*Please note that the CO2Meter offices will be closed starting at 5:00 pm et. October 9th to allow our team members time to prepare for the pending impact of Hurricane Milton. Orders placed after 2:00 pm et. October 8 will be held for shipment once our facilities reopen. All operations are expected to reopen October 14 at 8:30 am et.*

News — Agriculture

Why Control CO2 Levels at Night in Plant Grow Rooms?

Why Control CO2 Levels at Night in Plant Grow Rooms?

In this article, we outline 5 reasons why you may consider turning off the CO2 supply at night via your CO2 monitor and controller.

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CO2 in Aerobic, Anaerobic Composting

Composting is a common method for organic waste disposal. In composting, micro-organisms convert waste into useful products like fertilizer. There are 2 kinds of composting: aerobic (with air) and anaerobic (without air). Although both break down organic matter, aerobic composting depends on micro-organisms that get oxygen from the air, whereas anaerobic composting depends on micro-organisms that get oxygen directly from the waste matter. Aerobic Composting The advantages of composting is that it naturally kills pathogens like E. coli, converts ammonia nitrogen to organic nitrogen and reduces the waste volume. The disadvantages of composting are the loss of some nutrients including...

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Constant CO2 Level in Greenhouse

  Controlled CO2 gas inflow and improved air mixture can help maintain optimum CO2 levels in small indoor greenhouses or grow rooms. These were the lessons learned after working with a client who was attempting to control the CO2 levels in a group of 3 10x20” greenhouses. The client wanted to maintain different consistent CO2 levels in each greenhouse to test the effects on the plants inside. To control the CO2, he used our iSense 1% CO2 Level Controller, a more industrial version of our Day Night CO2 Monitor & Controller for Greenhouses. In one test greenhouse, the CO2 controller...

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Compost & Soil Gas Testing: 3 Inexpensive Solutions

Most of us who live in the city think of soil as “dirt.” However, soil is actually a living environment of underground plants, animals, and microorganisms that, like humans, need food, water and oxygen to survive. Soil gas testing is the process of measuring oxygen, carbon dioxide, methane, radon, and other gases in soil. For example, large-scale composters monitor the gases inside long, narrow piles of plant material and manure called wind-rows. The right combination of moisture, temperature, oxygen and CO2 is required to feed the aerobic microbes that turn the materials into compost. Alternatively, biologists measure CO2 or methane...

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