearing slag from steelmaking into valuable mineral and chemical products, eliminating residual waste and significantly reducing CO2 emissions. This technology provides manufacturers with cost-competitive, sustainable raw materials for everyday products, thereby minimizing their environmental impact and enhancing supply chain resilience.

KiwiFibre supplies a plant‑derived composite material with tensile strength up to 2.5 GPa and modulus comparable to E‑glass, produced via a low‑temperature, closed‑loop process that achieves net‑negative CO₂ emissions per kilogram. The material is compatible with standard epoxy and thermoplastic resin systems and existing RTM, prepreg, and autoclave workflows, allowing OEMs in motorsport, high‑performance snow‑sports, and geospatial equipment to replace or supplement carbon fibre while meeting weight‑to‑strength and thermal performance targets.

This startup develops artificial intelligence algorithms for various sensors, providing an end-to-end solution that includes data collection, engineering, model generation, and deployment. Their technology specifically addresses the need for accurate respiratory health monitoring in swine and air pollutant detection, enabling manufacturers to gather application-specific data and identify biases before production.

This startup manufactures electric jet propulsion systems designed for tenders and rigid inflatable boats (RIBs), providing a lightweight and compact alternative to traditional combustion engines. By enabling boatbuilders to electrify their fleets, the company addresses the need for cleaner, more efficient propulsion in small watercraft.

Marama Labs has developed patented Scatter-Free Absorption (SFA) technology that enhances UV-Vis spectroscopy by eliminating interference from scattered light, enabling accurate quantification of RNA and other biological molecules in nanoparticle formulations. This technology addresses the challenge of light scattering in samples such as liposomes and lipid nanoparticles, facilitating rapid and reliable analysis without prior knowledge of particle size or composition.

The startup develops RNA therapy targeting long non-coding RNAs to create diagnostic markers and therapeutic agents for breast, colorectal, and liver cancers. This approach aims to enhance treatment precision and improve patient outcomes in common cancer types.

Helico develops plant-based production models for biologics and biosimilars using computational biology and machine learning algorithms to enhance protein expression and yield. This approach addresses the high costs and lengthy timelines associated with traditional pharmaceutical manufacturing by enabling localized, scalable production of essential medicines.

PhaseFoam provides a patent-pending thermal management material that absorbs and releases heat to improve temperature stability. This solution reduces food spoilage in cold chain logistics and enhances energy efficiency in buildings, lowering operational costs.

The startup operates a cleantech platform utilizing a metal-organic framework for solid-state CO2 adsorption, specifically designed for cement manufacturers, geothermal power plants, and biogas producers. This technology enables these industries to capture carbon emissions effectively, thereby reducing their environmental impact and supporting sustainability efforts.

HazEL provides a centralized, searchable repository for chemical data to simplify chemical risk management decisions across various sectors. The platform uses reliable data and a proprietary HEAT model to help users identify hazardous chemicals and chemicals of emerging concern. This enables agricultural, regulatory, and insurance stakeholders to make safer, more sustainable choices and ease compliance burdens.

Taxolab offers outsourced GLP‑compliant toxicology and analytical chemistry services for pharmaceutical and biotechnology companies, including custom assay development, high‑throughput screening, and high‑resolution LC‑MS/MS, GC‑MS, and UHPLC analyses. Results are delivered through a secure, cloud‑based portal with real‑time audit trails and regulatory‑ready reporting to streamline preclinical decision‑making and submission filings.

SOLOXR designs and deploys scalable learning ecosystems utilizing immersive XR simulation and digital twin technologies. The company integrates AR, VR, and AI-powered intelligence into custom LMS platforms to accelerate workforce readiness and improve operational safety. SOLOXR transforms complex industrial processes into measurable performance outcomes through real-time virtual replicas and interactive digital experiences.

The startup operates indoor vertical farms utilizing controlled environment agriculture (CEA) to cultivate strawberries year-round, free from chemical residues. This method mitigates the challenges of seasonality, adverse weather, pests, and diseases, ensuring consistent access to fresh strawberries at local retail outlets.

Inhibit Coatings develops antimicrobial paints and coatings that permanently bind silver ions to surfaces, effectively eliminating over 650 types of microorganisms, including pathogens like E. coli and human coronavirus. Their technology addresses the risk of microbial contamination in food safety and healthcare environments, providing long-lasting protection without the drawbacks of leaching associated with traditional biocides.

The startup has developed a proprietary technology that transforms plastic waste into reusable raw materials through advanced recycling processes. This technology mitigates the global plastic waste crisis by enabling industries to repurpose materials multiple times, promoting sustainability and resource efficiency.

This biotech company specializes in the production and purification of customized lentiviral vectors for cell and gene therapy. They offer cost-effective and rapid solutions for both R&D purposes and clinical trials, aiming to improve the accessibility and affordability of gene therapies.

The startup develops a reusable and recyclable menstrual cup made from hypoallergenic materials, designed to provide comfort during painful periods. This product offers a sustainable alternative to traditional menstrual products, reducing waste and promoting women's health.

The startup provides artificial intelligence software that automates decision-making in factory environments by employing machine learning algorithms to analyze operational data in real-time. This technology reduces production downtime and optimizes resource allocation, addressing the inefficiencies of manual decision-making in manufacturing.

This startup manufactures carbon-negative concrete using a low-carbon, pozzolanic multifunctional additive, which reduces cement content and embodied carbon while enhancing strength, durability, and waterproofing. By providing sustainable concrete solutions, the company addresses the construction industry's need for environmentally friendly materials that meet performance standards.

The startup develops aluminum-ion battery technology that utilizes non-flammable electrolytes to create safer and more sustainable energy storage solutions. This technology provides a cost-effective and scalable alternative to traditional batteries for grid storage and portable applications, addressing the need for reliable and environmentally friendly power storage.

This startup produces cannabis-derived veterinary medicine that effectively treats pain in companion animals, offering a safer alternative to Non-Steroidal Anti-Inflammatory Drugs (NSAIDs) without the associated side effects. By enhancing animal well-being through targeted food supplements, the company provides pet owners with a reliable solution for managing their pets' pain.

This startup produces a zero-waste, vegan-friendly cling wrap and resealable bag that is home-compostable and breaks down within weeks, unlike traditional plastics that take years to decompose. By providing an eco-friendly alternative, the company addresses the urgent issue of plastic waste in the environment.

The startup develops biosensor devices that utilize insect odorant receptors combined with nanotechnology to detect volatile organic compounds in food and medical applications. This technology enables precise identification of off-notes, fraud, and adulterants in raw materials, providing users with a reliable sensing solution based on natural biological mechanisms.

Uses engineered bacteria to convert organic waste into renewable energy, addressing the dual challenges of waste management and sustainable power generation. This bioconversion process reduces landfill reliance while producing a clean energy source, contributing to energy equity and environmental sustainability.

The startup has developed a tissue dissolution and oil extraction technology that enhances the efficiency of extracting marine and plant materials for the dietary supplement industry. This process minimizes waste and maximizes ingredient utilization, enabling the production of various supplements, medicines, and fortified foods at a lower cost.