There was a time when the term eco-friendly evoked images of bland, boring and blah materials. Thankfully, that is not the case today. As more and more designers are seeking out eco-friendly materials for their environmentally savvy clients manufacturers have stepped up and given the design world many beautiful options to pick from. I have assembled a guide of the most popular eco-flooring solutions, some are new, some are old and a few will make you think. Cork is relatively new to the flooring world.
Dear readers! Our articles talk about typical ways to solve the issue of renting industrial premises, but each case is unique.
If you want to know how to solve your particular problem, please contact the online consultant form on the right or call the numbers on the website. It is fast and free!
Managing Moisture Between the Flooring and the Concrete SlabVIDEO ON THE TOPIC: Epoxy Flooring Step by Step
In the burgeoning cannabis market, grow facilities are facing more and more competition every day. New indoor cultivation enterprises are often being set up in formerly vacant industrial buildings and commercial spaces, while in other cases, companies are planning and constructing new grow facilities from the ground up. For all these establishments, continually lowering production costs while supplying the highest possible quality in ever-increasing yields is the way forward.
Whether in existing or new structures, concrete floors are ubiquitous throughout the majority of cannabis growing facilities. With the right treatment, these indoor concrete traffic surfaces can greatly contribute to a company achieving its operational objectives. Alternatively, insufficiently protected concrete floors can create annoying and costly barriers to accomplishing company goals.
As with any emergent industry, mainstream acceptance and market growth is bringing regulation to cannabis cultivation. Local governments are paying more attention to how cannabis growing facilities are constructed and operated.
In addition to the standard business matters of building safety, employee working conditions and tax contributions, elected officials are increasingly under pressure from constituents to analyze the overall effect of grow facilities on their communities at large.
High consumption of energy for grow room lights and high water usage are just part of the equation. The temperature and humidity needs of a grow facility can be similar to that of an indoor swimming pool environment. While warmth and moisture are ideal for cannabis growth, they also provide the ideal conditions for the growth and proliferation of fungi and other undesirable microorganisms. Therefore, to help preserve plant health in the moist indoor climate, fumigation often comes into play.
Carbon dioxide CO2 enrichment of grow room air, a common practice proven to increase crop yields, presents another set of safety and health considerations in dense urban environments. Adding to these challenges, many cannabis grow facilities are producing plants destined for either pharmacological or nutritional use.
This in itself demands scrutiny by regulators for the sake of the consuming public. As a result, grow room managers and owners must stay informed about the evolution of the industry in terms of local and federal agency regulations concerning their facilities, their overall operation and their products. As a foundational construction material, concrete continues to lead the way in commercial and industrial construction.
Despite the many advantages of concrete floors, when left unprotected they can present significant challenges specific to cannabis grow rooms. Public health guidelines for cannabis cultivation facilities in various parts of the country are increasingly mirroring those of food processing.
Typical requirements include having smooth, durable, non-absorbent floor surfaces that are easily cleaned and in good repair, possessing proper floor slope towards a sanitary floor drain, with no puddling, as well as an integral floor-to-wall cove base. These directives cannot be met with bare concrete alone. In some locations, cannabis growing facilities are already subject to strict building codes and regulations. This will no doubt be spreading to other regions in the near future.
For example, the Public Health Agency of Los Angeles County publishes construction guidelines to ensure cannabis facility floors meet standards mirroring the food processing and pharmaceutical manufacturing industries, where sanitation, facility hygiene and safety are paramount. Finding an affordable floor system with all the above features may seem like a tall order. Choosing the right floor solutions for a given cultivation facility may be one of the most important decisions an owner or manager makes.
Since floors are present throughout the structure, poor selection and compromised protection of concrete slabs can end up wreaking havoc with profits and yields over time. Few facilities can afford the inconvenience and expense of an otherwise unnecessary floor repair or replacement.
Having to suddenly move cumbersome plant beds and heavy pots in order to give workers access to the floor area can be headache. In addition, the unscheduled downtime and overall juggling of resources that invariably must take place make a strong case for investing in optimal grow room flooring from the start. An excellent long-term value, professional-grade resinous floor systems present cannabis growers with a unique set of solutions for cultivation rooms.
Not only does this type of flooring offer all the desirable features listed above, but also furnish a host of added benefits to grow room operations, including:.
