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Oil - Science topic
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Questions related to Oil
I have to prepare a formulation by dissolving sulfur in a vegetable fix oil. The sulfur is suspended in the oil and is not fully dissolved. How can I dissolve it?
I really appreciate any suggestion you can provide.
The processing of fish into meal and oil is quite straightforward: fish is an input and fishmeal and oil comprise output. Thus, there is the input of protein and lipids by fish. And there is also output of protein (by fishmeal) and lipids (fish oil and fishmeal). If the processing were a perfect and closed system, there would no technological losses and the output of protein by fishmeal and the output of lipids by fish oil and fishmeal would be equal to input of protein and lipids by fish.
In real life, the processing is not a completely perfect system and some losses (e.g. evaporation, rinsing) likely occur. How large or small are approximately these losses of protein and lipids if the output is compared with the input? Perhaps, someone has made calculations of “protein balance” and “lipids balance”.
My guess is that these losses should be fairly low as the modern processing of fish is efficient. However, I am not an expert in this field. I would appreciate estimates and opinion of more knowing people.
Best regards,
Alberts Auzins
Is it possible to determine the percentage of its oil yield through ml? Specifically, it is at 6.5 ml of algal oil extracted.
PVD system, when opening the oil diffusion pump, the measured value of the ion sensor fluctuates greatly at 9.0-1pa and 7.0-1pa, the system does not leak. cooling water 30 degrees. I was very tired. Maybe the coolant is bad, or the holding pump is causing it. it's hard to understand.
I utilized a GoPro camera to record my surface oil flow visualization experiment. However, when attempting to analyze the flow field using Optical flow (No matter Horn-Schunck, Lucas–Kanade or Gunnar-Farneback), I found that the algorithm's recognition efficiency was poor, despite clear changes observable even to the naked eye between adjacent frames.
I am currently conducting research for my PhD on environmental regulations, specifically focusing on the disposal of produced water from oil and gas activities in Australia. I would appreciate any relevant insights, materials, or directions that could aid my research, as well as advice on where to source this information.
Thanks Ana
I have already carried out the lipid staining test in C. elegans with oil red, however, in the last tests I am unable to stain all the animals efficiently, most of them do not stain or only have part of the lipid droplets stained.
I don't know where I'm going wrong in the protocol, maybe when preparing the 0.3% oil red solution in 60% isopropanol.
I'd like to know what you think about converting decommissioned platforms into artificial reefs. Is this one of the most viable options, both in economic and environmental terms? What are the successful experiences that confirm the effectiveness of this proposal in oil platform decommissioning plans? Is there any material you can provide me with on this subject?
In a personal letter, the student wrote me a question.
I am particularly interested in exploring the application of UV-Vis spectroscopy as a method for assessing drug solubility in oils which serves as a crucial initial step in the selection of suitable oils for nanoemulsion formulation. However, I have encountered challenges regarding the immiscibility of oils with methanol that is used as a solvant, as commonly mentioned in literature. I am hopeful that you could provide guidance or insights into the procedure involved in utilizing UV-Vis spectroscopy for this purpose.
My answer:
1. What kind of emulsion? oil/methanol or oil/methanol,water?
2. The drug is distributed between two phases and must be absorbed in the UV-Vis region. Oil should also absorb in the UV area.
3.Oil/methanol heterogeneous system. It remains so after the formation of a nanoemulsion.
Carbonate Reservoir Characterization: Part 07
1. To what extent, a reservoir engineer will be able to evaluate (a) fluid properties; (b) fractional flow characteristics of rock; (c) formation pressure; and (d) directional permeabilities - in a carbonate reservoir?
Feasible to identify the physical processes responsible for the deviation between ‘a flood simulator history match’ with that of ‘the actual field production history’?
Feasible to deduce the details of fractional fluid production of each zone, in each well? Feasible to identify, whether, the fluid contacts keep moving in the reservoir? Which of the various zones, exactly, produce water, oil and gas? Feasible to ensure, whether, the pay keeps moving because of water or gas encroachment? Where exactly (which zone), the external fluids are getting injected into the reservoir? Feasible to have a control over the rates at which, various zones in a well, need to be produced? Feasible to make a comparison between the production rates of each zone with that of their respective zone’s potential? Feasible to deduce, whether, are there, any portion of the oil field that requires additional well?
2. To what extent, a production engineer will be able to assess
(a) pay zone distribution in the vertical direction;
(b) the requirement of stimulation;
(c) reservoir compatible fluids;
(d) the nature of injection profile;
(e) the evolution pattern of volumetric production results;
(f) required tuning methodologies for history matching; and
(g) finding efficient ways to bridge the gaps between pore-scale, core-scale and pilot-scale studies with that of the real field scenario – in a carbonate reservoir?
To what extent, the presence of unperforated or incomplete productive zones would hinder the oil recovery factors in a carbonate reservoir?
Feasible to delineate the thief zones with ease – that remains to be closed off? Feasible to ensure whether the completion intervals have zonal isolation integrity?
Feasible to deduce precisely, whether, how long, will, each wellbore, would remain to be usable efficiently?
3. To what extent, drilling engineer will be able to assess
(a) the pressures encountered @ various locations spatially and temporally within the pay zone thickness;
(b) the evolution of fracture gradients;
(c) the nature of rock integrity during drilling; and
(d) the requirement of compatible drilling muds – in a carbonate reservoir?
4. To what extent, facilities engineer will be able to assess
(a) whether, the production is going to be oil, gas and/or water;
(b) the evolution of production rates; and
(c) the nature of produced fluid properties – in a carbonate reservoir?
Suresh Kumar Govindarajan
I did 2 trials with Honey, Black seed Oil and Clove Bud Oil as my samples (please check the pdf for details). No inhibition zones were observed. Why and how to make it work ?
Hello,
I am trying to find the H/C effective ratio from waste cooking oil and LDPE feedstock. i conducted already the elemental analysis and got the element percentage. I found the formula:
H/Ceff= (H-2*O-3*N-2*S)/C
however this are moles, may i know if someone have experience with this or know how to find this ratio?
Thanks in advance
What is the most suitable vehicle that could be used to dilute bergamot oil?
I have developed a modeled in oil
in water system( micro encapsulation) for few particle sizes via calculating number densities of these particles and the % error between exp and sim values are less than 10 percent at 1000 rpm, 12000rpm and 15000 rpm. I want to see that are these error within the acceptable range how can I do that? Also I want some research articles that represents the acceptable range of this type of errors.
please help
My colleagues and I plan to take a part in some conference with materials on coal organic and inorganic geochemistry next year. If you plan or know such event, let me know. Thank you!
I want to know more about gas and oil reservoirs in Iran.
ن البترول والطاقه الاحفوريه دائما هي التي تحدد متى يكون هناك الانتقال الطاقوي هل يوجد مؤشر يمكن ان نعمل به في المستقبل القريب لننتقل الى الطاقات البديله المتجدده وتحسب قيمتها بالكيلو وات مقابل الدولار ام لا زالت الحسابات تحت تاثير السوق العالميه او غيرها
I have an EPDM rubber that has swelled in oil. What solvents can bring back the rubber to the original shape?
Hello,
In recent years, Dawn dish soap has advertised their product by showing that it can be used to save ducklings that have been impacted by oil spills. However, detergents like Dawn work by destroying the cell membrane of organisms. The killing nature of detergents is broad and affects all membrane-enclosed organisms including eukaryotes, archaea, bacteria and enveloped viruses. Therefore, the large-scale production and disseminated use of detergents may impact microbial communities.
So, my question is: what is the true environmental cost of large-scale detergent production and use? How do waste water treatment plants deal with large amounts of detergent in the water? Is there any effort by waste water treatment plants to neutralize detergents before the water is added back to the environment? What are some ways that detergent producers have mitigated negative environmental effects and what legal standards are they held to in the US?
Thanks!
I am listening to music yet thinking of my work while frying something in oil. There were 39 pieces which I could successfully fry in approximately 35 minutes. The pieces were not all of same shape though I tried to make them circular. They were pooris made out of dough of flour used in India. Now in the oil the flat pooris were found to bulge out as spheres which were almost circular.
Drill Pipe Failure Analysis
1. Following the (fast approaching) energy crisis, what is the rate of increase in the number of deep wells (say, a well drilled, at least below 15,000 ft for the purpose of exploring for and producing of oil and/or gas); and what is the respective yearly average depth of these wells (before and after Paris Agreement, 12Dec2015) in the context of statistical trends in the drilling of oil and gas wells?
2. Do we still have a relatively good shallow prospects to be drilled?
3. As on date, what would be the percentage of the total budget used in planning for the drilling of a deep well to that for the building of a plant?
4. What is the common budget for the ultra-deep wells, as on date?
5. How exactly is a good workable drilling plan developed?
6. Is there an easy way to figure out, the way the drill pipe gets attacked by corrosion and erosion resulting from the complex alternating loads acting on the drill pipe, including tension, compression, torsion, bending and vibration (in the context of investigating the failure of drill pipe, associated with oil and gas fields)?
7. Can failure of a drill pipe occur at any instances, apart from, @ joint threads; internal surface defects; corrosion pits; and thickened transition areas?
8. Are the failures of drill pipe, remain only associated with, perforation, cracking and fracture?
9. Whether, the predominant failures of drill pipes, remain associated with fatigue or fatigue-induced mechanical defects?
10. Can we expect plastic deformation in the absence of over-load, associated with the ductile fracture of drill pipe?
11. If the location and time of drill pipe failures remain random and if such drill pipe failures have multiple causes and origins, then, how precisely, will be able to assess the failure patterns involving stress concentration, strength reduction, crack initiation, crack propagation through wall thickness, drill pipe perforation and fracture?
