The Phazer conforms to ISO 8943:2007 and surpasses NEN-EN 12838:2000. Your LNG measurement is only as accurate as your provided sample… The Phazer is the only cryogenic LNG probe-vaporizer that provides verifiably accurate and representative LNG samples at 0,5 barg.
The 2nd half of 2019 saw the breakthrough of ASaP LNG technology in the US market. Three American end-users, including the numbers 1 and 2 in the Texas-Louisiana area, selected our LNG sampler and Phazer probe-vaporizer as their standard solution. With many others to follow, we created PET64 based in Houston as our sister company[…]
ASaP recently completed the delivery of their new, Waterless Continuous LNG Sampling System. Unique features for the system are: Small footprint Small footprint (2.5 x 0.6 m) compared to other continuous type LNG sampling systems. Can be utilized even onboard offshore constructions if mandatory. Whole LNG Sampling System installed inside SS316 cabinet. Sample integrity Superior[…]
For applications as described like the Challenger FSRU, the ASaP Phazer and LNG Sampler System combination is used for custody transfer of LNG with compliance to G.I.I.G.N.L., ISO 8943, tested against EN 12838.
Together with our Belgian partner GGS Oil & Gas Systems (GGS) ASaP executed an order for two Phazers (LNG probe-vaporizers) and one common intermittent LNG sampler. The Phazer is developed for direct insertion into the LNG transfer line. The Phazers and LNG sampler will be installed on the world’s largest FSRU which will be moored in Turkey.
A typical LNG mixture start to boil at -260°F (-162°C) at atmospheric pressure. For an application like LNG sampling at low pressure with Ship-to-Ship (StS) transfers, the typical pressures in the cross over manifolds are below 1 barg. This means that the LNG nearly start to reach its boiling point prior entering the sample probe.
ASaP and Orbital joined forces and have developed an LNG Energy Determination solution using the GasPT product and the ASaP Phazer – LNG Probe-Vaporizer to provide accurate and continuous measurement of LNG properties so that operators can accurately and reliably account for every drop of LNG during transfer.
LNG transfer time and LNG sampling at FSRU ‘s Time is money! Every hour an LNG carrier can sail away earlier from a FSRU, will have a significant positive financial impact. So it is important that an LNG FSRU can always operate at its maximum flow rate to minimize transfer time. Consequently the LNG sampling[…]
A Field study of LNG probe-vaporizers about quantification of precision, a comparison of sampler performance. ASaP LNG probe vaporizer field study PDF Field study abstract For comparison of two probe-vaporizer systems for LNG sampling first the main causes of bad sampling are discussed. Pre- and partial vaporization is a heat related issue that will cause[…]
ASaP engineers and manufactures LNG analysis and LNG sampling systems with a wide variety of gas analyzing and LNG sampling options and solutions. LNG analysis and LNG sampling equipment ABB NGC8200 series Orbital GasPT MKS Precisive TFS ASaP Phazer LNG analysis with Natural Gas Chromatograph NGC8206 The NGC8200 series represents the most rugged, economical, versatile,[…]
With the increasing demand for the Phazer, ASaP’s unique LNG probe-vaporizer, we are increasing the testing under various circumstances. All regular tests in the ASaP laboratory are performed with Nitrogen at minus 196 °C, but we also test real life situations with LNG at minus 162 °C. recently, such a test was successfully performed at[…]
Bio fuel production requires analytical process measurements at various stages of the production process.
Depending on the feedstock used, gasification can produce significant amounts of the higher hydrocarbons. Knowing what they are and how much is there can lead to tighter process control and provide an early warning system for potentially damaging process upsets.
Ethanol is often referred to as a bio fuel since it can be manufactured by fermenting grains, plant biomass and other organic materials using microorganisms such as yeast cells.
Oxygen level monitoring is another important analysis in bio fuel production. Bio fuel energy, power made from organic materials such as plants and animal waste, represents the classic win-win for farmers, electricity producers and the public.
Combustion processes play a major role in the bio fuels industries, and fuel costs associated with boilers, furnaces, kilns, and process heaters, often account for the majority of the cost of running a plant.
As a result there is a requirement to monitor the environment in and around the plant to ensure that the concentrations of known pollutants remain below the exposure limits.
ASaP is the expert for comprehensive analytical solutions for high performance, high quality process analysis. What that means in terms of applications, products, and services, you can find in our brochure. ASaP Application Brochure
Osomo Projects BV has built a Bio-LNG production test system that gives insight in effectively processing biogas to bio-LNG. For this purpose a patented technology from iLNG is used, which has a unique process line-up that is significantly more simple, effective and stable than conventional existing LNG production facilities . With this test facility the[…]
The analyses of sulfur containing components in the different industrial gasses is a widely used measurement in the industrial environment. Sulfur is present in raw energy products when extracted from its sources for processing. Crude oils, raw coal and natural gas sources all contain sulfur in different concentrations and structure. Before crude oils are distilled[…]
The biotechnology industry has expanded rapidly over the past five years with growth rates consistently above 15%. The growth has been fueled by the increasing use in therapeutics of large molecules based on fermentation rather than the more traditional synthesis of small molecules. This has placed greater demands for quality control on all aspects of[…]