Maximizing Maple Sap Yields
How to collect the most sap possible using efficient techniques.
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How to collect the most sap possible using efficient techniques.
Increasing the yield of sap from maple trees is the goal of most maple producers. While getting there isn’t a matter of one simple thing, by
following best management practices and paying attention to detail it is possible to increase sap yields, often quite dramatically. Includes links to videos.
When we talk about tubing systems, we have two roads to travel. One is a gravity system and the other is a vacuum system. A conventional 5/16” gravity system is not much different from running sap into a bucket. The yield is much the same as collecting sap in a bucket. When we add vacuum to a tubing system, we increase the sap yield 5% for every inch of vacuum we generate in our system. For example, if we produce 15 inches of vacuum in a line, we should be able to almost double our sap yield. The first year after installation is always the best. As time on a system accumulates, wear-and-tear hampers performance.
The basics behind determining the best place to install a mainline and laterals in your sugarbush.
Details a study of 3/16″ tubing conducted in West Virginia.
As the maple industry has grown, so too has the use of plastic sap tubing. Solutions are needed to help producers dispose of tubing when it is past its useful life, in ways that ensure it is not merely ending up in landfills.
The components of a maple sap collection system focusing on 5/16″ vacuum systems.
Maple producers sometimes have a difficult time locating areas on the tree that will produce unstained wood and good sap yields. This video suggests approaches maple producers using vacuum can take to counter this problem.
Techniques to manage spout and dropline sanitation in 5/16″ vacuum tubing systems for high yield maple production.
Tips on how to achieve higher sap yields.