Tech & Facilities

An Arcology would need to have its own in house Academic Facilities for students from youth to adulthood. The Arcology Academy would provide these types of educational options for elementary to post-graduate learning. Educational Facilities cirriculum would need to be required to teach every subject necessary to maintain a self-sustainable civilization - and that is the target & objective of the Academy & supporting modular facility; the Ark Library & Knowledge Center.

Recipe: 200 Concrete tons · 200 MATERIAL - COPPER INGOTS units · 1 Concrete Factory units · 100 POWER - Aluminum Conductor Steel Reinforced (ACSR) Electrical Wiring units · 2000 MATERIAL - STEEL INGOTS units

Storage Facility enables increased Traffic, Defensive Readiness, Strategic Autonomy, Fleet Staging Capacity, Construction Capacity, Repair & Refit Capacity & enables higher visitor throughput.

Orbital & Atmospheric Transport Hub The Aerospace Port is the primary interface between the Arcology and its surrounding airspace and orbit. It manages aircraft & spacecraft landing, launch, refueling, cargo transfer, and passenger movement between surface, orbital platforms, and deep-space destinations. This facility integrates hangars, terminals, logistics bays, and traffic control systems, making it essential for trade, exploration, and supply flow throughout the aerospace ecosystem.

Starship & Orbital Infrastructure Manufacturing The Aerospace Shipyard is a high-capacity manufacturing and assembly complex dedicated to constructing, repairing, and upgrading spacecraft and orbital infrastructure. It combines drydocks, heavy fabrication bays, and precision assembly lines to produce everything from transport vessels to arcology-scale space structures. Within a self-sustaining Arcology, the shipyard is the core industrial engine that enables expansion beyond the planet and into orbit.

Feedstock Crop Production Agricultural Feedstock Buildings are vertical farming centers that provide feedstock for the AgroChemical Production facility, AgroProduce Facility, Terraforming Complex &/or other facilities. They are modular vertical farming greenhouse towers that can produce industrial crops, food crops, medicinal crops & fungi!

Multi-Biome Insect Farming Facility (Tropical, Temperate, Savanna/Grassland, Taiga/Boreal, Desert, Tundra, Wetland, Aquaponic/Marine) that raises & harvests insects for various purposes from livestock feed, to soil nutrients, & industrial feedstocks.

Insect Feedstock Refinery AgroBug Refineries produce industrial & manufacturing products for agricultural, industrial & commercial uses. Capable of refining insects from multiple biomes, into various product lines & industrial feedstocks.

Industrial Agricultural Feedstock Refining Complex The Agrochemical Complex refines industrial plant matter into feedstocks for manufacturing or other agricultural related uses. Feedstock: Soy, Hemp, Flax, Candelila, Castorbean, Sugarcane

Food Production & Processing Complex

Atmospheric Transport Hub The Airport is the primary interface between the Arcology and its surrounding airspace. It manages variety of aircraft, flying car & helicopter landings, as well as launch, refueling, cargo transfer, and passenger movement between surface, land and sea based destinations. This facility integrates hangars, terminals, logistics bays, and traffic control systems, making it essential for trade, exploration, and supply flow throughout the aerospace ecosystem.

The Allmatter Machine is an Arcology Logistics System & Industrial Yard design - that aims to fully manage the material logistics needs of an Arcology, from mining, to refining, to manufacturing, storage & recycling. It is being researched & developed as a solution that can help to develop, maintain & manage the material to construct Megastructures - such as Arcologies, Space Arks &/or Orbital Infrastructure.

Advanced Allmatter Neutrino Research & Capture Facility. This module aims to push the boundary of cosmic particle science by detecting and confirming the existence of both known and exotic neutrino species. The current inability to detect certain hypothesized particles—such as sterile, Majorana, or extra-dimensional neutrinos—limits our understanding of fundamental physics, dark matter, and universal symmetry. We assert that detecting these elusive particles is not only possible with advanced modular integration within the AllMatter Machine but critical to the AllMatter’s future capabilities in Ark-scale energy balancing, exotic material synthesis, and quantum field interface diagnostics.

Ark & Arcology Library & Educational Resource Center Arcologies should have an Educational Resource Complex where they can access a spectrum of resources - from books and literature, to videos, games, music and other media types. An Arcology Library could also preserve records of the Arcologies development, its contributors, its research advancements and much more. An Ark library is essential to Arcology-centric Civilizations enhanced development.

Air Filtration System & Gas Accumulator The Atmospheric Seperation Unit processes provides filtration and refine natural air into constituent gases for industrial use. The process involves heating & cooling exchanges that can clear VOCs from air systems and also concentrate airborne gases for usage across the Arcologies industrial, commercial & residential operations.

Recipe: 1000 Steel tons · 1000 Concrete tons

Ultra-Light Structural & Conductive Materials The Carbon Nanotube & Graphene Megafactory produces next-generation materials with exceptional strength-to-weight ratios and electrical conductivity. These materials are used in space elevator tethers, advanced wiring, radiation shielding, and lightweight structural components. The megafactory represents a leap beyond traditional metallurgy, enabling megastructures and aerospace systems that would otherwise be impossible using conventional materials.

Thermal Protection & ReEntry Materials The Ceramic & Ablative Heat Shield Foundry manufactures high-temperature ceramics and ablative composites used for spacecraft reentry systems, engine insulation, and extreme thermal environments. These materials protect vehicles and infrastructure from atmospheric friction, plasma exposure, and intense heat loads. The foundry is essential for producing reentry-capable spacecraft and durable orbital-to-surface transport systems.

Industrial Chemical Manufacturing & Management The Chemical Complex generates, stores & manages the refinement and recycling of industrial chemicals, waste & solvents.

City Governance & Legal Infastructure The Civics Complex hosts the Arcology City-Hall & Court Systems, as well as administrative offices for managing the various departments of Arcology operations.

The Closed Loop Carbon Complex (CLOOPCC) is an integrated carbon processing and materials synthesis facility designed to transform diverse carbon feedstocks into essential industrial materials while maintaining near-total carbon recycling. Operating within the Closed Loop Carbon Management System (CLOOPMS) framework, the complex ingests carbon from natural, industrial, biological, and recycled sources and converts it into a spectrum of refined products ranging from metallurgical coke to graphene and carbon nanotubes.

The Colonial Pallet Factory produces Colonial Pallets. Colonial pallets are a basic unit of mandatory supplies necessary for each colonists survival. A Colonial Pallet is a vital resource stockpile that can be used to produce essential supplies insitu, and the factory, produces them. Sector A contains the necessary equipment to manufacture colonial pallets from raw feedstocks. Sector B contains the equipment utilized to store & unpack pallets into products & items used by colonists.

Arcology should have a built-in multi-entertainment complex with a marketplace, cinemas, arcades, food court buffets & other commercial outlets. The Commerce & Entertainment Complex would be the equivalent of an Arcology Mega-Mall complex with all of the above said facilities & more. Due to the variability in design that each market would have, this outline serves as a general guide for Market modules.

Industrial Concrete Production Facility The Concrete Factory would be responsible for the production of an array of concrete & asphalt products that provide foundational construction capacity for an Arcology. Feedstock ores & output may vary due to resource availability

Recipe: 1 RC Dump Truck tons · 1 RC Excavator units · 100 MATERIAL - COPPER INGOTS units · 1000 Concrete tons · 1000 MATERIAL - STEEL INGOTS units

Advanced Propellant Refining & Storage - The Cryogenic Fuel Production Facility produces and stores ultra-cold propellants such as liquid hydrogen, liquid oxygen, and methane for aerospace and orbital operations. Using purified gases from atmospheric separation and refined water sources, this facility supports launch systems, spacecraft propulsion, and high-energy industrial processes. It is a critical backbone of any aerospace-focused Arcology, enabling sustained spaceflight and orbital construction.

