Posted: 18 Feb 2011 02:20 AM PST
We have all heard that no such thing as a "free lunch", well the steps in this article may be described as close to a figure like you. Most of us already know the benefits of CO2 enrichment on photosynthesis. To maximize the potential for internal growth and greenhouse gases of CO2 added to maintain a height of approximately 1500 ppm, the supplier may require travel to an industrial gas and / or a quantity of natural or frequent use of propane gas, and costs. E 'ironicmany indoor growers asked to CO2 in the nature of your home heating and hot water heating, while the release or production of CO2 for indoor growing or greenhouse gases.
Propane and natural gas burn cleanly enough that the small, gas vent, domestic non-use have been approved for the equipment. This gas-powered devices all use oxygen (in air) to burn the gas, which in the by-products of CO2, H20 (moisture) and heat (Reusch). DrainHumidity, temperature and level of CO2: The devices can create three important conditions for maximum growth. Most of the heat from the stove exhaust gas is removed through the heat exchanger of the furnace or water that gently warm exhaust air. Photosynthesis in plants, including marijuana, in a CO2 enriched environment is more effective than 85 degrees F.
If the exhaust gas heater is diverted to large area to grow, there is great potential for all the oxygen inburned or sold, as well as CO (carbon monoxide build-up), leading to toxic air conditioners. With the right equipment, CO2 gas oven and / or water heater exhaust can be used to secure the sufficient space to complete the CO2 used to grow in yours. This saves time and money to grow large plants, to reduce fuel consumption and dramatically reduce the amount of "greenhouse" gases emitted into the environment. With this technique helps to prevent global warming, whileOptimization of growth conditions. The key to doing this safely and effectively is to divert enough exhaust from your gas appliance in your area grow to a level of CO2 emissions to 1500 ppm to keep an extra and have direct outside exhaust.
"Safety and Health at Work (OSHA) and American Conference of Governmental Industrial Hygienists (ACGIH) standards of safety in the workplace set of 5,000 ppm and very high concentrations of CO2 can cause suffocation if not demonstrably O2The blood is replaced by CO2 (Minnesota Department of Health). Keep a (carbon monoxide), CO detector in the room to grow for safety of missing feature! Not groped this project if not heating oil or kerosene, to use clean burning!
Find the discharge of your gas furnace or water heater. These devices should already be properly bled. Turn off the gas unit while working on this. Disconnect (or cut) a portion of the channel where it will be closer to type, at least in curveand a new route for the channel's growth. The few items needed can save a maximum of heat supply are located. If you do not have the best cushion for the size and nature of the channel you have, you must convert the channel in any size or type that are silent. With a connection to "Y" and a scarf of performance, closed when power is added, the line connection with the canal flowing outward. To adjust, install the "Y", so the exhaust is available in "low" section of the channel "Y". Now take theDamper opens when the current is applied, attach to the other opening "Y". Perform a channel from this "power open damper in the region above the plants grow, since the CO2 is heavier than air, but you probably already know. All you have to do now is not the damper wire together, or use a multi-outlet adapter and plug it into the sequencer with CO2 Generator CO2 or CO2 tank regulator with a 3-outlet adapter.
If the tubes away from the exterior wall or roof can lead toInline-channel amplifier fans. If space is growing does not always flow through the new channel can be a line booster fan proper behavior necessary, particularly if one is used on the original channel, which runs out along the new section "Y" the device. If you add a booster fan duct, wire or the plug with the damper, are also on and off together. Many furnaces have an adequate exhaust fan as another fan appeal channel will not be necessary. Keep an eyefor each fan in place (if any) on the original channel of the intersection "Y" and outside there is a possibility, if it runs when the door is closed to the outside may overheat.
If an additional discharge of hot water heater exhaust CO2 enrichment for this, you can continue to use this device in a hail of timing, dishes and laundry, as the lights come on (time of enrichment equipment, the most executed) and during lightCycle in general.
With this system, farmers are making fewer trips to fill the propane tanks or CO2, and less money, while the levels grow in the area remain the same.
This addition to an enrichment system is released and to reduce the volume of CO2 in the home or business. The CO2 redirected, the room is used by plants during photosynthesis apparatus is further reduced the release of CO2 into the environment. ThisSystem is to achieve the desired level of CO2 space more quickly and may vary less, to increase growth further.
Works cited list:
Minnesota Department of Health
This site, located on the website of the Minnesota Department of Health, is leading a good source of the harmful effects of high C02. As best I can tell, this site is managed by the state government. The information contained in this page is consistent with other sources, to describe the adverse effects on healthcaused by too much CO2 in the air. This site, although brief, clearly presents the data and threats to government scientists, that are associated with high levels of CO2. The statement, "A very high level of 30,000 ppm and above, can contribute as CO2 asphyxiation replaces oxygen in our blood." illustrates the potentially deadly disease that can cause an increase in CO2 concentration.
"Carbon dioxide (CO2)" Minnesota Department of Health. March 2004.
27. June 2005http://www.health.state.mn.us/divs/eh/indoorair/co2/>
Reusch, William. "Reaction of alkanes" Michigan State University
This page clearly describes the physical process of combustion of propane. After examining a dozen sources of combustion of propane and natural gas, I found this page for combustion, more precise, detailed descriptions, but of course, possible reactions of propane . Although the article cites no evidence for informationIt contains the information generally known, and other reference materials, and on the website of the Department of Chemistry Michigan State University. The formulas for the reactions are different sources shows a clear argument about why the reactions, this source will allow a reader of my text to understand what products can be created by burning propane. This article shows how CO2 and H2O, the direct product can be obtainedfrom the combustion of propane, if enough O2 present.
Reusch, William. "The reactions of alkanes," Michigan State University
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