The B2B platform for the best purchasing descision. Identify and compare relevant B2B manufacturers, suppliers and retailers
Filter
Locations
Result types
Type of company
Select company type
Industries
Select industry
Company status
Select company status preset
Number of employees
Min.
Max.
Founding year
Lock keywords
Exclude keywords
Optional keywords
South Kesteven, United Kingdom
11-50 Employees
1904
FRS Farming, est 1904, is a third-generation arable farm situated in South Lincolnshire. Ideal for a variety of commercial requirements from board meetings to conferences, sales events, product launches and team presentations. With stunning views over the fields, it is a wonderful place to work! The award-winning White Horse pub in Baston with its distinctive blue exterior, tucked behind the church is the perfect place for lunches, meetings and more relaxed team gatherings.
+
Featured
Farming, Office Spaces & Conferences | Thetford Farm Estate
... Farming, Office Spaces & Conferences | Thetford Farm ...
Gemeinde Bad Vöslau, Austria
We are an Austrian engineering company that designs, manufactures and sells scientific instruments & tools, and provides engineering & scientific services to customers worldwide. We are delighted to be of service to a growing number of research institutes, universities, innovative companies and government agencies worldwide. General direction of the medium ("Blattlinie"): To promote the services and products of Vienna Scientific Instruments GmbH in the development, construction and sale of research equipment and services for the natural sciences. All rights reserved, in particular those of translation, reprinting, extraction of images, broadcasting, reproduction by photomechanical means and storage in data processing systems. Get more information on specific product groups - including specifications, images, and technical data sheets. Follow the links above for information on engineering (product development, prototyping, spare parts, field technical support) and scientific services & research. Through cross-industry collaboration and support of open hardware projects, we are committed to advancing science and scientific instrumentation.
+
Featured
Tray Systems for Space-optimized Insect Farming Facilities
... Tray Systems for Space-optimized Insect Farming ...
West Palm Beach, United States
11-50 Employees
2020
Our mission: to protect your principal at ALL costs.
+
Featured
Wide Moat Research | Wide Moat Research
... This Vehicle Is Changing the Farming Space and Raking in ...
Kutztown, United States
11-50 Employees
2011
We’re committed: Our goal is to support the dairy industry, from small family farms to large-herd operations, through farming automation. We are looking to update our milking facility. We are a family operation with 150 cows switching thru a tie stall. We are proud that our training center is considered one of the most automated milking farms in the U.S. We are advancing our skills through technology, and the cows are much calmer.”. The future focuses on improving animal comfort and wellness; inevitably leading to happier farmers. So the option of robotic milking initially scared us, but has become possibly a more feasible option. With years of experience in robotics, AMS Galaxy USA began developing automatic milking systems independently known as the Galaxy Robotic Milking System.
+
Featured
About Us ⋆ AMS Galaxy USA
... "space age" farming? ...
Millis, United States
11-50 Employees
2012
Crop One uses ~95% less water than traditional field-based growing. Our vertical farms operate on a closed-loop water recycling system, the incoming water source is treated on-site through a multi-step water purification process and redistributed throughout the farm. 100% of the water that enters Crop One farms is accounted for through built-in sensors and is recycled when possible. Our farms require a fraction of the land than conventional growth while yielding more fresh produce. Specifically growing 100x more produce than conventional farming per square foot. The indoor and vertical design of Crop One allows the farms to be placed anywhere with the ability to be stacked vertically to create even greater land-use efficiency.
+
Featured
Technology — Crop One
... Crop One's differentiated technology stack and growing process makes us the most advanced company in the vertical farming space. ...
Heidelberg, Germany
1-10 Employees
2018
So aponix took the opportunity to define another new innovative shape to set up grow spaces in 3D using lego-pieces to set up modular vertical cylinders (barrels) that are flexible and scalable. Aponix.eu started as a project of Manticore IT GmbH in 2015. Aponix stepped away from looking for ‘distributors’ or ‘resellers’ to sell the aponix pieces and started to work out more sophisticated solutions with ‘product partners’ from 2020. The idea is, that aponix pieces represent just infrastructure pieces that need to be engineered into a larger tailored context for certain target groups (the actual users). Aponix provides components to set up urban farming grow spaces in a modular and versatile way, enabling more hyperlocal plant production in 3D. The aponix vertical barrel incorporates a bunch of valuable key features that allow for a very versatile setup of a new type of urban farms with much smaller 2D footprint than their traditional commercial counterparts urban locations, for outdoor and indoor farming. The aponix barrel is designed to allow you to quickly grow a hydroponic garden. The aponix components and solutions are suitable to grow all sorts of edibles like herbs, lettuces and with our new reusable trellis plug pot also fruiting or even vining crops in vertical gardening/farming situations.
+
Featured
Urban Plant Cultivation - aponix
... Aponix provides components to set up urban farming grow spaces in a modular and versatile way, enabling more hyperlocal plant production in 3D. The following solutions have been designed so far: the Vertical Barrel / 3D-NFT for soilless cultivation, a modular living WallSystem, the ...