Oxygen, Food & Fertilizer Production - The Cyanobacterial Harvest Facility produces oxygen, bio-nutrients, biofuels, and carbon-negative feedstocks by cultivating cyanobacteria in rotating photobioreactors. Using solar-driven light cycling, automated nutrient delivery, and closed-loop harvesting, the facility converts CO₂, water, and minerals into oxygen, biomass, proteins, lipids, pigments, and precursor compounds that supply the Agrochemical, Chemical, Energy, and SoilArk factories—forming a foundational life-support and bio-industrial pillar of the Arcology.

Recipe: 1000 Aluminum tons · 20 CH4 tons · 100 Steel tons

A Dyson sphere is a hypothetical megastructure that completely or partially encapsulates a star to capture a massive percentage of its solar power output.

Industrial Epoxy Manufacturing Facility The Epoxy Factory is a micro-factory within the AgroChemical Complex that refines various feedstocks into industrial, commercial & consumer grade epoxy products.

Emergency Fire Response Services Emergency Fire Response Services are critical to protecting the public & Arcology infrastructure. The ability for an Arcology to prevent itself from burning down is an essential function. The Fire Department would be responsible for responding to emergencies - residential, commercial or industrial & would be equipped to handle the full spectrum of responses required.

Hospital, Patient/Maternal Care, Medical Research Arcologies should have a built-in multi-purpose medical facility that can provide full service from birth to end of life care, which is also capable of full spectrum hospital service. The Medical complex should also house in-hospital medical research facilities to support advanced patient care & research.

A dedicated animal husbandry facility enabling the housing, breeding, and care of domesticated and managed animal species within the arcology. Each facility supports up to 10 types of animals.

Makerspace & DIY Factory Complex The Makerspace Mega-Factory is a do-it-yourself Mega-Factory combined with a Makerspace where you can learn about the spectrum of manufacturing processes available within an Arcology. It is supported by the mega-factory which can produce a wide spectrum of goods, coordinating all available manufacturing processes together autonomously and in tandem on demand. AI & Robotics enable users to act as entrepreneurs with an entire manufacturing library available to them, as well as educational tools which can teach you about the mechanisms.

Combines Strategic Metals to create specialized Alloys The Allmatter Phase II Metal Alloying Complex processes raw metal feedstocks into specialty alloys & electroformed alloys in the form of ingots & refined metal products for manufacturing processes. Inputs: Raw Metals Outputs: Ingots, Billets, Powder

Group of 7 Refinery Corridors The Allmatter Phase I Metal Foundry processes raw ore into raw manufacturing feedstocks in the form of ingots & refined metal products. Inputs: Raw Ores Outputs: Ingots, Billets, Powder Metals: Aluminum, Alumina, Copper, Steel (+Iron), Magnesium, Sodium

Recipe: 5000 Steel Ingots tons · 1000 MATERIAL - COPPER INGOTS units · 50000 Concrete tons · 1 Concrete Factory units

Group of 7 Refinery Corridors The Allmatter Phase II Metal Foundry processes additional raw ore types, unlocking new raw manufacturing feedstocks in the form of ingots & refined metal products. Inputs: Raw Ores Outputs: Ingots, Billets, Powder Metals: Gold, Silver, Nickel, Chromium, Indium, Tin, Titanium

Group of 6 Refinery Corridors The Phase III Metal Foundry processes additional raw ore types, unlocking new raw manufacturing feedstocks in the form of ingots & refined metal products supporting fuel & propulsion. Inputs: Raw Ores Outputs: Ingots, Billets, Powder Metals: Lithium, Potassium, Rhodium, Tungsten, Platinum, Beryllium

Group of 3 Refinery Corridors The Phase IV Metal Foundry processes additional raw ore types, unlocking new raw manufacturing feedstocks in the form of ingots & refined metal products with higher risk & volatility. Inputs: Raw Ores Outputs: Ingots, Billets, Powder Metals: Zirconium, Titanium Diboride, Tantalum

Group of 3 Refinery Corridors The Phase V Metal Foundry processes additional raw ore types, unlocking new raw manufacturing feedstocks in the form of ingots & refined metal products with specialty applications. Inputs: Raw Ores Outputs: Ingots, Billets, Powder Metals: Cobalt, Rhenium, Calcium

Maintenance Garage for Mining Vehicle Fleet & Rail Systems The Allmatter Industrial Yard's logistics operations starts at the mine - which requires vehicles that operate in harsh conditions. These vehicles will require a service depot to repair, upgrade & refit mining machinery & essential logistics equipment.

Recipe: 1000 Concrete tons · 1000 Steel tons · 1000 Copper tons · 1 TRMD - Transport Repair & Maintenance Droid units · 1 LU-1 (Humanoid Worker Robot - Labor Unit 01) units

A mining depot is a centralized facility, location, or structure used for the storage, handling, and distribution of mined materials

Recipe: 6500 Concrete tons · 2500 Steel tons · 500 MATERIAL - COPPER INGOTS units · 2 STORAGE - Aggregate Storage Silos units

Specialized Material R&D Laboratories & Micro-Factories - The Allmatter Novel Material Labs are constructed in the more advanced phases of the Allmatter Machine's development

Specialized Material R&D Laboratories & Micro-Factories - The Allmatter Novel Material Labs are constructed in the more advanced phases of the Allmatter Machine's development

Specialized Material R&D Laboratories & Micro-Factories - The Allmatter Novel Material Labs are constructed in the more advanced phases of the Allmatter Machine's development

Specialized Material R&D Laboratories & Micro-Factories - The Allmatter Novel Material Labs are constructed in the more advanced phases of the Allmatter Machine's development

Specialized Material R&D Laboratories & Micro-Factories - The Allmatter Novel Material Labs are constructed in the more advanced phases of the Allmatter Machine's development

Orbital Defense, Radar & Communications Station

High-Strength Aerospace Metals The Orbital-Grade Alloy Foundry specializes in producing advanced structural alloys designed for space environments. It refines and blends metals such as titanium, aluminum, and specialty elements into radiation-resistant, high-strength materials used in starship hulls, orbital habitats, and arcology superstructures. This facility enables the Arcology to manufacture load-bearing components suitable for zero-gravity, vacuum, and high-radiation conditions.

Refinery Feedstock Materials The Allmatter Industrial Yard would recieve a wide spectrum of raw ore & raw feedstocks - with the train yard serves as a primary temporary holding facility, for feedstock materials. From the Train Yard - materials would be sent through the sorting complex and dispatched to the correct corresponding facility thereafter.

Industrial Polymer Complex The Polymer Factory is a micro-factory within the AgroChemical Complex that refines plant feedstocks into industrial, commercial & consumer grade polymer feedstocks.

Logistics Port & Shipyard Cargo Freight receiving areas & cargo vessel construction capacity are essential to a self-sustainable model of society. If you are reliant on outside vessels to bring supplies, a society has fewer options than if they can trade on the open market and acquire the best price.

Power Plant, Battery Systems & Transformer Complex The Power Plant, Battery & Energy Complex generates, stores & manages the Arcology various power requirements - from raw resource input to power conversion as well as the use, production & maintenance of batteries & rechargeable power systems.

Recipe: 1 RC Dump Truck tons · 1 RC Excavator units · 10 MATERIAL - COPPER INGOTS tons · 10 POWER - Copper Wiring (Annealed) tons · 5 POWER - Copper Busbars tons · 2000 Concrete tons · 2000 Steel tons

Road & Arcology Utility Repair Services Arcologies require the capacity to repair their own internal roads, walkways & utilities & a dedicated public works & maintenance facility would be responsible & provide these services.