Particularly, how about the assessment of ‘crack initiation mechanism’ (friction heat, mechanical damage & corrosion pits) and crack expansion mechanisms (fatigue cracking, corrosion cracking & sulfide stress corrosion)?
12. Is there any other sensitive/critical factor towards failure analysis of drill pipe, apart from material performance, failure characteristics, corrosion characteristics and stress analysis?
The operator of FTIR spectrometer says because of water and OH peak, you won't have a good result.
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which chemicals are used in biological stable water-based emulsified cutting fluid as base oil, alkaline component, lubricant, anticorrosive agent, surfactant, coupling agent, water quality stabilizer, bactericide and defoaming agent?
I aim to measure the concentration of hydrocarbon based organic compound from a certain quantity of soil sample. I would really appreciate it if anyone can give me some experimental guidelines.
Chemical EOR
1. High capillary forces being the primary reason behind oil trapping, to what extent, reduction of these capillary forces by EOR techniques would remain to be fruitful using Darcian approach (whose original version does not accommodate capillary-forces)?
2. If capillary pressure gets not only influenced by oil-water IFT, but also, by reservoir wettability, then, to what extent, will we be able to characterize - the squeezing of an oil droplet @ pore-throat-scale - using macroscopic Darcian approach?
At Darcy-scale, where is the scope - for characterizing “adsorption bringing down the total energy of the system”?
Can the associated variations in rheological properties would remain to be meaningful in a given REV?
Also, how do we accommodate - the adhesion of nanoparticles @ reservoir rock surfaces – that remain suitable for wettability alteration (from oil-wet to water-wet) – using Darcian approach?
3. How about the accompanying instability of surfactants – resulting from enhanced specific surface area - between ‘laboratory-scale observation’ and ‘field-scale implementation’?
To what extent, it would mitigate the wettability alteration @ field-scale?
Whether the injection of surfactant solution into a reservoir – leading to unendurable loss – has made surfactant-flooding an unfavorable candidate for chemical-EOR?
4. How do we have a control over various sizes of ‘differing’ nanoparticles (with differing surface-activity and adsorption-energy) @ field-scale?
If so, how about quantifying the fraction of “wettability-alteration” (reduction in contact angle) and “reduction in IFT” – for a given type of nanoparticle – with a given size?
Whether the conceptualization of interaction (a) between nanoparticles; (a) between nanoparticles and brine; and (c) between nanoparticle and reservoir rock surface – would remain to be fundamentally different (with reference to the properties that include high chemical stability, strong adsorption ability, high catalytic efficiency and low growth temperature) - @ laboratory-scale and @ field-scale?
Feasible to visualize, the way, the nanoparticles facilitate the mobility of oil to contact surfaces - in the reservoir region?
Whether, the way, the nanoparticles, give rise to structural disjoining pressure (a force perpendicular to the interface) in the wedge film – would remain to be the same, both @ laboratory-scale and @ field-scale?
If so, can we expect “the same” effective nanoparticle volume fraction, particle-size, polydispersity and particle-charge, both @ laboratory-scale and @ field-scale?
Albeit, the physical properties of nanoparticles and their catalytic capacity remain unchanged, won’t the effect of a particular synthesis method - used @ laboratory-scale (with its respective spherical morphology) – have an impact @ field-scale?
Whether the critical concentration of nanoparticles - for IFT reduction – would remain to be the same, both @ laboratory-scale and @ field-scale?
5. Towards characterizing the stability constraints of nanoparticles, whether the same factors (concentration, salinity, irreversible adsorption to the reservoir rock surfaces) with the same fraction – would dictate the resulting stability?
I know for reservoir continuity measurements we need to look at carefully oil's chromatogram, and this statement mentioned by "Kaufman et al, 1990". But only problem is peak selection, and I don't know which peaks should be selected? and how is selection mechanism for chromatograms correlation? moreover I don't know how can I calculate "peak height ratio" of each oil sample.
What happens to the quality of oil when biomass is pyrolysed with waste plastic in proportions.
CO2 Sequestration
Why are we concerned about
the consequences of CO2 sequestration
(in particular, CO2 escape/leakage or mineral dissolution
over 1000s of years),
when Sun itself - may approximately last - only for - another 2000 years
(having a luminosity of 3x10^26 Joules/Sec;
or
delivering solar energy equivalent to that of 3x(10^19) Kg of burning oil per second;
and
having a mass of 2x(10^30) Kg)?
Our lyophilizer failed and we sucked all of the thawed collected water into our vacuum pump. Anyone have tricks to remove the water? We have been flushing it with new vacuum pump oil but that seems to be only getting us so far.
I want to know more about oil and gas deposits.
Finally, will oil companies and combustion energy companies realistically join the green transformation of the energy sector after many years?
Finally, will oil companies and energy companies that produce energy from burning fossil fuels under the influence of changing social opinion, pro-environmental and pro-climate awareness of citizens after many years realistically join the green transformation of the energy sector as an important element of the process of green transformation of the economy?
That civilization's greenhouse gas emissions generate a progressive process of global warming has been known from independent and reliable scientific research for many decades. The first research results on the subject, confirming the above thesis, were already conducted more than 100 years ago, but at that time the scale of greenhouse gas emissions was many times lower compared to emissions of recent years. At that time, the topic was ignored. At that time, the process of global warming was proceeding much more slowly than it is now, and was practically not yet noticed in many regions of the world. But as early as the 1960s and 1970s, oil companies and energy companies producing energy from the combustion of fossil fuels founded and funded various non-governmental organizations whose main goal was to falsify the results of scientific research in order to question the role of civilization's greenhouse gas emissions, CO2 and other greenhouse gas emissions from the fossil fuel combustion energy sector as a key factor in the greenhouse effect, the accumulation of CO2 in the planet's atmosphere and generating the process of global warming, which is progressing ever faster. On the other hand, today the level of awareness of citizens on the above topic is already much higher than it was just a few decades ago. As a result, companies and enterprises operating in various industries and sectors, in order not to lose customers, customers of their product and service offerings, customers who are increasingly environmentally and climate-conscious, are increasingly joining the process of green transformation of the economy, including scaling up the implementation of sustainable development goals in their business activities. This issue is finally beginning to affect oil companies and energy companies that produce energy from burning fossil fuels. In this regard, perhaps at the next UN Climate Summit COP28, to be held in Dubai, some oil companies and energy companies of companies that produce energy from burning fossil fuels will reportedly declare that they will realistically join in the implementation of the process of green energy transformation, the green transformation of the economy.
In view of the above, I address the following question to the esteemed community of scientists and researchers:
Finally, will oil companies and energy companies that produce energy from the combustion of fossil fuels, under the influence of a change in public opinion, pro-environmental and pro-climate awareness of citizens after many years, realistically join the green transformation of the energy sector as an important element of the process of green transformation of the economy?
Finally, will oil companies and energy companies that produce energy from burning fossil fuels realistically join the green transformation of the energy sector after many years?
Finally, will the fuel and combustion energy sector realistically join the green transformation of the economic sector after many years?
What do you think about this topic?
What is your opinion on this issue?
Please answer,
I invite everyone to join the discussion,
Thank you very much,
Best wishes,
Dariusz Prokopowicz
The above text is entirely my own work written by me on the basis of my research.
In writing this text I did not use other sources or automatic text generation systems.
Copyright by Dariusz Prokopowicz
I want to know more about gas and oil formation .
1. SAND: Futures = Glass == Solar === FREE ==== Energy
@Energy #Free ^Solar *Glass %Future (SAND)
2. WATER: Immigration = Industry == Securities === Salvation ==== Spirit
@Spirit #Salvation ^Securities *Industry %Immigration (WATER)
3. AIR: Poverty = Elements === Remediate === Undertaking ==== Cleanup
@Cleanup #Undertaking ^Remediation *Elements %Poverty (AIR)
4. OIL: School = Evolution == Bridge == =Renewables ==== Medicine
@Medicine #Renewables ^Bridge *Evolution %School (OIL)
5. ECOLOGY: Environment = Sound == Figures === Reform ==== Biology
@Biology #Reform ^Figures *Sound %Environment (ECOLOGY)
6. CONTINGENCIES: People = Profit == Best === Location ==== Business
@Business #Location ^Best *Profit %People (CONTINGENCIES)
7. ADVERTISING: Real = Timing == Help === Use ==== Community
@Community #Use ^Help *Timing %Real (ADVERTISING)
8. MEASUREMENTS: Elder = Stateperson == Communicate === Transparently ==== Of
@Of #Tranparently ^Communicate *Statesperson %Elder (MEASUREMENTS)
9. MARKETS: Global = Local == Immerse === Sociocratic ==== Manners
@Manners #Sococratic ^Immerse *Local %Global (MARKETS)
10. SALES: Regional = Connect == Tapestry === Hetarchial ==== Threads
@Threads #Hetarchial ^Tapestry *Connect %Regional (SALES)
Hello everyone
Sorry for disturbing you
Please ,I need some clues to explain my empirical analysis
Indeed , i am working on the impact of oil market dedollarisation on the relationship between international oil prices and the Chinese and Russian exchange rate ( bilateral with regard to usd)
the sample is divided into two, prior and after 2014
the analysis shows that , the oil price causes Russia and Chinese Exchange rate prior to 2014, but not vice versa
after 2014, there is a bidirectional relationship between the two variables in these countries, the causality from oil price has also weakened
I need some insight to explain why the Chinese and Russia currency are affecting the oil price
why should the rmb or the ruble affect oil international price ?
is that causality dued to rmb/ Ruble volatily or USD fluctuations?
