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Foulds, Ian G.
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Publications (4/4 displayed)
- 2016Piezoelectric transducer array microspeakercitations
- 2015Electromagnetically powered electrolytic pump and thermo-responsive valve for drug deliverycitations
- 2015Towards a digital sound reconstruction MEMS device: Characterization of a single PZT based piezoelectric actuatorcitations
- 2014Crude oil water-cut sensing with disposable laser ablated and inkjet printed RF microfluidicscitations
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Crude oil water-cut sensing with disposable laser ablated and inkjet printed RF microfluidics
Abstract
This paper presents the first microwave microfluidic crude oil/water cut sensor. Anhydrous crude oil is been tested and the device provides a measurable frequency shift of 500MHz at 50% (vol.) water content and a 50MHz shift for a 5% (vol.) water concentration. The sensor is realized with a low-cost direct write fabrication method. This involves laser ablation, inkjet printing, laser heating, along with low temperature thermal compression bonding of Poly (methylmethacrylate) (PMMA) sheets. By using localized laser sintering a conductivity of 2.5e6 S/m is achieved for silver nanoparticle ink without the need to heat the entire substrate above its glass transition temperature of (105 °C). The dielectric properties of PMMA are characterized to 1 GHz and a simulation model is offered for analyzing the dielectric properties of crude oil. This work demonstrates that a small form factor and low cost device is capable of precise water-cut measurements. © 2014 IEEE.