Community Park & Sports-Entertainment Complex Arcology should have a built-in multi-sport arena/complex with adequate sports & gym facilities - as a way to offer residents with an easy to access means of maintaining physical fitness. A wide spectrum of equipment and programs would ideally be included but these could also be adjusted based on the interests & preferences of the local arcology population.

Metal Reclamation & Scrap Sorting Complex The Recycling & Scrap Yard complex is responsible for managing metal garbage disposal processes, such as shredding, sorting & preparing metal scrap for the refinery. Some larger industrial components, may be kept as back up parts before being scrapped, if they have a high volume of use.

An Arcology at any stage of development will require residential housing to shelter its population. The residential complex would be modular and adaptive providing community housing & residential amenities to suit the needs of the population at large. The residential complex would include laundry facilities, parking facilities & mixed residential-commercial zones for small shops.

Robotic Rental, Storage & Repair Facility & Business Incubator The Robot Bank rents robotics to humans - providing a wide array of options, for a wide array of purposes. Thus enabling the average citizen to utilize low grade to high grade robot to perform tasks, or do a days worth of work. This enables citizens to have an autonomous workforce available to them, on a rental basis. The Robot bank can also help to build businesses or improve upon an existing business plans & finance new operations if it is deemed as a potentially profitable venture via business incubator programs.

Emergency Security Response & Law Enforcement - Arcologies require capacity to self-govern & a private security, police or military capacity becomes necessary at scale.

Silicon, Silica & Glass Refinery The Silicon Factory produces a wide variety of silicon based feedstocks from glass, silica & fillers to polysilicon, silicones & more. As the Allmatter machine phase states evolve it takes on a gradually larger role & integrates a wider array of processes. Designed as an Expandable modular Facility that interconnects with many other corridors & facilities within the Allmatter Industrial Yard Ecosystem.

A multi-layer soil cultivation facility designed for fungi farming and microbial cultivation. Houses fungal networks, beneficial bacteria, and soil microbiome communities. Enables both fungi and microbial life form hosting — 10 types per facility.

Technosoil Manufacturing Complex - The SoilArk Factory produces the biological components needed to produce technosoils - that can be combined with regolith to produce soil grades usable by agricultural & industrial crops.

Sorting Complex - Mega-warehouse Intake Depot The Allmatter Industrial Yard's Sorting Complex scans, labels, routes ore & feedstocks from the Port & Train Depot and/or other locations & transmits them to the warehouse for storage, or to the appropriate facility within the Allmatter Industrial Yard based on the industrial requirements of the Arcology. The Mega-Warehouse stores a variety of industrialized elements & isotopes of the periodic table, industrial molecular compounds, and a library of components for rapid assembly of a variety of products, as well as a large library of things ready for use - enabling insitu resource production by serving as a strategic material resource cache for the colony.

Drone & Seeder Agriculture Systems - The Terraforming Complex is a large-scale environmental engineering facility responsible for generating net-positive agricultural output for planetary development and export. It works in direct coordination with the SoilArk Factory, deploying automated drones and atmospheric seeders to establish fertile soil layers, introduce crops, and stabilize ecosystems. This complex enables the Arcology to expand agriculture beyond its immediate footprint while maintaining long-term ecological balance and food security.

Tourism & Amusement Complex Arcologies should have an Amusement park complex built into them which can be a revenue generator but also a place for advanced forms of entertainment beyond that which is available within the Entertainment complex. It would also host food & commercial market spaces. The Tourism-Amusement complex could also offer camping or hotel like amenities for temporary Arcology visitors - enabling visitors to stay in the most fun part of town.

The Vertical Farming Tower (VFT-100) is a 100-story, closed-loop agricultural-industrial arcology system designed to replace fossil fuel dependence via hemp-derived biofuel, provide multi-product outputs (fuel, food, medicine, materials), enable localized energy sovereignty & scale across populations from 10,000 → 1,000,000+

Waste Management Facility The Waste Management & Compost Facility handles most perishable waste, with foodscraps and compostable materials being utilized to generate fertilizer & excess materials being shredded, burned &/or chemically broken down to their constituent parts - so that they can be utilized if possible. ​ The capacity to physically & chemically shred garbage to break it down to its constituent parts would be one of the most highly important parts of Arcology resource & logistics management.

Water Storage & Filtration Systems The Water Storage-Treatment Complex is where water is stored, filtered and prepared for industrial, commercial & residential usage. Black, Grey & Pollution filtration systems for industrial - residential water exist, as well as various reservoirs.

Industrial Wax Manufacturing & Processing Plant The Wax Factory is a micro-factory within the AgroChemical Complex that refines plant feedstocks into industrial, commercial & consumer grade wax products & manufacturing feedstocks.

Wax Crayon Manufacturing Machine

Autonomous Robot Buffet that can cook & provide a variety of meals on demand. It is a vending machine attached to a kitchen, food warmer with a computer interface access port. Users can request a dish to appear in front of them from which they can take their desired serving. Essentially a buffet ordering window, where each item, comes to you and you can fill your plate accordingly!

An Industrial Grade Conveyor Belt system. A continuous transport system using belts, rollers, or chains to move ore, slag, and finished industrial grade products between processing stages.

Recipe: 1 Makerspace Mega-Factory tons · 10 Steel tons · 5 Copper tons · 10 Polymers tons

An Industrial thermal energy capture system that recycles waste heat from furnaces into usable energy (steam, electricity).

Builds parts layer by layer for prototyping and low-volume production using various materials.

Performs complex multi-axis milling and drilling for intricate aerospace components.

Bores large holes in metals for heavy machinery applications.

Drills deep holes in metals for oil and gas.

Drills holes in metals and plastics for aerospace and automotive applications.

Integrates multiple machines for fully autonomous end-to-end production.

Mills and carves foam for molds and aerospace mockups.

Grinds gears to fine finishes for tool and aerospace.

Grinds gears to fine finishes for tool and aerospace.

Hobs gears from steel for automotive and aerospace.

Shapes internal and external gears for precision manufacturing.

Scribes and breaks glass sheets for architectural applications.

Grinds metals and ceramics to high precision for automotive and aerospace.

Slices foam with heated wire for architectural molds.

Etches surfaces for personalization and artwork.

Joins metals with laser for battery packs and devices.

Turns cylindrical parts from metals and plastics for precision machining.

Turns, mills, and drills with automatic tool changes for complex parts.

Permanently marks parts for identification in automotive.

Performs ultra-precise micro-milling on small components for medical devices.

Mills materials like metals and composites for versatile part production.

Automates pallet changes to enhance productivity on CNC machines.

Assembles and places components with high accuracy in electronics and PCB production.

Cuts pipes thermally for pipelines and vessels.

Cuts conductive materials like steel using plasma for metal fabrication.

Cuts heavy steel plates for shipbuilding.

Punches holes in sheet metal for enclosures and panels.

Sets rivets automatically for aerospace frames.

Mills and cuts with robotic flexibility for composites.

Profiles coiled metal continuously for roofing panels.

Cuts, engraves, and routes soft materials like wood and plastics for woodworking and signage.

Bends metal sheets for brackets and cabinets.

Cuts intricate shapes in conductive materials for molds.

Saws and profiles stone slabs for countertops and monuments.

Precision-turns and mills small parts like medical devices.

Taps threads in metals and plastics for automotive tooling.

Mills threads with high precision for aerospace parts.

Bends tubes with precision for automotive exhaust systems.

Machines cylindrical parts with versatile operations for aerospace.

Cuts diverse materials without heat for aerospace parts.

Welds metals via arc for frames and tanks.