Resinous coating systems provide ideal value to informed growers who require durable, reliable and long-lasting high performance flooring for their facilities. From incredible medical advances to high tensile fiber in construction materials, the expanding cannabis industry is bringing exciting opportunities to many areas of the economy. As more and more growers enter the market, so increases the pressure to compete.
By choosing light reflective, seamless and moisture tolerant resinous flooring that meets regulatory guidelines for grow rooms, managers can help reduce their overhead costs on multiple fronts — and get a jump on the competition.
Sophia, Thank you for an informative article. Your list of 19 characteristics of a suitable floor is very helpful. However your article seems to assume the floor structure is concrete. We are preparing a cannabis growing facility in an older building that has wooden floors. What are your suggestions for a suitable finish for wood floors? Thank you, Dale. We recommend an elastic sprayed lining called polyurea. Your email address will not be published. Other Innovative Publishing Co.
Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful. Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings. We use tracking pixels that set your arrival time at our website, this is used as part of our anti-spam and security measures.
Disabling this tracking pixel would disable some of our security measures, and is therefore considered necessary for the safe operation of the website.
This tracking pixel is cleared from your system when you delete files in your history. If you disable this cookie, we will not be able to save your preferences.
This means that every time you visit this website you will need to enable or disable cookies again. Skip to main content. Menu Skip to content.
Challenges in Cannabis Grow Facility Construction As with any emergent industry, mainstream acceptance and market growth is bringing regulation to cannabis cultivation. Bare Concrete Floors in Grow Rooms As a foundational construction material, concrete continues to lead the way in commercial and industrial construction. Untreated, bare concrete is naturally porous, easily absorbing liquids and environmental moisture. Substances found in grow rooms, such as fertilizers, fungicides and other chemicals, can leach through the porous concrete floor slab into the soil and ground water.
Whether organic or synthetic, concentrations of such substances can be highly detrimental to the surrounding environment. Whether in an existing or newly constructed facility, it is not uncommon for the under-slab vapor barrier to be compromised during construction.
When this occurs, moisture from the soil beneath the floor slab can enter the concrete and move osmotically upward, creating a phenomenon known as Moisture Vapor Transmission MVT.
The resulting moisture and moisture vapor tends to become ever more alkaline as it rises upward through the concrete slab. MVT can result in blistering, bubbles and other damage to floor coverings. The warm temperatures, regular watering of plants and high relative humidity maintained within many grow rooms can contribute to a weakening of the structural integrity of unprotected grow room slabs.
Within the confined space of a grow room, the warm, moist air invites microbe proliferation. Food and pharmaceutical plants are high on the priority list when it comes to facility hygiene levels, as demanded by code. Optimal Grow Room Flooring Performance In some locations, cannabis growing facilities are already subject to strict building codes and regulations. Resinous Flooring Value for Cannabis Facilities Choosing the right floor solutions for a given cultivation facility may be one of the most important decisions an owner or manager makes.
Support from the Ground Up From incredible medical advances to high tensile fiber in construction materials, the expanding cannabis industry is bringing exciting opportunities to many areas of the economy.
Flooring is the most important feature in any building to make it beautiful, practical and add a sense of personality. The floor is the finishing touch and the material most touched by the regular user of any building, structure or home. Any building you set foot into, you come in contact with the floor. Beneath your feet, there is an entire system of layers and parts which go together to create this finished look. Our flooring solutions meet the highest requirements for industrial floor systems typically applied in manufacturing industry, life science industry, warehouses and parking garages as well as decorative floor systems typically applied in commercial, institutional and residential buildings.
Cultivation & Growing
Quayside Amazon. With a lovely gallery of examples, this book provides great coverage of how to extend your home with a porch, an enclosed patio, or a sunroom. Leer comentario completo. Account Options Sign in. Conseguir libro impreso.SEE VIDEO BY TOPIC: Epoxy Flooring in Food Factory-Polyurethane Flooring-Atlas Coating- Sydney
Precast concrete offers durable, flexible solutions for floors, walls and even roofs in every type of domestic construction from individual cottages to multi-storey apartments. Common production methods include tilt-up poured on site and precast poured off site and transported to site. An almost endless variety of shapes, colours, textures and finishes is available for precast concrete. It can be moulded and shaped to suit almost any design or form. Minor variations in finish between design intent or specification and the actual outcome are common. Assessment of samples and prototypes is highly advisable. Established, professional precast companies usually deliver quality assured finishes to the standard specified.