Seattle, United States
11-50 Employees
2011
We are ending the beta tests on March 26. We are here to present our newest development. While Mod DB was (as the name implies) a site for game modifications, we found a lot of indie developers adding their games to the site under the "standalone games" category. First and by far the most important is the growth in digital distribution which eliminated the need for a publisher, meaning even indie games made by one or two people with a tiny budget can still reach millions of potential customers. The award-winning Call of Duty Rio mod is becoming a full game on Unreal Engine 5. This is the first dev log of project Echoes in the Deep. Now, each month will end with me delivering a milestone. Operation Athena is a brand new tactical first person shooter that takes inspiration from classic tactical shooters with updated modern mechanics.
+
Featured
Combining casual space flight/navigation, space farming, and survival adventure feature - Indie DB
... Combining casual space flight/navigation, space farming, and survival adventure feature - Indie ...
Edmonton, Canada
1-10 Employees
1994
We are a container sales, rental and storage site. Yellowhead Storage is a family-founded and-run business, so you know you’ll be treated right. Yellowhead Storage is a family-founded and-run business, : you know you’ll be treated right. Our on-site managers monitor our facility using our state-of-the-art video camera surveillance. In addition to our many available storage options, we also offer mailbox rentals and packing supplies for all your needs. Yellowhead Storage is proud to be an authorized U-Haul dealer, offering affordable moving truck rentals to assist you with your big move. If you find a lower rate, with proof of price, we offer you a rate of 5% less than our competitor’s price! Yellowhead Storage guarantees the best prices and offers state-of-the-art 24/7 security systems along with live-in Managers for your peace of mind.
+
Featured
Shipping Containers For Sale | Container Modifications Available
... changes, you can have the perfect storage container for: Marine use (sea cans) Portable office space Holiday storage Farming equipment No matter your occupation or current reason behind your storage needs, we have ways to serve you. We’ll make the necessary adjustments to meet ...
Lagos, Nigeria
51-100 Employees
1998
To achieve this, we are revolutionizing the Agricultural sector in Nigeria with robust farm mechanization, penetrating both urban and rural areas. Today, Origin Group operates in some major industries such as agriculture, manufacturing, civil engineering, automobile, logistics and hospitality across 4 continents. Through innovation and resourcefulness, we are harnessing our nation’s physical and human resources to create value for the average consumer.
+
Featured
About Us - Origin Tech Group
... We create innovative and tech-driven solutions in the Agricultural space, mechanizing and simplifying farming for farmers who need it the most. There are over 600 of us, across 23 locations, working hard everyday in the agricultural, construction, manufacturing, and automobile sectors ...
501-1000 Employees
1972
Spacesaver has been a leading manufacturer in Wisconsin, USA for 50+ years and is 100% employee-owned. We’re proud that our products help create better spaces to learn, to protect, to heal, and to grow. Today, team members at Spacesaver’s 300,000-square-foot manufacturing facility make products that save time, save space, and promote security for clients all over the world. Our products are designed to be the best solution for your industry, your needs, and your space. Spacesaver brings its newest control feature and more to Atlanta. Since then, our in-house teams have developed and manufactured a variety of innovative storage products designed to help clients better manage their time, space, and security. We design and manufacture fully integrated storage solutions for libraries, museums, cannabis grows, warehouses, police departments, the military, and more. We employ nearly 400 full-time team members in our manufacturing and administrative divisions, and the expertise and hard work of our people is evident in the products that we design, build and ship every day.
+
Featured
GROW Racking - Quality Vertical Racks for Indoor Agriculture
... Sturdy vertical grow racks optimize space in indoor commercial farming and cannabis facilities. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Space Farming
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 13 |
| Amount of suitable service providers | 9 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1904 |
| Youngest suiting company | 2020 |
Space farming refers to the cultivation of crops and the rearing of livestock in outer space environments, encompassing a range of techniques designed to support human life in extraterrestrial habitats, such as spacecraft, space stations, and planetary bases. This innovative approach to agriculture aims to address the critical need for sustainable food production and resource recycling in space, leveraging advanced hydroponics, aeroponics, and closed-loop life support systems. By utilizing controlled environmental conditions, space farming enables the growth of plants and the production of food under the unique challenges posed by microgravity, limited water supplies, and the absence of natural sunlight. The significance of space farming extends beyond its immediate utility in providing astronauts with fresh produce; it represents a pivotal step towards long-duration space exploration and the potential colonization of other planets. As such, space farming is not only crucial for ensuring the health and morale of space crews through access to fresh, nutritious food but also serves as a model for sustainable agriculture and resource management on Earth. Innovations developed through space farming research, such as efficient water usage and waste recycling, offer valuable insights and technologies that can be adapted to improve food security and environmental sustainability on our home planet.
1. Reduced Environmental Impact
Space farming presents a significantly lower environmental footprint compared to traditional agriculture. By utilizing advanced hydroponic and aeroponic systems, it eliminates the need for soil and drastically reduces water usage. This approach not only conserves natural resources but also minimizes the agricultural runoff that leads to water pollution on Earth.