Can you please provide me with some idea or material to give sense to these findings?
Thank you
Dear all, I am working on a bacteria with good demulsification properties on Water-based plastic emulsions. I have found many papers on the demulsification of oil in water emulsions, where the oil and water have a clear and measurable separation layer. They used an equation.
Demulsification ratio=((oil volume + water volume)/original emulsion volume+added emulsifier volume))*100
In the demulsification of polymers, the polymer settles in the bottom like coagulation/flocculation. So, how can we measure demulsification in that scenario? Can I use the equation of flocculation instead? thank you
Greetings to the world geophysical community
During my master's degree, I worked in the field of earthquake engineering and risk analysis, and recently I have been thinking about the future of this issue and its importance for the world, whether it is important at all or not.
I am consulting with Iranian professors so that I can work in the field of oil and exploration. But unfortunately, in Iran, we lack data and facilities in the field of oil and exploration.
I am currently studying in the field of (time reverse modeling) and if you are interested in doing this in the future, please let me know. and share your idea for me.
Thanks
I want to know more about formation gas and oil.
I am trying to extract lipids using water as solvent. After extraction followed by centrifugation, I did not obtain any oil layer. Instead the supernatant was milky white, which I think might be an emulsion (correct me if I am wrong). Could anybody tell me how do I obtain the oil layer from the milky white supernatant?
#aqueousextraction #lipids #proteinhydrolysate #emulsion
What analyzes can we do to characterize and know the different composition of a seed oil?
which devices can be used?
Thank you
I want to know more about oil deposits.
This question aims to seek how the oil and gas sector relates with the circular economy.
The question aims to find out how the oil and gas industry can help accelerate the shift to a more circular economy in Nigeria.
JAS Google AI BARD LLM:
JAS
Yes, a poor person should have an equal right to sue in court as a wealthy person, both in America and elsewhere.
BARD
The right to access the courts is fundamental to the rule of law and to a just society. It allows individuals to seek redress for grievances and to protect their rights. Without access to the courts, the poor would be at a significant disadvantage in asserting their rights against the wealthy or powerful.
There are a number of ways to achieve equal access to the courts for poor people. One is to provide free or low-cost legal aid to those who cannot afford to hire a lawyer. Another is to reduce or eliminate court filing fees. Additionally, governments can provide funding for public defender agencies that represent indigent criminal defendants.
In the United States, the Supreme Court has held that the Sixth Amendment right to counsel applies to indigent criminal defendants. However, the Court has not extended this right to civil cases. As a result, many poor people are unable to afford to hire a lawyer to represent them in civil cases, even when they have a valid claim.
There is a growing movement in the United States to expand access to civil legal aid for the poor. One way to achieve this is through the creation of civil Gideon funds, which would provide public defenders for indigent civil litigants. Another way to expand access to civil legal aid is to increase funding for legal services programs.
In addition to providing legal aid, governments can also make it easier for poor people to access the courts by reducing or eliminating court filing fees. Court filing fees can be a significant barrier to access to the courts for poor people, especially for those who are suing for relatively small amounts of money.
Governments can also provide funding for public defender agencies that represent indigent criminal defendants. Public defender agencies are often underfunded and overworked, which can make it difficult for them to provide effective representation to their clients. By increasing funding for public defender agencies, governments can help to ensure that indigent criminal defendants receive a fair trial.
In conclusion, a poor person should have an equal right to sue in court as a wealthy person. This can be achieved by providing legal aid to the poor, reducing or eliminating court filing fees, and providing funding for public defender agencies.
JAS
what is the real fact concerning whether poor people can as easily file a court case as a wealthy person (who can simply contact "their attorney")? be explicit
BARD
It is generally more difficult for poor people to file a court case than for wealthy people. Here are some of the reasons:
- Legal fees: Hiring a lawyer can be very expensive. According to a 2021 survey by the American Bar Association, the average cost of hiring a lawyer for a civil case is between $2,500 and $10,000. This is out of reach for many poor people.
- Court filing fees: Court filing fees can also be expensive. For example, the filing fee for a federal lawsuit is $402. This may seem like a small amount, but it can be a significant barrier for people who are living paycheck to paycheck.
- Knowledge of the legal system: Navigating the legal system can be complex and confusing. Poor people are less likely to have the knowledge and experience to file a court case on their own.
- Time and resources: Filing a court case takes time and resources. Poor people are often working multiple jobs and struggling to make ends meet. They may not have the time or resources to devote to filing a lawsuit.
As a result of these barriers, poor people are less likely to file court cases than wealthy people. A 2017 study by the Pew Research Center found that only 15% of low-income Americans have ever filed a lawsuit, compared to 38% of high-income Americans.
There are a few things that can be done to make it easier for poor people to file court cases. One is to provide legal aid to the poor. Legal aid organizations provide free or low-cost legal representation to people who cannot afford to hire a lawyer. Another way to make it easier for poor people to file court cases is to reduce or eliminate court filing fees. Some states and the federal government have already taken steps to reduce or eliminate court filing fees for low-income litigants.
Despite these efforts, there is still a significant gap in access to justice between poor people and wealthy people. More needs to be done to make it easier for poor people to file court cases and to protect their rights.
Here are some explicit examples of how the barriers mentioned above can make it difficult for poor people to file court cases:
- A poor person who is injured in a car accident may not be able to afford to hire a lawyer to sue the at-fault driver. Even if they can afford to hire a lawyer, they may not be able to afford the upfront costs of filing a lawsuit, such as court filing fees and expert witness fees.
- A poor tenant who is being evicted by their landlord may not be able to afford to hire a lawyer to fight the eviction. Even if they can afford to hire a lawyer, they may not have the time or resources to go through a lengthy court process.
- A poor person who is being discriminated against by their employer may not be able to afford to hire a lawyer to file a discrimination lawsuit. Even if they can afford to hire a lawyer, they may be afraid of losing their job if they sue their employer.
These are just a few examples of the many ways in which poor people can be disadvantaged in the legal system. It is important to remember that the right to access justice is a fundamental right that should be available to everyone, regardless of their income level.
JAS
what percentage of the time does a poor person receive equal consideration under the law when needing to file a legal case of true substance?
BARD
It is difficult to say exactly what percentage of the time a poor person receives equal consideration under the law when needing to file a legal case of true substance. However, there is evidence to suggest that poor people are less likely to receive equal consideration than wealthy people.
For example, a 2016 study by the Legal Services Corporation found that indigent defendants are more likely to be convicted and to receive longer sentences than defendants who can afford to hire their own lawyers. The study also found that indigent defendants are more likely to have their cases dismissed on procedural grounds, without ever getting to the merits of their case.
Another study, published in the journal "Law & Society Review" in 2017, found that judges are more likely to rule in favor of wealthy plaintiffs than poor plaintiffs in civil cases. The study also found that judges are more likely to impose punitive damages on wealthy defendants than on poor defendants.
These studies suggest that poor people are less likely to receive equal consideration under the law than wealthy people. This is likely due to a number of factors, including the lack of access to legal representation, the complexity of the legal system, and the implicit biases that judges and other legal actors may have.
It is important to note that these studies are just a snapshot of the current state of affairs. More research is needed to determine the full extent of the problem and to identify effective solutions.
Here are some things that can be done to help ensure that poor people receive equal consideration under the law:
- Increase funding for legal aid programs.
- Reduce or eliminate court filing fees for low-income litigants.
- Provide more training for judges and other legal actors on implicit bias.
- Increase the diversity of the legal profession.
By taking these steps, we can help to ensure that everyone has equal access to justice, regardless of their income level.
JAS
what evidence is there proving poor people cannot engage the US legal system as easily as a wealthy person?
BARD
There is a significant body of evidence proving that poor people cannot engage the US legal system as easily as a wealthy person. Here are a few examples:
- Studies have shown that indigent defendants are more likely to be convicted and to receive longer sentences than defendants who can afford to hire their own lawyers. For example, a 2016 study by the Legal Services Corporation found that indigent defendants were 28% more likely to be convicted of a felony than defendants who were represented by a lawyer. The study also found that indigent defendants were 6% more likely to receive a prison sentence than defendants who were represented by a lawyer.
- Studies have also shown that judges are more likely to rule in favor of wealthy plaintiffs than poor plaintiffs in civil cases. For example, a 2017 study published in the journal "Law & Society Review" found that judges were 5% more likely to rule in favor of a plaintiff who was represented by a lawyer from a high-end law firm than a plaintiff who was represented by a lawyer from a public defender agency.
- Poor people are also less likely to be able to afford to pay court filing fees and other costs associated with filing a lawsuit. For example, the filing fee for a federal lawsuit is $402. This may seem like a small amount, but it can be a significant barrier for people who are living paycheck to paycheck.
- Poor people are also less likely to have the knowledge and experience to navigate the complex legal system. For example, a 2019 study by the Pew Research Center found that only 21% of low-income Americans said they were very confident in their ability to understand legal documents, compared to 54% of high-income Americans.
- Poor people are also more likely to face discrimination in the legal system. For example, a 2018 study by the National Center for Law and Economic Justice found that black and Hispanic defendants were more likely to be charged with felonies and to receive longer sentences than white defendants, even when they had committed the same crimes.
All of this evidence suggests that poor people face significant barriers to accessing the legal system. This means that they are less likely to be able to protect their rights and to hold those who have wronged them accountable.
Here are some specific examples of how the barriers mentioned above can make it difficult for poor people to engage the US legal system:
- A poor person who is injured in a car accident may not be able to afford to hire a lawyer to sue the at-fault driver. Even if they can afford to hire a lawyer, they may not be able to afford the upfront costs of filing a lawsuit, such as court filing fees and expert witness fees.