Top 5 types of slip-resistant flooring for the workplace
Flooring is the general term for a permanent covering of a floor , or for the work of installing such a floor covering. Floor covering is a term to generically describe any finish material applied over a floor structure to provide a walking surface. Both terms are used interchangeably but floor covering refers more to loose-laid materials. Materials almost always classified as flooring include carpet , laminate , tile , and vinyl.
Ergonomics, ability to drain liquids, heat-resistance may also need to be considered. Slips and trips occur in all industries and are among the most common causes of workplace injuries. In many cases, the floor surface is an important factor in the incident: floors may be uneven, wet or dirty; carpeting or mats may be unsuitable, loose or damaged. Knowing what kind of flooring will prevent slips and trips and is best suited to the conditions of a particular workplace will help reduce injuries. Most types of flooring are relatively slip-resistant when dry. However, any contaminate — water, dust, oil or solvents — can substantially reduce the non-slip effectiveness. Traction is also greatly reduced when a surface, like concrete, vinyl and timber, has been polished. Worn surfaces, which are especially a problem with steel and concrete, will increase slipperiness. In general, the duller a surface is, the more slip-resistant it is.
Strength, stability and performance: The right floor for your build
The aim is towards rapid, hygienic handling of the product with as little loss of quality as possible. Advice is given on construction of floors, walls and ceilings, and on lighting, ventilation and equipment. Cleaning of premises, staff hygiene and pest control arc not discussed here in detail since these subjects are dealt with adequately in other Government publications or in sanitary codes and regulations. The Building If you are contemplating construction of entirely new premises, much more detailed advice on the planning of factories as a whole is given in the series of twelve Factory Building Studies published by H. Stationery Office. If you are adapting or improving existing buildings, remember that it is rarely possible to convert temporary wooden or asbestos structures into suitable premises for food handling and processing. Better standards of hygiene can be maintained if all operations are carried out within one building; heating and air conditioning are also made easier and more economical.
When building a home, often very little thought is given to the type of flooring and sub-floor structure used. Yet different sites need different materials, with some being far more appropriate for particular sites. The design of the rest of the house will also help determine the type of floor and sub-floor used. Your architect will have good ideas about the best flooring system to use, based on their experience with the type of building system you are using and the site specifics. But it helps to have a good understanding of the flooring systems available, so that you can consider the pros and cons of different systems and materials, and ensure that your sustainability or other requirements are met. A soil report will be required which will tell you your soil type and how reactive it is. Reactive soils are soils with a high clay content which swell when wet and shrink as they dry.
10 Most Popular Eco-Friendly Flooring Solutions
It's a dead ringer for solid wood, faster to install, and less prone to moisture damage. Our experts help you decide which high-tech, low-fuss boards are best for your application and style. Mahogany stain on this engineered red oak floor from Harris Wood warms up the kitchen of a Winchester, Mass. Take a close look at the wood floor in the photo on the right.
Even if your home was built on a concrete slab, you can still enjoy the beauty and charm of hardwood floors. Experienced professionals pay close attention to managing moisture and minimizing wood floor expansion and contraction when preparing to install hardwood floors on concrete slabs. Here are items you should consider before the job is started. At or Above Grade With dry concrete and the right subfloors and vapor retarders, solid hardwood floors can be installed on slabs that are either on-grade at ground level or above-grade above ground level.
In the burgeoning cannabis market, grow facilities are facing more and more competition every day. New indoor cultivation enterprises are often being set up in formerly vacant industrial buildings and commercial spaces, while in other cases, companies are planning and constructing new grow facilities from the ground up. For all these establishments, continually lowering production costs while supplying the highest possible quality in ever-increasing yields is the way forward. Whether in existing or new structures, concrete floors are ubiquitous throughout the majority of cannabis growing facilities.
Now, with the latest edition of Architectural Graphic Standards for Residential Construction , you can keep your practice at the ready. This edition was expertly redesigned to include all-new material on current technology specific to residential projects for anyone designing, constructing, or modifying a residence.