Cuts complex shapes in metals via wire discharge for precision tooling.

Carves and nests wood for furniture and cabinetry production.

Machines hard metals via electrical discharge for molds and tooling.

Mills and cuts large workpieces for aerospace and automotive.

Mills horizontally with superior chip removal for large parts.

Combined Additive/Subtractive System. Combines directed energy deposition and milling for prototype and repair.

Simultaneously machines multiple parts for high-volume production.

Manufacturing Machine used to produce Copper, Stainless Steel, Carbon Steel & Aluminum Wiring.

Precision-turns small parts like medical devices with high accuracy.

Mills vertically for efficient aerospace and automotive part production.

A secondary crushing system that further reduces ore size using a rotating mantle within a concave chamber, producing uniform aggregate suitable for milling.

The Ore Floatation Cell is a chemical separation system that uses reagents and air bubbles to selectively separate valuable minerals (e.g., copper, alumina precursors) from gangue material.

Jaw Crusher (Industrial compression) machine used for primary crushing, breaking large rocks, ore, or construction debris into smaller, manageable sizes. There are 3 types of Jaw Crusher Machines: Blake, Dodge & Universal

SAG (Semi-Autogenous Grinding) and Ball Mills are Rotational grinding systems that pulverize ore into fine particles using impact and attrition from steel media, enabling mineral liberation for separation processes. Feedstock Integration: Prepares slurry for flotation, magnetic separation, and chemical refinement.

Standardized Ore Sorting & Processing Machinery built to separate ores based on size, shape, density - enabling the separation & acquisition of specific materials & elements, from within ores.

Autonomous Metal Mold Management system that controls the storage & deployment of the refineries stored temperature-controlled ingot cavity (graphite, copper, or steel-lined) molds, used to shape molten metal during casting and initiate solidification.

Blast Furnace - Smelting & Refining System (Steel + Iron)

Electric Arc Furnace used in Steel & Iron Refining & Recycling

Electrolysis Cells for Aluminum Refining

Flash Smelting Furnace for Copper Refining Processes

A heavy-duty lifting system used to transport molten metal ladles, ingots, and industrial equipment across the foundry floor.

A power distribution hub that transforms and regulates high-voltage electricity for use across foundry operations.

An electromagnetic system used to extract ferrous metals (iron/steel) from mixed ore streams by exploiting magnetic susceptibility differences.

A modular, scalable powder production platform integrated into Metal Foundry Facilities (I–V), designed to convert molten metal streams into engineered powders using one or more atomization technologies (Gas, Water, Plasma). The system enables flexible production of industrial-grade to aerospace-grade powders, supporting additive manufacturing, alloy development, and advanced material applications.

A high-temperature electrochemical system that decomposes compounds (e.g., bauxite, sodium chloride, lithium salts, rare earth oxides) into elemental metals using molten ionic electrolytes. Materials Used: Graphite, carbon, molybdenum, tungsten electrodes and containment materials

A high-temperature cutting system (mechanical or plasma) used to size billets and ingots to standardized dimensions.

A continuous solidification system that transforms molten metal into semi-finished shapes (billets, slabs, blooms) through controlled cooling in a mold.

A rapid cooling system using water or controlled fluids to solidify and stabilize metal microstructures after casting.

A supervisory digital control system that monitors and controls industrial processes in real-time across the entire foundry facility.

An air pollution control system that removes particulate matter from exhaust gases using fabric filtration bags.

A safety system that detects leaks hazardous gases (CO, SO₂, H₂) and triggers alarms, emergency filtration or shutdown protocols.

A chemical treatment system that removes harmful gases (SOx, NOx, chlorine compounds) from industrial emissions.

A sensor network that continuously tracks temperature, pressure, and heat signatures to prevent equipment failure and hazards.

The SoilArk Garden is an innovative modular gardening system that integrates diverse biomes, composting, aquaponics, and micro-livestock cultivation into a compact setup. Designed for urban and off-grid environments, the SoilArk Garden promotes sustainability, resource recycling, and year-round food production. By combining advanced technology with eco-friendly design principles, the system enables users to cultivate diverse crops, mushrooms, fish, and even support small-scale poultry ecosystems in one self-sustaining platform. The feedstocks from each of these cultivated crops & biological resources can provide base soil nutrients, that can be combined with extraterrestrial soil taxonomies to form Techno soils for the purpose of terraforming.

Large-volume storage units that hold sorted aggregates for controlled feed into concrete batching systems.

Recipe: 10 Steel tons · 1 Metal Foundry - Phase I units

Secured Ingot & Billet Vaults are reinforced storage facilities designed for high-density stacking of refined metal forms such as ingots, billets, and slabs. These vaults incorporate controlled temperature and low-humidity environments to prevent surface oxidation and corrosion. They are used across metal industries including copper, steel, and aluminum, as well as precious metals storage.

Allmatter Material Buffer Storage is an advanced storage system integrated with the AllMatter Industrial Yard, designed to hold raw elements, refined materials, and manufactured components in optimized environmental conditions. These systems regulate temperature, humidity, and material state to ensure seamless conversion and manufacturing processes.

Automated Storage & Retrieval Systems are robotic storage solutions designed for high-efficiency inventory management. These systems operate within temperature and humidity-controlled environments to ensure optimal preservation of materials such as metal components, electronics, and manufactured goods. They are widely used in advanced arcology logistics and industrial automation.

Bulk Raw Material Silos are large-capacity storage units designed to hold unprocessed ores, powders, and granular materials. These systems can be equipped with temperature and humidity control to prevent oxidation, contamination, or clumping of materials such as copper concentrates, aluminum powders, and other industrial inputs. They are essential for maintaining material stability prior to refining and processing across multiple industries.

Clean Room Storage Facilities are highly controlled environments that regulate temperature, humidity, and airborne particles. They are used for storing ultra-sensitive materials such as semiconductor-grade copper, electronic components, and advanced alloys. These facilities ensure contamination-free conditions for high-precision manufacturing industries.

Cryogenic Storage Tanks are specialized containers designed to store materials at extremely low temperatures. These tanks maintain strict temperature control and are often paired with humidity management systems for surrounding environments. They are used for industrial gases, advanced materials, and specialized manufacturing processes across multiple sectors.

Gas Storage System - Standard Gas Storage Unit

Gas Storage System - Stainless Steel Gas Storage Unit / Toxic Gas Tank

Recipe: 10 Steel tons · 2 Polymers tons

Gas Storage System - Precision/High Performance/Rare Gas Storage Unit

Gas Storage System - Cryogenic Gas Storage Unit

Hazardous Material Containment Units are designed to safely store reactive, flammable, or toxic materials. These systems incorporate strict temperature and humidity controls along with ventilation and containment safeguards. They are used across chemical, metallurgical, and energy industries.

High-Density Racking Systems are modular storage frameworks designed to maximize vertical and horizontal storage capacity. These systems are often integrated into climate-controlled warehouses to protect materials from environmental damage. They are used for storing everything from metal products to packaged goods and industrial equipment.

Humidity-Controlled Dry Storage Rooms are specialized enclosures designed to maintain low-moisture environments. These systems are critical for preventing corrosion, oxidation, and moisture damage in metals such as copper wiring, steel components, and aluminum parts, as well as in electronics and precision equipment.

Modular Container Storage Units are flexible, transportable storage systems designed for a wide range of materials. These units can be equipped with temperature and humidity control systems, allowing them to store metals, electronics, food supplies, or industrial goods in diverse environments, including remote or space-based operations.

Molten Metal Holding Furnaces are insulated containment systems designed to store and maintain metals in a liquid state at high temperatures. These systems precisely regulate temperature to prevent solidification and maintain material quality. They are used in copper, aluminum, and steel foundries for continuous casting and manufacturing operations.