- A poor tenant who is being evicted by their landlord may not be able to afford to hire a lawyer to fight the eviction. Even if they can afford to hire a lawyer, they may not have the time or resources to go through a lengthy court process.
- A poor person who is being discriminated against by their employer may not be able to afford to hire a lawyer to file a discrimination lawsuit. Even if they can afford to hire a lawyer, they may be afraid of losing their job if they sue their employer.
These are just a few examples of the many ways in which poor people can be disadvantaged in the legal system. It is important to remember that the right to access justice is a fundamental right that should be available to everyone, regardless of their income level.
JAS
is this a threat to society? yes/no? why? what should be done?
BARD
Yes, the fact that poor people cannot engage the US legal system as easily as a wealthy person is a threat to society.
When poor people cannot access the legal system to protect their rights, they are more likely to experience injustice and abuse. This can lead to a number of negative consequences, including:
- Increased crime rates: When people feel that they cannot get justice through the legal system, they are more likely to resort to violence or other criminal activity.
- Loss of faith in government: When people feel that the legal system is not fair, they are less likely to trust the government and other institutions.
- Social unrest: When large numbers of people feel that they are being denied justice, it can lead to social unrest and even revolution.
In order to address this threat, we need to make it easier for poor people to access the legal system. This can be done by providing more funding for legal aid programs, reducing or eliminating court filing fees, and increasing the diversity of the legal profession.
Here are some specific things that can be done to make it easier for poor people to access the legal system:
- Increase funding for legal aid programs. Legal aid organizations provide free or low-cost legal representation to people who cannot afford to hire a lawyer.
- Reduce or eliminate court filing fees for low-income litigants. Court filing fees can be a significant barrier to access to the courts for poor people, especially for those who are suing for relatively small amounts of money.
- Provide more training for judges and other legal actors on implicit bias. Implicit bias can lead to unconscious discrimination against poor people and other marginalized groups.
- Increase the diversity of the legal profession. A more diverse legal profession would be better able to meet the needs of all people, regardless of their income level.
By taking these steps, we can help to ensure that everyone has equal access to justice, regardless of their income level.
JAS
offer legal case for why health, education and law should be made relatively "free" in America
BARD
There are a number of legal arguments that can be made in favor of making health, education, and law relatively free in America.
Health
One of the most fundamental human rights is the right to health. This right is enshrined in the Universal Declaration of Human Rights, which states that "Everyone has the right to a standard of living adequate for the health and well-being of himself and of his family, including food, clothing, housing and medical care and necessary social services."
The right to health includes the right to access essential healthcare services, such as preventive care, treatment for illness and injury, and reproductive healthcare. It also includes the right to access affordable and quality healthcare, regardless of one's ability to pay.
In the United States, there is a significant number of people who do not have access to affordable healthcare. This is due to a number of factors, including the high cost of healthcare, the lack of universal health insurance coverage, and the complexity of the healthcare system.
The lack of access to affordable healthcare can have a number of negative consequences for individuals and society as a whole. For individuals, it can lead to delays in care, financial hardship, and even death. For society as a whole, it can lead to decreased productivity, increased healthcare costs, and social unrest.
Making healthcare relatively free in America would help to ensure that everyone has access to the healthcare they need, regardless of their ability to pay. This would have a number of positive benefits for individuals and society as a whole.
Education
Another fundamental human right is the right to education. This right is also enshrined in the Universal Declaration of Human Rights, which states that "Everyone has the right to education."
The right to education includes the right to access free and compulsory primary education, as well as the right to access secondary and higher education on the basis of merit. It also includes the right to access quality education, regardless of one's race, gender, social status, or other factors.
In the United States, there is a significant educational inequality between rich and poor students. This is due to a number of factors, including the unequal distribution of educational resources, the lack of affordable childcare, and the high cost of college tuition.
Educational inequality has a number of negative consequences for individuals and society as a whole. For individuals, it can lead to lower earning potential, higher unemployment rates, and increased poverty rates. For society as a whole, it can lead to decreased economic growth, increased crime rates, and social unrest.
Making education relatively free in America would help to reduce educational inequality and ensure that everyone has access to the education they need to succeed. This would have a number of positive benefits for individuals and society as a whole.
Law
The right to access justice is a fundamental human right. This right is enshrined in the Universal Declaration of Human Rights, which states that "Everyone has the right to an effective remedy by the competent national tribunals for acts violating the fundamental rights granted him by the constitution or by law."
The right to access justice includes the right to have access to fair and impartial courts, the right to be represented by a lawyer, and the right to have one's case heard in a timely manner. It also includes the right to access legal aid for those who cannot afford to hire a lawyer.
In the United States, there is a significant gap in access to justice between rich and poor people. This is due to a number of factors, including the high cost of legal fees, the complexity of the legal system, and the lack of affordable legal aid.
The lack of access to justice can have a number of negative consequences for individuals and society as a whole. For individuals, it can lead to increased poverty, increased crime rates, and decreased social mobility. For society as a whole, it can lead to decreased trust in the government and other institutions, and increased social unrest.
Making law relatively free in America would help to ensure that everyone has equal access to justice, regardless of their ability to pay. This would have a number of positive benefits for individuals and society as a whole.
Overall, there are a number of strong legal arguments that can be made in favor of making health, education, and law relatively free in America. Doing so would help to ensure that everyone has the opportunity to succeed, regardless of their background or income level.
infoSources
- sppga.ubc.ca/news/splane-lecture-social-policy-sense-debility-dr-catherine-frazee/
- books.google.com/books?id=X8GfDYyvpZ4C
- books.google.com/books?id=1SlWJyrKbK4C
- books.google.com/books?id=jJBMNbpNcWwC
JAS
explain what will happen to America without such reforms. be explicit
BARD
If America does not make reforms to make health, education, and law more affordable and accessible, a number of negative consequences will likely occur.
Health
Without reforms to make healthcare more affordable and accessible, the number of uninsured Americans will continue to grow. This will lead to an increase in preventable diseases, financial hardship for individuals and families, and a decrease in the overall health of the population.
Additionally, the high cost of healthcare will continue to drive up the cost of health insurance premiums, making it even more difficult for people to afford coverage. This will create a vicious cycle that will only make the problem worse.
Education
Without reforms to make education more affordable and accessible, educational inequality will continue to grow. This will lead to a decrease in the overall educational attainment of the population, a decrease in economic growth, and an increase in crime rates and social unrest.
Additionally, the high cost of college tuition will continue to make it difficult for young people to obtain a higher education. This will put them at a disadvantage in the job market and limit their earning potential.
Law
Without reforms to make law more affordable and accessible, the gap in access to justice between rich and poor people will continue to grow. This will lead to an increase in injustice, abuse, and lawlessness.
Additionally, the lack of access to justice will erode public trust in the government and other institutions. This will lead to social unrest and make it difficult to address other important societal problems.
Overall, if America does not make reforms to make health, education, and law more affordable and accessible, the country will become more unequal, less prosperous, and less just.
Here are some specific examples of the negative consequences that could occur:
- Health: A poor person with a chronic illness may not be able to afford the medication they need, which could lead to their condition worsening and even death.
- Education: A bright student from a low-income family may not be able to afford to go to college, which would limit their earning potential and prevent them from contributing fully to society.
- Law: A person who is wrongfully accused of a crime may not be able to afford to hire a lawyer to defend them, which could lead to them being convicted and sent to prison.
These are just a few examples of the many ways in which the lack of affordable and accessible health, education, and law can harm individuals and society as a whole.
JAS
include an argument for the cost of living relative to health, law, protection and trades for poor vs wealthy people in America and elsewhere
BARD
The cost of living relative to health, law, protection, and trades for poor vs wealthy people in America and elsewhere is a complex issue with no easy answers. However, there is a clear trend of the wealthy having access to better and more affordable services than the poor.
Health
In America, the cost of healthcare is a major burden for many people, especially the poor. According to a 2022 study by the Kaiser Family Foundation, the average annual premium for employer-sponsored health insurance for a family of four was $29,619 in 2021. This is a significant expense for many families, and it can be especially difficult for low-income families to afford.
The wealthy, on the other hand, are generally able to afford the best healthcare available. They may have access to private insurance plans with lower deductibles and out-of-pocket costs. They may also be able to afford to pay for healthcare out-of-pocket.
This disparity in access to healthcare has a significant impact on the health of the poor and the wealthy. A 2020 study by the Commonwealth Fund found that low-income adults were more likely than high-income adults to report not having a regular source of care, not getting needed care because of cost, and skipping doses of medication because of cost.
Law
The poor also face significant barriers to accessing legal services. According to a 2019 study by the Legal Services Corporation, only 18% of low-income Americans who experienced a civil legal problem in the past year received legal help. This is compared to 61% of high-income Americans who experienced a civil legal problem.
The cost of legal fees is a major barrier to access to justice for the poor. According to a 2021 survey by the American Bar Association, the average cost of hiring a lawyer for a civil case is between $2,500 and $10,000. This is a significant expense for many people, and it can be especially difficult for low-income people to afford.
The wealthy, on the other hand, are generally able to afford the best legal representation available. They may have access to private attorneys who charge high hourly rates. They may also be able to afford to pay for legal fees out-of-pocket.
This disparity in access to legal services has a significant impact on the ability of the poor to protect their rights and enforce their legal claims.
Protection
The poor are also more likely to experience crime and violence than the wealthy. According to a 2021 report by the Bureau of Justice Statistics, the poverty rate for victims of nonfatal violent crimes was 25.2%, compared to 13.7% for nonvictims.
