Every day there are scores of people trying to sell us various products. Our in-boxes fill up with promotional e-mails; vendors clamor for our attention. A lot of the stuff being pushed is re-hashed junk, not worth the time and effort it takes to look at it.
Occasionally however, one can find exceptions…
You can find occasional nuggets of value in-between your junk offers. There’s a product in the biogas niche category, for example, named “How to Improve Biogas Digester Gas Yield” that is looking very good.
This first-class product continues to be developed and it is being presented by IPPTS Associates (the waste and resource management consultant). Just what exactly makes “how to improve biogas digester gas yield” different from/better than the competition? Exactly why are its sales going up?
Well, generally speaking it’s been due to the increasing number of biogas digesters in service, and new ones in the design stage, and ALL those professional engineers and owners, without exception, would like to improve their gas yields.
To be more specific, one can find 3 significant benefits that distinguish “How to improve biogas digester gas yield” from its competitors, 3 aspects of the product or service that buyers really seem to like. These benefit are from an eBook which lists 9 different techniques for improving biogas yields, including some new techniques for extracting the maximum from the feed materials and a biogas calculator to use to help to check whether the economics for adoption of particular feedstocks make sense commercially in the UK. Let’s consider each of these in greater detail.
First, is food waste which generally has the highest biogas potential of all organic waste types. This waste type is increasingly available as governments pass regulations which require local authorities to divert waste away from landfills.
Second, there is the possibility of adding bio-fuel crop materials if these will significantly unlock biogas from the mix of wastes being sent to the digester.
Third, there are wastes from specific industries which are high biogas producers, such as some food processing companies.
O.K. So that’s the positive side. What exactly is there regarding the negative side for improving biogas digester gas yield ? What type of weaknesses?
The most important negative aspect that We’ve come across to date is that when the producer of a waste realizes that it has real value they may start to charge for it. However, in most areas that is still rare, and the charge made is small.
All in all, this is just one method for doing this and the idea of using expert techniques like those described in “How to Improve Biogas Digester Gas Yield”, for improving biogas digester gas yield appears to be earning acclaim as being a cost-efficient way to help people who purchase it. It would be a worthwhile investment those of you that could use its capabilities. It’s certainly worthwhile to have a closer look at it, maybe even give it a try.
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