Secure Industrial Vaults are high-security storage facilities designed for valuable materials, critical components, and sensitive technologies. These vaults maintain controlled environmental conditions, including temperature and humidity, to preserve material integrity. Applications include metals, electronics, data storage hardware, and strategic resources.

Starport Cargo Hold Systems are large-scale storage bays designed for spacecraft and arcology logistics hubs. These systems integrate temperature and humidity control to safely store metals, manufactured goods, biological materials, and sensitive equipment during transport and docking operations.

Temperature-Controlled Warehouse Units are large-scale storage environments designed to maintain stable thermal conditions for sensitive materials and finished goods. These facilities regulate both temperature and humidity to protect metals, electronics, composites, and chemical products from degradation, expansion, or contraction. They are widely used in industrial, commercial, and high-tech sectors.

This is a variable Modular Multi-level agricultural system for efficient food production in vertical spaces. There are a variety of 3D Printable Vertical Hydroponic Farming Modules available, several of which are listed here. We will eventually provide our own model(s) in this space, but in the interim, these models listed - are freely accessible 3D Printable modules.

A classification system that separates crushed material into specific size fractions required for mix design, using vibrating screens as particle filters.

Closed-loop water purification and recycling infrastructure

The Allmatter Arkseed Dropship Fleet - works together with the Ark-III host to install the Allmatter Industrial Yard in Phases; to support the development of new colonial infrastructure.

Ark Fighter

Recipe: 1 Aerospace Shipyard units · 1000 MATERIAL - COPPER INGOTS units

An Autonomous Navigator designed to construct Megalithic Monuments across the Cosmos as part of an advanced cosmic mapping system. This sophisticated automaton embarks on a mission to encode vital exploratory data within these grand stone structures, each monument serving as a beacon filled with extensive information about its host planet. These Markers guide future explorers and provide a wealth of scientific data, simultaneously transmitting detailed reports back to its homeworld. This ensures a continuous flow of updated and invaluable cosmic knowledge, paving the way for enhanced navigation, colonization, and understanding of the universe. The Celestial Cartographer not only charts the celestial bodies but also leaves a legacy of human ingenuity and exploration in the form of these monumental cosmic guideposts.

Recipe: 10000 MATERIAL - GOLD INGOTS units · 100000 MATERIAL - STEEL INGOTS units · 1 Aerospace Port units · 1 Metal Foundry - Phase IV units · 100 MATERIAL - INDIUM TIN OXIDE units

The Cosmic Republic Space Shuttle Bus provides transport services to Colonies with a Cosmic Republic Aerospace Port

Recipe: 20 MATERIAL - STEEL INGOTS units · 1 Public Works & Maintenance Facility units · 1 Aerospace Port units · 2 MATERIAL - GOLD INGOTS units

Need to Travel from Earth to Ark while your Personal Starships in repair? The Space Taxi can get you there!

Recipe: 5 MATERIAL - STEEL INGOTS tons

Space Freighter Type I Can ship 100,000 cargo units from planet to planet

Manufactuable Mobile Housing System for Arcologies - Enables Arcologies to deploy mobile research teams with micro-ark technologies - Enables Arcology Citizens to have a constructible Mobile home that can travel between Arcology settlements over long distances in a self-reliant manner - Generates a portion of its own power & stores it within a battery pack - All Terrain & Atmospheric Vehicle: Landable, Floatable, Drone-like Flight Capable Vehicle - Can House up to 6

Recipe: 20 Steel tons · 1 Residential Complex units · 1 Colonial Pallet Factory units · 20 MATERIAL - COPPER INGOTS units

Allmatter Machine model Metal Foundry & Refinery Droid can operate & integrate with machinery & facilities related to the Metal Economy, from Ore & Rail yard material management to Metal Foundry ore refinement into metals, as well as Metal Alloying, logistics & storage, as well as recycling & scrapyards. Extremely Heavy Duty, capable of handling extreme heat, wear & tear - the Allmatter Metal Droid is meant to endure & thrive in the harshest of industrial conditions.

Allmatter Machine Firebot - The Standardized Humanoid Firefighter Robot that can operate, maintain & manage fire fighting facilities, vehicles, equipment & technologies.

Manned or Remotely Controllable Amphibious Excavator for Dredging Marine Environments to help assist with mining &/or maintaining harbor bed maintenance requirements to support Seastead Arcologies & Undersea Arcologies.

Specialized Space Mining Robot Equipped with Technologies that enable it to mine & harvest materials from Asteroids & Space Objects

Import/Export Hubs that use AI to manage a fleet of Autonomous Modular Barges & other Robotics to deliver, store, import/export cargo to ensure the logistical needs of the Arcology are met

Autonomous Floating Pile Driving Rig - Marine Engineering & Construction Vehicle

Flat Bottom Transport Vessel for Cargo Transport+

Autonomous Underground Tunnel Boring Machine that can autonomously build underground roads & facilities, as well as being capable of assisting with Mining Operations

Humanoid Robot trained to specifically handle Carbon & Graphite Industry. The CD1 Carbon Droid 1 is a standardized Industrial Droid that can assist with Carbon-focused resource operations from mining & refining to logistics & manufacturing of Carbon & Graphite products.

Industrial Robot designed specifically for managing & operating Ceramic & Ablative Heat Shield Foundry Facilities

Standardized Robotic Doctor-Nurse-Orderly Hybrid Robot that can serve multiple medical & health-care roles simultaneously. Available in a variety of models to ensure patient comfort.

Electrical Maintenance Droids maintain & operate Arcology Power related facilities, technologies & services.

Spacewalk Specialist for External Vehicular Activity such as Starship & Space Colony Repairs & Maintenance

The Android Farm Hand can help you with everything Agriculture & Agroindustry related!

The Fitness Robot, FIT-Droid can act as a personal trainer for citizens & can manage athletic related facilities, such as recreation centers, gyms, sports arenas &/or Entertainment Facilities.

An industrial robotic unit built to handle hazardous industrial materials & chemicals with hazardous properties - safely. This type of robotic unit can assist with the operation of Chemical Plants, Power Plants or Heavy Industrial Facilities that manage, process or handle hazardous industrial materials.

General Humanoid Worker Robot for Non-Specialized Industrial Workforce Applications

Standard Mining Robot Equipped with Technologies that enable it to mine & harvest materials from Planetary Surfaces & Underground Mines

A Standardized Robotic Worker trained to operate & maintain Colonial Pallet Factories & their respective Equipment. Capable of handling a wide variety of Colonial upstart operations related to the establishment, maintenance and ongoing operations of the Colonial Pallet Factory.

The Port Master Droid is capable of acting as a Shipyard & Port Manager for Shipyard & Port-Class Facilities and can generally operate & manage any related facility, or vessel constructed by the shipyard. They serve to maintain high standards in ship design & development whilst also retaining information generationally, so that knowledge relevant to ancient & classical ship design & development - can also be preserved.

A Robotic Mentor-Teacher/Assistant for Academies, Libraries, Research Labs, or Virtual Reality Simulations. Trained in STEM, Philosophy & a wide array of educational data - these robotics can serve roles in Educational facilities, Research facilities, or serve as Mentors.