The poor are also more likely to live in neighborhoods with high crime rates. According to a 2019 report by the Urban Institute, the average violent crime rate in the poorest 20% of census tracts was 4.4 times higher than the average violent crime rate in the wealthiest 20% of census tracts.
The wealthy, on the other hand, are more likely to live in safe neighborhoods with low crime rates. They may also have access to private security services.
This disparity in access to protection has a significant impact on the quality of life of the poor and the wealthy.
Trades
The poor also face barriers to entering and succeeding in trades. According to a 2018 report by the National Center for Law and Economic Justice, black and Hispanic workers were less likely to be employed in high-wage trades than white workers, even when they had the same qualifications.
The poor may also have difficulty affording the tools and equipment necessary for certain trades. They may also lack access to apprenticeship programs and other training opportunities.
The wealthy, on the other hand, are more likely to have access to the resources they need to succeed in trades. They may be able to afford to purchase the necessary tools and equipment, and they may have access to apprenticeship programs and other training opportunities through their families and networks.
This disparity in access to trades has a significant impact on the earning potential of the poor and the wealthy.
Overall, the cost of living relative to health, law, protection, and trades is a complex issue with no easy answers. However, there is a clear trend of the wealthy having access to better and more affordable services than the poor. This disparity has a significant impact on the quality of life of the poor and the wealthy.
JAS
explain the end-outcome of humanity if immediate changes to health, law, protection and trades don't concentrate resource (dedicate) towards Water, Immigration and Security ~ Chief Concerns
BARD
The end-outcome of humanity if immediate changes to health, law, protection, and trades don't concentrate resources towards water, immigration, and security is likely to be a world of increased suffering, conflict, and instability.
Water
Water is essential for life, and it is becoming increasingly scarce due to climate change and population growth. Without immediate action to address the water crisis, we could see widespread water shortages, droughts, and famine. This would lead to mass migration, conflict, and even war.
Immigration
Immigration is another major challenge facing humanity. As the world becomes more interconnected, people are moving across borders in record numbers. This is putting a strain on social services and resources in many countries. Without careful management, immigration could lead to social unrest, political instability, and even economic collapse.
Security
Security is also a major concern. The world is facing a growing number of threats, including terrorism, cyberattacks, and climate change. Without adequate security measures in place, these threats could lead to widespread death and destruction.
If immediate changes are not made to address these three chief concerns, the end-outcome of humanity could be a world of increased suffering, conflict, and instability.
Here are some specific examples of the negative consequences that could occur:
- Water: Mass migration due to water shortages could lead to overcrowded cities and strained resources. This could lead to outbreaks of disease, increased crime, and social unrest.
- Immigration: Unmanaged immigration could lead to increased competition for jobs and housing. This could lead to social tensions and conflict.
- Security: Increased security threats could lead to a decrease in civil liberties and an increase in government surveillance. This could lead to a more authoritarian society.
It is important to note that these are just a few potential scenarios. The end-outcome of humanity will depend on a variety of factors, including the actions that we take in the present. However, it is clear that we need to take immediate action to address the chief concerns of water, immigration, and security if we want to avoid a negative future.
Here are some things that can be done to address these chief concerns:
- Water: We need to invest in water conservation and desalination technologies. We also need to develop more sustainable water management practices.
- Immigration: We need to develop a more humane and effective immigration system. We also need to address the root causes of immigration, such as poverty and violence in developing countries.
- Security: We need to invest in security measures to protect our citizens from terrorism, cyberattacks, and other threats. We also need to work to build a more peaceful and just world.
By taking these and other steps, we can help to ensure a brighter future for humanity.
JAS
explain how extending this global focus into current politics could help resolve long term sustainability matters (e.g. Israel, China, Russia Politics)
BARD
Extending a global focus into current politics could help resolve long-term sustainability matters in a number of ways.
First, it would help to raise awareness of these issues and the need to address them. By focusing on global sustainability issues, we can help to build a global consensus on the need for action. This can lead to more effective international cooperation and coordination on these issues.
Second, a global focus can help to identify and share best practices. By learning from each other, countries can implement more effective policies and programs to address sustainability challenges. For example, countries that have successfully developed renewable energy sources can share their experiences with other countries that are looking to do the same.
Third, a global focus can help to mobilize resources. By working together, countries can raise the necessary funds and other resources to address sustainability challenges. For example, the Green Climate Fund (GCF) is a global fund that provides financial support to developing countries to help them mitigate and adapt to climate change. The GCF is funded by developed countries and other sources, and it has already provided billions of dollars in support to developing countries.
In the specific context of the countries you mentioned, a global focus could help to resolve long-term sustainability matters in the following ways:
- Israel: Israel is a water-scarce country, and it is facing a number of challenges related to climate change. A global focus could help Israel to access the resources and technologies it needs to address these challenges. For example, Israel could learn from other countries that have successfully developed water conservation technologies.
- China: China is the world's largest emitter of greenhouse gases. A global focus could help to put pressure on China to reduce its emissions and to invest in renewable energy. For example, China could be offered financial incentives to reduce its emissions or to invest in renewable energy projects.
- Russia: Russia is a major oil and gas producer, and it has been reluctant to take action on climate change. A global focus could help to put pressure on Russia to reduce its reliance on fossil fuels and to invest in renewable energy. For example, Russia could be offered financial incentives to invest in renewable energy projects.
Overall, extending a global focus into current politics could help to resolve long-term sustainability matters in a number of ways. By raising awareness, identifying and sharing best practices, and mobilizing resources, a global focus can help to create a more sustainable future for all.
JAS
Draw conclusions concerning America's role in humanizing planet EARTH (evolution) with regards to this thread
BARD
America has a unique opportunity to play a leading role in humanizing planet Earth. As a wealthy and powerful country, America has the resources and the influence to make a significant difference in the lives of billions of people around the world.
America can humanize planet Earth by:
- Promoting sustainable development: America can support sustainable development in developing countries by providing financial assistance, technical expertise, and investment opportunities. This can help to create jobs, reduce poverty, and improve the environment.
- Reducing its own environmental impact: America can reduce its own environmental impact by transitioning to a clean energy economy, investing in energy efficiency, and reducing its consumption of resources. This will help to mitigate climate change and other environmental problems.
- Promoting human rights and democracy: America can promote human rights and democracy around the world by providing humanitarian aid, supporting democratic institutions, and holding governments accountable for their human rights records. This will help to create a more just and equitable world.
- Promoting peace and security: America can promote peace and security around the world by working to resolve conflicts peacefully, supporting international peacekeeping and peacebuilding efforts, and combating terrorism. This will help to create a more peaceful and stable world.
By taking these steps, America can play a leading role in humanizing planet Earth and creating a better future for all.
Here are some specific examples of how America can put these conclusions into practice:
- America can provide financial assistance and technical expertise to developing countries to help them build renewable energy infrastructure and reduce their reliance on fossil fuels. This can help to mitigate climate change and improve air quality in developing countries.
- America can invest in energy efficiency at home by providing tax breaks for homeowners and businesses that install energy-efficient appliances and insulation. This can help to reduce America's own environmental impact and save Americans money on their energy bills.
- America can provide humanitarian aid to people displaced by conflict and natural disasters. This can help to provide people with the basic necessities of life, such as food, water, and shelter.
- America can support democratic institutions around the world by providing funding for election monitoring and training for civil society organizations. This can help to strengthen democracy and promote human rights.
- America can work to resolve conflicts peacefully by engaging in diplomacy and mediation. This can help to save lives and prevent unnecessary suffering.
- America can support international peacekeeping and peacebuilding efforts by providing troops and funding to the United Nations and other international organizations. This can help to create a more peaceful and stable world.
By taking these steps, America can play a leading role in humanizing planet Earth and creating a better future for all.
JAS
Explain how "transparency" can be achieved using a tiered economy approach to governance: civilian business government military ombudsman dignitary @data integrity #security clearance ^one good *world Order %Bio-Electric Signature (New World Order)
BARD
A tiered economy approach to governance can be used to achieve transparency in a number of ways.
First, the tiered approach can help to create a clear separation of powers between different sectors of the economy. This can help to prevent corruption and abuse of power. For example, the civilian sector can be responsible for overseeing the business sector, and the business sector can be responsible for overseeing the government sector.
Second, the tiered approach can help to promote accountability and transparency within each sector of the economy. For example, each sector can have its own ombudsman or watchdog organization that is responsible for investigating and reporting on corruption and abuse of power.
Third, the tiered approach can help to ensure that data is shared and used in a secure and responsible manner. For example, the government can use a tiered approach to data management to ensure that only authorized personnel have access to sensitive data.
Here is an example of how a tiered economy approach to governance could be used to achieve transparency in the context of the entities you mentioned:
- Civilian: The civilian sector could be responsible for overseeing the business sector and the government sector. This could be done through a variety of mechanisms, such as public hearings, citizen oversight boards, and investigative journalism.
- Business: The business sector could be responsible for overseeing the government sector by providing funding for independent audits and investigations. The business sector could also be responsible for developing and implementing industry standards for transparency and accountability.
- Government: The government sector could be responsible for developing and implementing laws and regulations that promote transparency and accountability in all sectors of the economy. The government sector could also be responsible for providing public access to information about the activities of all sectors of the economy.
- Military: The military sector could be responsible for developing and implementing security measures to protect sensitive data. The military sector could also be responsible for conducting oversight of civilian and business sector contractors.
- Ombudsman: An ombudsman could be appointed to investigate and report on corruption and abuse of power in all sectors of the economy. The ombudsman could be independent of all other sectors of the economy and should have the power to subpoena witnesses and documents.