2. Year-Round Crop Production
One of the most compelling advantages of space farming is the ability to produce crops year-round, irrespective of terrestrial weather conditions or seasons. The controlled environment of a space greenhouse allows for constant optimal growing conditions, ensuring a steady supply of fresh produce. This can be particularly valuable for providing food security in areas affected by climate change or extreme weather.
3. Exploration and Colonization Support
Space farming is critical for long-duration space missions, including the exploration and potential colonization of other planets. It offers a sustainable food source for astronauts, reducing the dependency on Earth-supplied provisions. By enabling the growth of fresh produce in space, it also helps in psychological well-being, providing a sense of normalcy and connection to Earth for space travelers.
While evaluating the different suppliers make sure to check the following criteria:
1. Expertise in Controlled Environment Agriculture (CEA)
Look for suppliers with a proven track record in CEA technologies, essential for optimizing plant growth in space conditions.
2. Robust Life Support Systems
Ensure the supplier offers advanced life support systems for air, water, and waste recycling, crucial for long-term space farming sustainability.
3. Scalability of Solutions
Assess the supplier's ability to scale solutions from small modules to larger, more complex systems, accommodating future space farming expansion.
4. Innovative Research and Development (R&D)
Prioritize suppliers that invest in R&D, showing commitment to advancing space farming technologies and practices.
5. Compatibility with Spacecraft Systems
Verify that the supplier's farming systems are compatible with existing spacecraft systems to ensure seamless integration and operation.
6. Cost-Effectiveness
Consider the overall cost-effectiveness of the supplier's solutions, balancing initial setup costs with long-term operational efficiency and yield potential.
Space farming presents innovative B2B opportunities, especially in the agricultural technology sector. Companies specializing in advanced agricultural technologies can partner with space agencies to develop and test new farming techniques in microgravity environments. This collaboration could lead to the creation of more efficient food production methods that are both sustainable and scalable back on Earth, potentially revolutionizing global food supply chains. Another significant use case involves the pharmaceutical industry. The unique conditions of space allow for the growth of certain medicinal plants and microorganisms with enhanced medicinal properties not replicable on Earth. Pharmaceutical companies can exploit this by developing new drugs or improving the efficacy of existing ones, opening up new avenues for medical research and treatment options. The biotechnology field also stands to benefit greatly from space farming. Research into plant growth and development in space can offer insights into genetic modifications that could make crops more resistant to pests and environmental changes. Biotech firms can leverage these insights to engineer hardier plant varieties, contributing to more resilient agricultural practices. Lastly, space farming provides a unique platform for sustainability research. Companies focusing on sustainable living solutions can explore closed-loop life support systems, where every output is efficiently recycled and reused. This research is crucial for long-term space missions and has direct applications in improving Earth's sustainability practices, offering a blueprint for minimizing waste and maximizing resource efficiency in various industries.
Space farming currently sits at a nascent stage, approximately around Technology Readiness Level (TRL) 3 to 4. This positioning is primarily due to the successful laboratory experiments and small-scale implementations that have laid the groundwork for growing plants in microgravity environments, such as aboard the International Space Station (ISS). At this TRL, the basic technological principles have been validated under controlled conditions, showcasing the potential for cultivating crops in space. The experiments conducted have involved various plant types, from leafy greens to flowering crops, using hydroponic and aeroponic systems that don't rely on soil, which is a critical adaptation for space environments. However, the leap to TRL 5, which involves validating the technology in a relevant environment, faces significant challenges. These include ensuring sustainable energy sources for plant growth, developing efficient water recycling systems, and creating closed-loop life support systems to manage carbon dioxide and oxygen. Additionally, the effects of microgravity on plant growth, nutrition, and the potential need for genetic modifications to optimize yields in space conditions are areas requiring further research. The progression to higher TRLs will hinge on overcoming these technical hurdles, demonstrating the scalability of space farming, and ensuring that it can support long-duration space missions sustainably.
Short-Term Developments In the immediate future, space farming will focus on optimizing hydroponic and aeroponic systems to grow plants in microgravity environments. Research will aim at enhancing nutrient delivery and lighting systems to maximize plant growth and yield with minimal resources. Initial experiments aboard the International Space Station (ISS) will lay the groundwork, examining different plant varieties and growth mediums to identify those best suited for extraterrestrial agriculture. Mid-Term Advancements Over the next decade, the emphasis will shift towards sustainable life-support systems that integrate space farming into closed-loop ecosystems. This phase will see the development of advanced bio-regenerative systems, where plants not only provide food but also contribute to oxygen production and carbon dioxide absorption. Innovations in genetic engineering are expected to produce crop varieties specifically adapted to space conditions, offering higher resilience to stress factors like radiation and reduced gravity. Long-Term Innovations Looking further into the future, space farming will likely expand beyond orbiting spacecraft and space stations to support long-duration missions and permanent settlements on the Moon, Mars, and beyond. Technologies such as robotic planting and harvesting systems, artificial intelligence-driven farm management, and scalable modular farms will become pivotal. These innovations will enable the establishment of fully autonomous farms capable of feeding large astronaut populations, paving the way for humanity's sustained presence in space.