Telerobotic Remote Controlled Mining & Construction Excavator Robot

Recipe: 10 Copper Ingots tons · 10 Steel Ingots tons · 1 MANUFACTURING - CNC GRINDING MACHINE - High-Precision Grinder tons · 1 MANUFACTURING - 3D Printer units · 1 MANUFACTURING - 5-AXIS CNC Machine - Multi-Axis Complex Machiner units · 1 MANUFACTURING - CNC LASER WELDING MACHINE - Precision Laser Welder units · 1 MANUFACTURING - CNC SHEET METAL BENDING MACHINE (PRESS BRAKE) - Sheet Metal Bender units · 1 Makerspace Mega-Factory units

Telerobotic Remote Controlled Mining & Construction Dump Truck Robot

Recipe: 10 Steel tons · 10 Aluminum tons · 2 Copper tons · 1 Silicone tons

Telerobotic Remote Controlled Mining & Construction Excavator Robot

Recipe: 10 Steel tons · 10 Aluminum tons · 2 Copper tons · 1 Silicone tons

Telerobotic Remote Controlled Mining & Construction Front Loader Robot

The TerraBot v1 is a prototype drone designed to transform Martian soil into biologically viable terrain suitable for agriculture and ecosystem development. Leveraging existing Earth-based technologies, such as agricultural machinery, robotic excavators, and soil treatment systems, the TerraBot will scoop, process, and deposit enriched soil while simultaneously planting hardy seeds. This approach provides a scalable solution for terraforming efforts, transitioning from small test plots to expansive fields.

The RCUH; Remote Control Underwater Harvester is a mineral and material Mining & Refining system built for aquatic environments.

Robotic Sales & Promotional Droid capable of selling any product, service or idea! They can operate commercial facilities such as markets, museums, art galleries, & tourism facilities!

Starship Pilot Automaton that is trained to pilot any class of vehicle within the Cosmic Republic Fleet including command & capital ship class vessels

Repair underwater infrastructure

TRM Droids are designed & developed to service vehicles & can operate garage & maintenance facilities.

The proliferation of space debris in Earth's orbit presents a growing challenge to space operations, threatening satellites and human spaceflight. Traditional debris removal methods face limitations in scalability, precision, and risk management. The integration of acoustic and light-based tractor beam systems, inspired by cymatics, offers a novel approach to space debris mitigation.

Artificial intelligence systems for optimizing internal environmental conditions

The AllMatter Piezoelectric Energy Cell (APEC) is a conceptual hybrid energy harvesting device intended for deployment throughout future Arcologies, Shipyard Arcologies, Seastead Arcologies, Starship Arcologies, and autonomous research infrastructure. The purpose of the APEC architecture is not to replace conventional power generation systems, but rather to harvest ambient environmental energy that would otherwise be lost through vibration, pressure variation, structural movement, acoustic activity, and thermal gradients. The concept combines established piezoelectric materials, corrosion-resistant electrode systems, thermoelectric enhancement concepts, and modular manufacturing approaches into a unified energy harvesting platform suitable for long-duration deployment in challenging terrestrial and extraterrestrial environments. This document distinguishes between demonstrated technology, near-term engineering projections, and long-term speculative concepts.

The Arcology Digital Ecosystem Management Interface (ADEMI) is a unified, AI-assisted command, control, and intelligence platform designed to operate, sustain, and evolve large-scale Arcologies and Shipyard Arcology Fleets. ADEMI integrates environmental, industrial, biological, infrastructural, human, and security systems into a single adaptive digital nervous system. Its purpose is to ensure safety, efficiency, resilience, and long-term self-sufficiency for space-based and planetary Arcologies.

TBA

ALUMINUM - NEW FORM OF ALUMINUM Cyclotrialumane A neutral cyclic aluminium (I) trimer https://www.sciencedaily.com/releases/2026/04/260429102032.htm https://www.nature.com/articles/s41467-026-68432-1 https://communities.springernature.com/posts/a-neutral-cyclic-aluminium-i-trimer

A rotating detonation rocket engine improves performance over a conventional rocket engine by harnessing the increase in pressure provided by detonative combustion for thrust generation. The detonation wave propagates in an annular combustor and runs transverse to the flow direction at very high speeds, often requiring only a few inches to accomplish propellant mixing and combustion.

Argon Gas

Recipe: 100 Argon tons · 1 STORAGE – Gas (T1) units

Carbon Dioxide Gas

Carbon Monoxide Gas

Helium Gas

Nitrogen Gas

Oxygen Gas

Harnessing Earth's internal heat for continuous power generation

1 Standard Water Unit - Purified H2O - 5000L

Aggregate - Construction Material - 1 ton

Aluminum Ingots are produced by casting molten aluminum into standardized molds following electrolytic refinement (such as the Hall-Héroult process). These ingots are lightweight, corrosion-resistant, and highly versatile. Aluminum ingots are used as feedstock for extrusion, rolling, casting, and machining in aerospace, automotive, and construction industries.

Recipe: 1 Aluminum tons · 1 Metal Foundry - Phase I units

Calcium Ingots are produced by refining calcium metal and casting it into solid blocks under controlled environments due to its reactivity. These ingots are primarily used as alloying agents in steel and aluminum production, as well as in chemical reduction processes. They serve as feedstock for metallurgical and industrial applications.

Cerium Ingots are refined blocks of cerium metal produced through casting or consolidation processes. As one of the most abundant rare earth elements, cerium is used in catalysts, glass polishing, and alloying. These ingots serve as feedstock for chemical processing and advanced material applications.

Chromium Ingots are produced by refining chromium ore and casting the molten metal into solid blocks. These ingots are primarily used as alloying agents in stainless steel and other corrosion-resistant materials. Chromium ingots enhance hardness, durability, and oxidation resistance in industrial metals.

Cobalt Ingots are refined metallic blocks formed by casting molten cobalt into molds. These ingots are valued for their strength, wear resistance, and magnetic properties, and are widely used in superalloys, batteries, and cutting tools. They serve as feedstock for alloy production and advanced manufacturing.

Concrete Premix - Construction Material - 1 ton

Recipe: 1 Stone Aggregate tons · 1 Cement tons

Copper Billets are cylindrical or rectangular intermediate forms produced through continuous casting or extrusion preparation. They are specifically designed for downstream processing such as extrusion into rods, tubes, and profiles. Billets offer uniform grain structure and are essential for high-quality mechanical and electrical applications.

Recipe: 1 Copper tons · 1 Metal Foundry - Phase I units

Copper Ingots are the foundational refined output of copper smelting and casting processes. They are produced by pouring molten copper into standardized molds, forming solid blocks for storage, transport, and further manufacturing. Copper ingots are used as feedstock for rolling, extrusion, forging, and machining operations across industrial sectors.

Recipe: 10 Chalcopyrite tons · 1 Metal Foundry - Phase I units

Copper Powder is a finely processed form of copper used in additive manufacturing, coatings, sintering, and specialized industrial applications. It enables advanced fabrication techniques such as powder metallurgy and 3D printing of complex copper components.

Copper Rods are elongated cylindrical forms typically produced from billets and used extensively in wire drawing and electrical applications. They serve as the primary input for producing copper wiring and conductive components, offering high conductivity and consistent structural integrity.

Dysprosium Ingots are refined forms of dysprosium metal produced through reduction and casting processes. This rare earth element is highly valued for its magnetic properties and is used in high-performance magnets, nuclear reactors, and advanced electronics. These ingots serve as feedstock for specialized alloy and magnet production.

Erbium Ingots are metallic blocks produced by refining and casting erbium. Known for its optical properties, erbium is widely used in fiber optics, lasers, and amplifiers. These ingots serve as feedstock for optical materials, alloys, and advanced electronics.

Europium Ingots are refined metallic forms of europium produced under controlled conditions due to its reactivity. Europium is primarily used in phosphors for displays, lighting, and imaging technologies. These ingots serve as feedstock for chemical processing and luminescent material production.

Gallium Arsenide (GaAs) Ingots are single-crystal semiconductor materials grown using processes such as the Czochralski or Bridgman method. These ingots are used as substrates for high-performance electronic and optoelectronic devices, including solar cells, LEDs, and high-frequency integrated circuits.