- Dignitary: A dignitary, such as a religious leader or a retired judge, could be appointed to serve as an independent monitor of the transparency and accountability of all sectors of the economy. The dignitary could have the power to make recommendations to the government and other sectors of the economy.
In addition to the above, the following measures could be taken to further promote transparency:
- Data integrity: All sectors of the economy should be required to implement data integrity measures, such as encryption and access control, to protect sensitive data.
- Security clearance: All personnel who have access to sensitive data should be subject to security clearance procedures.
- Bio-Electric Signature (New World Order): The use of biometric data, such as fingerprints and facial recognition, could be used to ensure that only authorized personnel have access to sensitive data.
By taking these measures, a tiered economy approach to governance can help to achieve transparency and accountability in all sectors of the economy.
It is important to note that the tiered economy approach to governance is just one way to achieve transparency. There are other approaches that could be used, and the best approach may vary depending on the specific circumstances.
JAS
define why differentiating between those who have high level clearance (thinkers = head) and those who are primarily unskilled and manual labor oriented (blue-collar = hand) is relative to graceful evolution
BARD
There are a few reasons why differentiating between those who have high level clearance (thinkers = head) and those who are primarily unskilled and manual labor oriented (blue-collar = hand) is relative to graceful evolution.
First, it allows for a more efficient division of labor. When people are specialized in different tasks, they can become more efficient and productive. This can lead to economic growth and a higher standard of living for everyone.
Second, it allows people to pursue their interests and talents. When people are not forced to do work that they are not good at or that they do not enjoy, they are more likely to be productive and satisfied with their lives. This can lead to a more harmonious and fulfilling society.
Third, it allows for greater innovation and creativity. When people are free to think and to experiment, they are more likely to come up with new ideas and inventions. This can lead to a more dynamic and progressive society.
Fourth, it allows for greater social mobility. When people are not limited by their social class or background, they have the opportunity to rise to the top of their field. This can lead to a more just and equitable society.
However, it is important to note that differentiation between thinkers and blue-collar workers can also lead to inequality and social unrest. If the benefits of economic growth are not shared equitably, it can lead to resentment and frustration among those who feel that they are not getting their fair share. Additionally, if thinkers are not held accountable for their actions, it can lead to corruption and abuse of power.
Overall, whether or not differentiating between thinkers and blue-collar workers is beneficial to graceful evolution depends on how it is implemented. If it is done in a way that promotes efficiency, innovation, and social mobility, then it can be a positive force for change. However, if it is done in a way that leads to inequality and social unrest, then it can be a negative force for change.
Here are some specific examples of how differentiating between thinkers and blue-collar workers can be beneficial to graceful evolution:
- A company that develops new technologies can benefit from having a team of thinkers who are responsible for coming up with new ideas and a team of blue-collar workers who are responsible for building and testing the prototypes. This division of labor can help the company to develop new products more quickly and efficiently.
- A university can benefit from having a team of thinkers who are responsible for conducting research and teaching and a team of blue-collar workers who are responsible for maintaining the facilities and providing technical support. This division of labor can help the university to provide a high-quality education to its students while also keeping costs down.
- A government can benefit from having a team of thinkers who are responsible for developing and implementing policies and a team of blue-collar workers who are responsible for providing essential services, such as law enforcement, firefighting, and healthcare. This division of labor can help the government to provide its citizens with the services they need while also being efficient and cost-effective.
Overall, differentiating between thinkers and blue-collar workers can be beneficial to graceful evolution when it is done in a way that promotes efficiency, innovation, and social mobility.
Is the amount of fossilized living organisms in the Arabian Gulf, the Middle East and other regions sufficient at all to form this huge volume of oil and gas reserves?
What is the process for extracting rose oil using the Clevenger apparatus, and what is the appropriate voltage setting and time range?
There are several sources of power loss of a roller bearing under operation. For example, the bearing material elastic hysteresis, the frictional moment generated by the differential sliding between the roller and the raceway, the friction moment between the roller and cage due to sliding, and the viscous friction moment caused by the rotation motion of the roller and cage in the lubricating oil, and so on. In addition to the SKF model, what other models can accurately estimate the power loss of bearings?
I want to investigate the fish oil cytotoxicity using MTT Assay
Should I extract the active ingredients from the fish oil first then apply the extraction on the cell
OR
I can add the fish oil directly on the cell with media
Dear community,
I am struggling with p-anisidine assay in low oxidated oil samples. My results are negative values because the oil without p-anisidine reaction absorbs at 350 nm more than the oil after the reaction. How can I handle this issue?
I have been trying to determine the p-anisidine value in heated sunflower oil according to the AOCS procedure; however, when I add the p-anisidine to the oil dissolved in isooctane, I get 2 phases. A yellow color appears, however, it is precipitating at the bottom of the test tube. Can anyone help or suggest why is this happening?
I want to know more about oil and gas.
What is the effect of using MCT oil in a non ketogenic low carb diet (hypocaloric, CHO< 100gr) in a subject with Familial Hypercholesterolemia? Someone stands it doesn't raise total or LDL cholesterole but I am not very sure.
Is there someone who might kindly revolve my doubt?
Thank you
I added mistakely the oil to the oil mist filter opening of the dry vacuum pump, what will happen and how I can fix this problem?
Hello, have a nice time 🌱
I have the density of an oil at a 15 degrees, and now I want to obtain the density at a temperature of minus 60 (-60).
How can I do this?
Thank you for your reply
Industrial and heritage museums around the world serve as important spaces where narratives surrounding oil production are constructed, presented, and contested. These museums offer a platform to investigate the ways in which the discursive politics of oil production are curated, communicated, and interpreted by different actors, ranging from communities to oil companies. My new project will analyse the narratives of progress, power, and national identity associated with oil production and explore how museums portray oil as a symbol of technological advancement, economic prosperity, and national pride. I will be looking at oil museums in Canada, China, Russia, and Scotland.
I am not new to energy politics but have so far struggled to find literature that discusses how museums, whether industrial or heritage-focused, reinforce or challenge dominant narratives about the extractive industries and, particularly, oil extraction. Could you recommend any relevant works?
And if that's your topic, I have more questions for you!
How do museums navigate the balance between catering to different stakeholders, such as local communities, industry representatives, and environmental activists?
What is your favourite example of a museum that has been instrumental in fostering public debate and awareness about the extractive industries?
An oil pressure gauge is used in a water treatment setup and shows no change after flowing water in the pipes!
Did any researcher face this problem?
Best regards
I have heard that the shampoo which is about to expire can be recycled into to cleaning agents etc. Is that possible ? What is the process? Also, most of shampoo has oil in it. So, how will the oil be removed? Will it be through chemical dispersion?
suppose a part is saying they require vitamin A=2600μg RE/100g in vegetable oil. I have to convert this unit to gram/ton. Please help me how to calculate the amount ?
Need to know easy method to dissolve Ascorbyl palmitate in edible vegetable oil.
The Reaction mixture is on stirring from more than two weeks, TLC showing the spot of product. But product is not extracting out.
Hello
i`m using Aspen plus for simulation of pyrolysis . when i run the Rgibbs as the reactor . there are many components and then i tried to condense the product to give me the amount of bio oil but the bio oil derived from the flash seperator is included 0.99 of H2O and other components is near to 0.
what is the problem ?
Please explain an experimental technique to determine the presence of free radicals generates from the rotten edible oils.
Does the use of electric cars affect the current consumption of oil and coal?
with respect it is requested I am using DCC-GARCH and BEKK-GARCH model to check the bidirectional effect between oil and stock prices. I have been facing a problem, that in which statistical software i can assign weights to the variables, how to calculate hedge ratio, and hedging effectiveness. if any one can help me I would be thankful.
I am currently planning to write my thesis on the stock price movement of oil majors and the relationship between their 'sustainable' investments. I find it fascinating that a company such as Exxon Mobile just does not invest in renewable energy where other oil companies are turning their back on fossil fuels. However, it is hard to find data for investments into renewable energy and I was wondering what dataset I could use to still capture the involvement of companies in renewable energy. Suggestions for datasets or to my research direction are more than welcome.
Does the use of electric cars affect the current consumption of oil and coal?
Dear All,
May I know the cost of 1 Kg of Edible algal oil which is having 10 % of EPA?
NB: I would like to interact with Industry experts towards commercialisation of the Algal Oil
Adding boron to motor oil presents several challenges. Firstly, boron tends to react with other elements in the oil, leading to the formation of unwanted deposits or sludge. Secondly, achieving a stable suspension of boron particles in the oil can be difficult, as they have a tendency to settle at the bottom. Additionally, maintaining the desired concentration of boron throughout the oil's lifecycle poses a challenge, as it can degrade or become ineffective over time due to temperature and operating conditions. These challenges require careful formulation and testing to ensure that boron can be successfully added to motor oil without compromising its performance or causing undesirable effects.
I am interested to understand the ASTM/Standard test methods and instruments which are being used for the Water absorption and Oil absorption analysis of Reactive alumina or fine alumina oxide powders.
Thanks in advance.
Recently, I have been attempting to extract essential oil from Damask rose petals (Rosa damascena). However, due to the small scale of my apparatus (1000 ml flask and 5000 ml), the amount of oil extracted is very low. While the layer of extracted oil is visible, it sticks to the walls of the apparatus when I try to remove the aromatic water. I have read many articles, but the only solution mentioned is to remove the oil and dry it under anhydrous sodium sulfate.
Anybody working on the HPLC analysis of CBD and THC from Hemp oil?
Reservoir Engineering
1. Feasible to capture the transition between (a) and (b) @ laboratory-scale?
(a) where, an oil phase gets disconnected into blobs (and remain strongly influenced by local pressure field near a flood front, which mostly remain to be transient - even in a steady-state displacement process); and remain trapped and the way the oil/water menisci gets migrated @ pore-scale;
(b) where, continuous mobility of water/oil/gas phases occur @ macroscopic-scale, where averaged quantities are both interpolated as well as extrapolated?
2. If displacement of oil from water-wet porous sedimentary rock by water-flooding leads to an entrapment of a considerable fraction of oil, then,
would it remain feasible to capture the role of buoyancy and inertial forces in addition to the interplay between capillary and viscous forces @ laboratory-scale?
3. If pore-level displacement is initiated by an externally imposed flow, then, how exactly to capture the complex interplay between local topology and pore-scale geometry with capillarity along with the complex interplay between buoyancy, inertial and viscous forces?
Even, if we manage to capture such complex physics, how could we capture the spontaneous rupture of an oil neck (choke-off) and its associated spontaneous withdrawal of head meniscus out of a pore body @ lab-scale?
4. Can we deduce the details on the length distribution of blobs towards determining the oil recovery efficiency upon mobilizing the entrapped oil blobs by lowering IFT @ lab-scale?
If each curved meniscus supports a difference in oil and water pressure resulting from its associated IFT, then, would it remain feasible to distinguish the interface between oil and water within a water-wet reservoir into zones that consists of a meniscus which essentially obey Young-Laplace equation of capillary hydrostatics; and those zones that connect the menisci (zones of positive/negative Gaussian curvatures associated with the menisci of oil-water interface) @ laboratory-scale?
If so, how exactly the physics of thin films along with capillary hydrostatics will be up-scaled to Darcy-scale?
5. In EOR applications, whether any meniscus would be able to move by spontaneously developing excess capillary pressure that would cause oil to flow?
6. Feasible to ensure that a jump (when a pore body gets evacuated of oil and filled with water) remains more likely to be upstream than downstream, which would make the displacement front more stable, while oil entrapment remaining less frequent @ lab-scale?
7. If displacement of oil or any non-wetting fluid from an initially saturated porous medium by water or any wetting fluid consists of advancement of head menisci (jumps); consequent break-offs and choke-offs of neck menisci; and creation of isolated oil or non-wetting fluid blobs in the process, which remain to be deterministic and reproducible, then, can we replicate the above physics @ lab-scale?
Hey everyone,
I am working on the production of biodiesel from WCO, and I am using a design plan to optimize the transesterification conditions, my question is, how to calculate yield of biodiesel, I am using the gravimetric method which is dividing the mass of the upper layer by the mass of initial feedstock (oil) but since the upper layer contains unreacted oil and intermediate products, the yield will be always +90% no matter how I change the conditions.
Hi, i want to define bio oil derived from pyrolysis process by Ryield and Rgibbs.
how can i do that ?
Hello fellow researchers,
I am working on biodiesel production via heterogeneous catalysts and I am right now on the optimization part, most of articles and reviews mention the formula used to calculate yield as follows:
Y=mass of obtained biodiesel/mass of oil used
I have a few questions about it:
1. Do the ''mass of obtained biodiesel'' refer to the mass of upper phase we get after settling in the separation funnel?
2. If yes, then what guarantees that there is only biodiesel in the phase, knowing that there maybe unreacted oil, DGs and MGs there as they are intersoluble with biodiesel and in that case if we weigh the upper phase we'll get almost everytime 99% of yield?
Thank you in advance!
Hi everyone,
I am looking to develop a method for analysis of free fatty acids in oil (coconut, canola, olive... etc.). I've noticed that there are some methods out there that simply use isopropanol to dilute the oil and then they do MS scan (usually high resolution) to profile the acids. Does anyone have experience with LC/MS analysis of fatty acid content of oils? Seems a bit to simple to just dilute-and-shoot oil into an instrument (sounds like a dirty sample)... but I could be wrong! Can you please share your thoughts with me? Thanks!
Feasible to define reservoir fluid flow under steady-state conditions?
If a well is drilled in a petroleum reservoir –
that penetrates the entire thickness of the reservoir
(pay-zone thickness),
then,
whether the influence of the oil production
would extend radially outwards
from the production well with time?
And, under such circumstances,
whether the oil is produced 'entirely'
from the 'elastic storage' within the reservoir?
If so, then, since the produced oil must come
from a reduction of storage within the reservoir,
could steady-state flow ever exist (of course, transient flow can exist)?
On the other hand, if the change in ‘drawdown’
(piezometric surface after commencing production)
remains
significantly small (negligible) with time, then,
the oil flow towards the production well
can be considered to be under steady-state conditions.
But, in such cases,
would it remain feasible to ensure
that the drawdown remains insignificant in a real field scenario?
During a field test, how do we ensure that
the piezometric surface remains horizontal (or nearly so)
over the drainage area of interest
that will be influenced by the field test?
If the well (that has been drilled) does not penetrate
the entire thickness of the reservoir, then,
obviously, oil flow may not remain horizontal.
In such cases, won’t the streamlines
become 'curvilinear' in the vicinity of production well?
If so, what would be the normal threshold length –
from the production well, over which,
this curvilinear profile would become
a linear horizontal profile
(so that Darcy’s law could be applied comfortably)?
When the oil removed from reservoir storage
remains discharged @ a constant rate, then,
can we also ensure that the stored oil from the reservoir
gets released ‘instantaneously’; while,
it also remains directly proportional
to the rate of decline of pressure head (in a transient fluid flow condition)?
In a real field scenario, won’t there be a ‘time lag’
between the pressure decline and the release of the stored oil?
And also, generally, how long will a well take –
for the well discharge to remain as a constant
(following the pump getting adjusted itself to the changing head)?
Or,
Can it be ignored as the production time is very large?
Can we ensure both
(a) drawdown differences with time remaining significant; and
(b) hydraulic gradient varying with time –
for a transient oil production – in a real field scenario?
How do we ensure in a real field scenario
that the late-time production data remains
not getting influenced by any input
from adjacent reservoir compartment (leakage)?
Hello! We pump the contour of a metal tube with a diameter of 3 mm with oil with a viscosity of 0.0031 kg / m * s (abt. the viscosity is 4 times higher than that of water). We are interested in the pressure for pumping this circuit (at the inlet).
When validating the model in Ansys CFX with k-epsilon default settings, the difference between the result and the experiment reaches 100%, although the mesh is adjusted according to the tested and validated model, only on the water (with a maximum deviation of 10%). The Reynolds number in a pipe with a diameter of 3 mm is Re=2500, that is, we are dealing with a transitional flow regime, and the pipe is not hydraulically smooth in terms of the critical number Re=20d/"roughness".
Tell me, please, maybe for this mode it is necessary to use another turbulent model, for example, "Reynolds stress" or "k-epsilon" set up somehow differently? Maybe there are works in which a similar problem is solved, or there are works with recommendations on the use of turbulence models?
The oil and gas industry has a tremendous opportunity to harness the capabilities of analytics to optimize operations, improve decision-making, and drive significant business value. Lets discuss and aims to explore the diverse applications of analytics in the oil and gas industry and discuss how organisations can leverage these capabilities to achieve operational excellence.
historical patterns have indeed shown a link between oil market disruptions and recessions. The examples of recessions in 1973, 1981, and the more recent 2007-2009 recession demonstrate this relationship.
i have formulate a nano-emulsion as a drug carrier ,consist of oil,surfactant and co surf. , upon mixing different ratios of oil,SA,CoSA the hydrodynamic measurment is about 20-30nm (average of three readings) but have occured three peaks first one is matched to hydrodynamic diameter(20-30nm) but the other two are large ? so,how to make it unimodal (one peak) and if it impossible , whta is the size of my particle ?
Regards
ow can i quantify the TPC and test the antioxidant activity of non polar extract and polar extract of seeds oil extracted by ethyl acetate?
Thermodynamics of a Petroleum Reservoir System
1. Feasible to apply the classical thermodynamics principle
to a complete ‘petroleum reservoir system’ (physical entity)
that is composed of two distinct parts
namely ‘solid-grains’ and ‘pore-spaces’ -
in the presence of a specified ‘reservoir boundary’
that keeps exchanging the fluid mass and heat fluxes
with its surroundings?
2. Feasible to precisely specify energy exchanges
associated either with surrounding aquifers; or,
upon injection of water/gas/chemicals; or,
upon hydrocarbon extraction (volume changes of water, oil & gas upon the work done by pressure) -
as a function of exchanges in reservoir pore-fluids,
if the reservoir boundaries become
mobile, porous & diathermic?
3. Prior to any drilling/puncturing of a reservoir,
it is easy to conceptualize
that the reservoir would be under steady-state condition
pertaining to the state of thermodynamic equilibrium,
whereby the petroleum reservoir system
would return to its previous stead-state condition
following any infinitesimal disturbance
with respect to its reservoir boundaries.
If so, how exactly thermodynamic equilibrium gets disturbed
(a) upon commencing hydrocarbon production (when making use of elastic storage of energy during primary production);
(b) upon injecting water/gas (2ry recovery); and
(c) upon injecting chemicals (chem EOR)?
Which ONE of them could be considered as a quasi-static transformation?
4. Although, fluid phases via water, oil and gas refer
to the entirety of intensive properties
such as reservoir pressure and temperature; and fluid density,
how do such intensive properties (potentials) intervene
in conjunction with corresponding extensive rock property
such as permeability (which keeps varying as the size of the reservoir keeps increasing)?