Gallium Ingots are soft metallic forms of refined gallium produced by controlled cooling and casting. Due to gallium’s low melting point (near room temperature), these ingots are often stored in solid or semi-solid form under controlled conditions. Gallium ingots are used in semiconductor manufacturing, alloys, and advanced electronics such as LEDs and integrated circuits.

Standard Annealed Glass for General Purpose Use

Gold Ingots are high-purity cast blocks of refined gold, typically produced through smelting and purification processes such as electrorefining. These ingots are used for investment, banking reserves, electronics manufacturing, and precision components due to gold’s excellent conductivity and corrosion resistance.

Indium Tin Oxide (ITO) Ingots are specialized composite materials produced by combining indium oxide and tin oxide, then casting or sintering into solid forms. These ingots are used as source material for sputtering targets in thin-film deposition processes, particularly for transparent conductive coatings in displays, solar panels, and touchscreens.

Iron Ingots are solid blocks of refined iron produced through smelting processes such as blast furnace operations. Molten iron is cast into molds and cooled into standardized shapes for storage and transport. Iron ingots are used as base material for steel production, casting, and fabrication of industrial components.

Magnesium Ingots are lightweight metal blocks produced by casting refined magnesium into molds. Due to magnesium’s low density and high strength-to-weight ratio, these ingots are widely used in aerospace, automotive, and electronics manufacturing. They serve as feedstock for die casting, alloying, and structural component production.

Nickel Ingots are refined metallic blocks formed by casting molten nickel into molds after extraction and purification. Known for their corrosion resistance and high-temperature strength, nickel ingots are used in alloy production, including stainless steel and superalloys, as well as in electroplating and battery manufacturing.

Sand - Construction Material - 1 ton

Silver Ingots are refined metallic blocks formed by casting molten silver into molds. Known for their high electrical and thermal conductivity, silver ingots are used in electronics, solar technology, jewelry, and investment markets. They also serve as feedstock for fine fabrication and alloying.

Sodium Ingots are solidified forms of elemental sodium produced through electrolysis of molten salts (such as sodium chloride). Due to sodium’s high reactivity, these ingots are stored under controlled conditions, often in oil or inert environments. Sodium ingots are used in chemical manufacturing, energy systems, and specialized cooling applications.

Steel Ingots are the primary cast form of refined steel, produced by pouring molten steel into molds to solidify into large blocks. These ingots serve as the starting material for rolling mills, forging operations, and structural fabrication. Steel ingots are widely used in construction, heavy industry, shipbuilding, and infrastructure manufacturing.

Recipe: 10 Iron Ore tons

Tin Ingots are refined metallic blocks produced by melting and casting tin into standardized molds. Known for their corrosion resistance and low melting point, tin ingots are widely used in solder production, plating, alloys such as bronze, and electronics manufacturing. They serve as feedstock for casting, rolling, and chemical applications.

Titanium Ingots are produced through processes such as vacuum arc remelting, forming high-purity solid blocks of titanium. These ingots are strong, lightweight, and corrosion-resistant, making them essential in aerospace, medical implants, and industrial applications. They are used as feedstock for forging, machining, and additive manufacturing.

Bayberry wax is a natural aromatic wax extracted from the berries of bayberry shrubs. Traditionally valued for its distinctive herbal scent and clean-burning properties, bayberry wax has historically been used in candles, decorative wax products, soaps, and specialty artisanal goods. Due to its rarity and labor-intensive extraction process, it is often blended with other waxes for commercial applications.

Recipe: 5 Bayberry tons

Beeswax is a natural animal-derived wax produced by honeybees for constructing honeycomb structures within hives. It is valued for its durability, pleasant natural aroma, water resistance, and stable burning characteristics. Beeswax has been used for thousands of years in candles, cosmetics, polishes, medicinal salves, encaustic art, waterproofing treatments, food wraps, leather conditioning, and industrial coatings. Its natural golden coloration and smooth texture make it one of the most versatile traditional waxes.

Recipe: 5 Bee Honeycomb tons

Berry wax is a soft vegetable wax produced from the peels or coatings of certain berries and fruit species. It is often used as a vegan alternative to beeswax in cosmetics and personal care products. Berry wax provides smooth texture, emulsifying properties, and moderate hardness suitable for balms, creams, candles, and biodegradable wax formulations.

Candelilla wax is a hard vegetable wax extracted from the leaves of the candelilla shrub native to arid desert environments. It has a high melting point, glossy finish, and excellent structural hardness, making it a popular natural substitute for paraffin and beeswax. Common applications include cosmetics, lip balms, pharmaceuticals, coatings, polishes, candles, inks, food glazing, biodegradable plastics, and industrial wax formulations.

Recipe: 5 Candelilla tons

Cannabis wax, often derived from hemp biomass or hydrogenated hemp oil, is a renewable vegetable wax containing naturally occurring fatty compounds and oils. It is valued for its flexibility, moisture resistance, and eco-friendly sourcing potential. Hemp-derived waxes are used in cosmetics, balms, coatings, lubricants, bio-composites, inks, candles, biodegradable plastics, and sustainable manufacturing applications.

Recipe: 5 Cannabis-Hemp tons

Carnauba wax is a hard vegetable wax harvested from the leaves of the Brazilian carnauba palm. It possesses one of the highest melting points among natural waxes and is prized for its hardness, gloss, and water resistance. Carnauba wax is commonly used in automotive polishes, floor waxes, cosmetics, food coatings, pharmaceuticals, surfboard waxes, industrial finishes, biodegradable packaging, and specialty coatings requiring durability and shine.

Recipe: 1 Carnauba tons

Hydrogenated castor wax is produced by processing castor bean oil into a stable, hard vegetable wax. It possesses excellent thickening, emulsifying, lubricating, and pigment suspension properties. Castor wax is commonly used in industrial lubricants, coatings, paints, inks, adhesives, plastics, cosmetics, greases, candles, and specialty wax blends requiring durability and formulation stability.

Recipe: 5 Castor Bean tons

Japan wax is a vegetable-based wax traditionally extracted from the berries of the Japanese sumac tree. Despite its name, it is chemically closer to a vegetable fat than a true wax. It has historically been used in candles, polishes, cosmetics, wood treatments, inks, and traditional arts due to its smooth texture and workable consistency.

Recipe: 1 Sumac Tree tons

Jojoba wax is produced by hydrogenating jojoba oil extracted from the seeds of the jojoba plant. It is technically a liquid wax ester in its natural state and is highly stable against oxidation. Jojoba wax is widely used in cosmetics, skincare products, pharmaceuticals, lubricants, conditioners, coatings, and high-end wax blends due to its smooth texture and long shelf life.

Recipe: 1 Jojoba Plant tons

Lanolin wax is derived from the natural oils found in sheep wool. It is highly moisturizing, water-resistant, and emollient-rich. Lanolin wax is extensively used in cosmetics, pharmaceuticals, leather treatments, rust prevention coatings, ointments, soaps, and conditioning products.

Recipe: 1 Wool tons

Microcrystalline wax is a refined petroleum-derived wax composed of fine crystal structures that provide flexibility and adhesive qualities. It is commonly used in cosmetics, food packaging, adhesives, rubber compounds, industrial coatings, candles, crayons, electrical insulation, and preservation treatments due to its durability and moisture resistance.

Montan wax is a fossilized plant-based wax extracted from lignite coal deposits. It is extremely hard and durable with excellent polishing and waterproofing characteristics. Montan wax is used in industrial coatings, automotive finishes, carbon paper, lubricants, electrical insulation, polishes, and specialty wax blends requiring high hardness and abrasion resistance.