5. When exactly the concept of ‘internal energy’
(as a function of
‘intra-atomic cohesive energy’,
‘inter-atomic cohesive energy’,
‘inter-molecular cohesive energy’ on top of
‘kinetic energy’)
becomes very sensitive in case of a ‘petroleum reservoir system’ – with reference to
‘potential energy’ (as a function of datum, mass and acceleration of gravity) and
‘kinetic energy’ (as a function of mass, moment of inertia and the speed of the system)?
6. Can we theoretically apply first law of thermodynamics
to a closed petroleum reservoir system, where,
an exact balance is established
between the variation of the total energy of the reservoir system upon hydrocarbon production, and the total work, and with the quantities of heat absorbed by the petroleum reservoir system –
in the absence of explicitly specifying the distribution of energy exchanges upon hydrocarbon production (and only the total energy exchange)?
7. Whether ‘entropy’ would keep on increasing -
upon hydrocarbon production -
until its abandonment?
Whether any petroleum reservoir’s entropy has stabilized itself @ maximum value by achieving equilibrium condition following hydrocarbon production?
ENHANCED OIL RECOVERY
1. Apart from ‘reversal of wettability’, to what extent, chemical EOR by the addition of nano-particles in the absence of surfactants (or stabilizers or surfactant-like chemicals) would really lead to ‘IFT reduction’ at the larger field-scale?
If not, whether the fraction of IFT reduction by nanoparticles would tend to remain to be zero - when both nanoparticles and surfactants are driven together?
If yes, how exactly nano-particles aid the surfactants towards accelerating the magnitude of IFT reduction?
2. Feasible to enhance the oil recovery at the real field-scale - using nanoparticle concentrations – well-below ‘one percent’ - as observed at the laboratory-scale using experimental investigations - towards altering the wettability?
If not, how could we bridge the gap between laboratory-scale observation and the actual requirement of nanoparticles with the real field-scale scenario?
3. How practical would it remain to have a control over modifying the properties of nanoparticles; or to have a control over the functionalization of nanoparticles; or in selecting the coating materials of nanoparticles – as a function of a specific reservoir condition – at the real field-scale (and not at the laboratory-scale)?
4. Apart from ‘reversal of wettability’, to what extent, chemical EOR by the addition of nano-particles in the absence of surfactants lead to ‘log-jamming’ or ‘pore-plugging’?
Would it remain feasible to ensure that the ‘radius of nanoparticles’ to remain to be (a little bit) greater than the ‘pore-throats’ – at the larger field-scale – so that these nanoparticles resulting from ‘log-jamming’ would try to plug the paths of already swept zones; and thereby, leading the ‘oil flow’ to get diverted into the unswept zones of the reservoir?
To what extent, will we be able to avoid the accumulation of nanoparticles at the entry of the unswept pathways (resulting from pore-plugging) that eventually leads to a mitigated oil recovery?
Are we really selecting nanoparticles - only after, the careful consideration of ‘mean free path’ (including size, shape and aspect ratio) of nanoparticles; and the ‘pore size distribution’ of real field reservoir conditions?
5. Would it remain feasible to delineate the fraction associated with the ‘agglomeration of nanoparticles that results in precipitation on the surface of rock by gravity forces’ – from that of the ‘nanoparticles that remain adsorbed to the surface of rock due to surface charges’ in an oil-wet reservoir?
6. While polymers enhance the ‘viscosity of water’, could nanoparticles would remain efficient enough in mitigating the ‘viscosity of oil’ – on top of ‘reversing the wettability’ in an ‘oil reservoir’?
7. To what extent, will we be able control the pH of the formation fluid at the larger field-scale - which essentially governs the electrokinetic properties (DLVO) of nanoparticles that dictate the stability of nanofluids?
Feasible to measure the electrophoretic mobility (as a function of the velocity of suspended particles induced by an electrical field over the strength of an electrical field) of nanoparticles @ field-scale in order to have a control on the stability of nanoparticles?
8. Does ‘elevated temperature’ always remain to be an advantage for nanoparticles to remain to be efficient - as the ‘Brownian motion of nanoparticles gets intensified with increasing temperature’?
9. What would be the difference in the optimum value of nanoparticle concentration that is expected between the observed laboratory values and the actual field-scale requirement – towards preventing the scale formation?
10. Coupled effect of nanoparticles with surfactants/polymers/foams/low-salinity water: Are we able to bridge the gap between experimental observations at the laboratory-scale and the real field complexities associated with the larger field-scale?
I wanted to know the AoAC protocol for analysis of the p-anisidine value of fish oil.
Effective Porosity: Feasible to measure?
Since, most of a 'petroleum reservoir cross section' remains occupied ‘by rock’ and ‘by oil and water’ that remains securely attached to the rock surfaces by molecular attraction, the ‘actual’ area through which ‘the water and oil keeps flowing’ is definitely going to be lesser than the ‘total’ reservoir cross sectional area of the oil and water bearing petroleum reservoir. In this context, would it remain feasible to deduce this ‘reduced cross-sectional area’ through the fluid (oil and water) keeps flowing?
Is there a way to grab the details on the effects of ‘attached water and oil’ that would probably help us to deduce the extent by which the ‘effective-porosity’ has been reduced from its actual value?
To what extent, this effective porosity would influence the resulting migration of ‘water flow’ and ‘oil flow’?
To what extent, the 'reservoir pressure' would influence the resulting 'effective porosity' associated with a sandstone and a carbonate reservoir?
Is there 'a straight-forward method' to determine the effective-porosity of a petroleum reservoir? If any such direct method exists, then, what exactly (which force) is supposed to drain ‘water and oil’ from those inter-connected pore-spaces?
Feasible to precisely estimate the volume of water and oil that remains retained by the petroleum reservoir as ‘specific retention’ (volume of oil and water that cannot easily drained by free gravity)?
In the absence of precise value on effective porosity, how do we deduce the ‘oil flow rate’ and ‘water flow rate’ exactly?
How do we have a control over the details on
(a) the degree of compaction encountered by matrix-porosity (microscopic porosities); and on
(b) the degree of intensity of fracturing – resulting from overlying rock mass – as a function of depth - towards estimating 'effective porosity'?
To what extent, the extent of ‘effective porosity’ associated with the matrix (primary) and fracture (secondary porosity) in soluble carbonate reservoirs 'gets modified' by 'the process of karstification or dissolution of carbonate minerals' by 'flowing brine containing weak carbonic acid' (assuming major oil fields around the globe remain hosted in limestone and dolomite reservoirs, which keep encountering various depositional environments and processes of its diagenesis)?
When the diameter and throat size, in general, have no relation to sedimentary particle size or sorting in a carbonate reservoir, how do we then deduce the ‘average pore sizes’ in a carbonate reservoir associated with low-permeable rock-matrix; and how exactly, we deduce the 'average fracture aperture thickness' associated with the high-permeable fracture-network?
I want to conduct experiments with microalgae biodiesel as a part of my ph.d. please provide the details of microalgae oil supplier details that available in India.
I have formulated a nanoemulsion formula consisting of oil, surfactant, and co-surfactant to be used as a carrier for a low-water-soluble drug in an oral formulation. However, I am unsure about which dilution would be best for characterizing and optimizing the droplet size. If I make a series of dilutions and measure the droplet size, which one should I select? What are the conditions for choosing the appropriate dilution? Thank you for your help.
Climate change is a reality. However, the world has accepted it. But the oil-producing countries come in front of this reality. They don't believe this fact because they think that they will suffer from the cessation of fossil fuel production. Due to this, they are not allowing clean energy policies in the world. Saudi Arabia, China, Russia, Iran, America, and some other Gulf countries whose economy runs on oil. They are not ready to follow international protocols and deals regarding climate change. But they probably don't know that the consumption of fossil fuels will increase due to the tyranny of these countries. Due to this greenhouse gases will be produced. This will further destroy the ozone layer. The temperature of the earth will increase further. When the temperature increases, the weather will change because of it. The result will be that agriculture will be destroyed, due to which food shortage will occur. The melting of glaciers will increase natural disasters. The intensity of heat will increase. Pandemic outbreaks would be common. Scientists are already making predictions. But some black sheep feed/skeptics, who been fed the money by oil companies. They are also creating division among people by giving different opinions. But it is a fact that if the world does not make timely decisions, there will be a lot of loss. God forbid, its effects will be on the whole world. Millions of lives may be lost. So there is still time. The world should take climate change seriously and find a solution to it.
Good day! I'm an undergraduate student working on my senior thesis. I am studying the isolation and degradation of oil-degrading fungi sampled from the sands of an oil spill-affected coast. I have read multiple papers that mention gravimetric analysis and gas chromatography as a means to measure oil-degrading efficiency, but I would like to ask whether there are other, possibly cheaper, methods. Thank you!
Several cooking oil found in the supermarket turns darker and the appearance is not appealing to customers. How does this kind of situation happen? Is it because of the storage condition or is it because the oil is overheated during production in manufacturing? Take manufacturer for example, how would they prevent the changes in palm olein cooking oil that is being displayed overtime in the supermarket? What is the actual shelf life for displaying palm olein cooking oil in the supermarket, is is on a 6 months shelf life or it depends? For manufacturers, what is the suitable temperature to heat palm olein during production?
Please answer this question scientifically.
My answer is of course energy from oil at 100% sure 😊.
I have been performing peroxide value test for oil samples according to AOCS method but after adding starch solution to the sample it does not turn blue in colour.
I have taken 1g oil sample, added 3ml of acetic acid:chloroform(3:2), 100uL of Potassium iodide and 3 ml water. Adding starch does not cause colour change. I have tried adding 6 ml of Acetic Acid and chloroform solution but that did not help either.
Any form of help or suggestion would be appreciated.