Recipe: 10 Coal (lignite) tons

Myrica fruit wax is a vegetable wax extracted from the fruit coatings of certain Myrica shrub species. It is valued for its creamy texture, emollient properties, and biodegradability. Common applications include cosmetics, skincare products, candles, and specialty wax blends where softer natural textures are desired.

Recipe: 10 Myrica Fruit tons

Ozokerite wax is a naturally occurring mineral wax derived from petroleum and hydrocarbon deposits. It possesses high melting temperatures and excellent thickening properties. Ozokerite wax is used in cosmetics, polishes, candles, electrical insulation, coatings, adhesives, and industrial applications requiring stability and rigidity.

Recipe: 1 MATERIAL - Wax (Paraffin) tons · 1 MATERIAL - Wax (Microcrystalline) tons

Palm wax is a vegetable wax derived from palm oil through hydrogenation and refinement processes. It is characterized by crystalline textures, hardness, and strong scent retention properties. Palm wax is commonly used in candles, decorative wax products, industrial coatings, cosmetics, and molded wax applications. Sustainably sourced palm wax is increasingly emphasized due to environmental considerations surrounding palm cultivation.

Paraffin wax is a petroleum-derived wax produced during crude oil refinement. It is widely used because of its low cost, consistent performance, and ease of manufacturing. Paraffin wax applications include candles, packaging, waterproofing, cosmetics, coatings, crayons, industrial lubricants, food preservation, thermal storage systems, and polishes. It remains one of the most commercially utilized waxes worldwide.

Recipe: 5 Petroleum tons

Polyethylene wax is a synthetic wax produced from low molecular weight polyethylene polymers. It provides hardness, abrasion resistance, and lubrication properties. Applications include plastics manufacturing, coatings, inks, adhesives, rubber processing, polishes, industrial lubricants, and composite materials.

Recipe: 5 Petroleum tons

Shellac wax is a natural resinous wax obtained as a byproduct during shellac processing from lac insects. It is biodegradable and possesses good film-forming and polishing properties. Shellac wax is commonly used in coatings, food glazes, cosmetics, pharmaceuticals, wood finishes, electrical insulation, and specialty industrial applications.

Recipe: 10 INSECTA: Kerria lacca tons

Soy wax is a plant-based wax derived from hydrogenated soybean oil. It is biodegradable, renewable, and commonly used as a sustainable alternative to petroleum-based waxes. Soy wax is known for its smooth texture, low melting point, clean-burning characteristics, and strong compatibility with pigments, fragrances, and oils. It is widely used in candles, cosmetics, wax melts, encaustic art, polishes, packaging coatings, and biodegradable industrial products.

Recipe: 5 Soybean tons

Sugarcane wax is a natural wax extracted from sugarcane processing byproducts. It is biodegradable, renewable, and valued for its hardness, moisture resistance, and polishing capabilities. Sugarcane wax is used in biodegradable packaging, cosmetics, agricultural coatings, food-safe coatings, paper treatments, polishes, candles, and environmentally sustainable industrial material systems.

Recipe: 5 Sugarcane tons

Sunflower wax is a vegetable wax obtained during the refining of sunflower oil. It is characterized by high crystallinity, smooth texture, and strong oil-binding properties. Sunflower wax is frequently used in cosmetics, creams, lipsticks, balms, candles, coatings, food-safe products, biodegradable materials, and specialty wax formulations where smooth consistency and structural stability are desired.

Recipe: 5 Sunflower tons

Wet concrete - Construction Material - 5 tons

Copper Cathodes are ultra-high-purity copper sheets produced through electrorefining processes. They typically reach purity levels of 99.99% and are used in high-performance electrical applications, advanced manufacturing, and alloy production. Cathodes are a key input for precision-grade copper products.

Prefabricated building systems for rapid arcology expansion

Cosmic Bio-Defense Technology - Counter VLF Tech

TBA

F Prime: A software ecosystem enabling the rapid development and deployment of embedded systems for spaceflight applications. F Prime supports a wide variety of embedded applications, including: Flight systems, insturments, sensors, deployable robotics, flight-like simulation testbed development & software tech developed for space operations.

The PHASESOLGAS crystal technology seeks to investigate & exploit the applications of phase state storage of solid state gas utilizing crystal-based storage systems. The PHASESOLGAS crystal is a novel solid state gas storage system, currently in research & development stages. It proposes that a crystal with an interior lattice can become a storage tank, for solid gas and when heated initate phase state change so as the stimulate a liquid phase internally, expelling liquid fuel that can then be controllably converted into gas & ignited into a plasma state - akin to a plasma torch fuel cell, or a light saber fuel cell. A Visual demonstration of a similar system exists using a fuel pack, whereas this technology would store the fuel within a solid state phase inside of a heat activated crystal that would release liquid that converts into gas and ultimately plasma.

Aluminum Conductor Steel Reinforced (ACSR) is a high-strength, high-capacity stranded conductor used in overhead power lines. It features a central steel core surrounded by concentric layers of high-purity aluminum (99.5%+), such as Aluminum 1350-H19

Recipe: 1 Aluminum tons · 1 Steel tons

Copper Busbars are thick strips or bars of copper used for conducting large electrical currents within power distribution systems. They are critical in substations, switchgear, and arcology-scale energy grids due to their high conductivity and efficiency.

Recipe: 1 Copper tons · 1 Metal Foundry - Phase I units

Cable Assemblies consist of multiple insulated copper wires bundled together for organized electrical transmission. They are used in complex systems such as machinery, vehicles, and spacecraft.

Magnet Wire is copper wire coated with insulation and used in motors, transformers, and electromagnetic coils. It is designed for efficient energy transfer and electromagnetic field generation.

Transformer Coils are precision-wound copper conductors used in transformers to transfer electrical energy between circuits. They are essential components in power distribution infrastructure.

Copper Wiring is a standard electrical conductor used in Industrial, Commercial & Residential Applications & is used in many technologies & facilities as a critical component. It can be produced in a wide array of sizes & purity levels. Heat Treatment produces annealed copper. Annealed copper wire can be bent, twisted, and shaped more easily without cracking or breaking. This makes it ideal for household electrical wiring, motor windings, and applications requiring frequent movement or tight installation.

Recipe: 1 Copper lbs

Hard-Drawn Copper is a high-strength form of copper conductor produced through cold working (drawing) without subsequent heat treatment. This process increases the metal’s tensile strength and hardness while reducing its flexibility. Hard-drawn copper maintains excellent electrical conductivity but is more rigid and resistant to deformation compared to annealed copper. It is commonly used in applications where mechanical strength and structural integrity are critical, such as overhead power lines, grounding systems, and heavy-duty industrial wiring where minimal movement is expected.

Recipe: 1 Copper tons

An array of resonant cavities, each functioning as a maser, to simulate the emission characteristics of Fast Radio Bursts (FRBs)

Modular Oceanic Residential units & facilities built by Shipyards

Advanced photovoltaic systems for sustainable energy generation in arcology structures

Copper Bars are solid rectangular or square forms used in machining, structural supports, and electrical systems. They provide strength combined with conductivity, making them versatile across mechanical and electrical engineering.

Copper Sheets & Plates are flat-rolled copper products used in construction, shielding, roofing, and industrial fabrication. They can be formed, cut, and shaped for a wide variety of structural and protective applications.

Copper Pipes & Tubing are hollow cylindrical products used in fluid transport systems, HVAC systems, and cooling networks. They are valued for corrosion resistance, thermal conductivity, and durability, making them essential in infrastructure and industrial systems.

Copper Foil is an extremely thin sheet of copper used in electronics, circuit boards, and electromagnetic shielding. Its flexibility and conductivity make it essential in modern electronic manufacturing.