omniomni/omni-engineering huggingface dataset:
Ci Kaengan. Ci Kaengan (Cikaengan; Sundanese "Ci" means "river", so the whole name means "Kaengan River"; also written as “Ci Kaingan”; ) is a river in the island of Java, Indonesia, that flows mainly in the Garut Regency of West Java province, about 210 km to the southeast of the capital Jakarta.

The river flows from Mount Cikuray and discharges into the Indian Ocean at the Cikaengan Beach of Garut Regency, at the border to the Tasikmalaya Regency. In 2016 two Microhydroelectric power stations were built utilizing this river producing about 12 megawatts of electricity.

The water debit is not quite large, but the water is relatively free from industrial pollution due to its situation in the traditional agricultural area. This led to the establishment of a river tubing attraction in the District of Banjarwangi.

Geography 
The river flows in the southwest area of Java with a predominantly tropical rainforest climate (designated as Af in the Köppen-Geiger climate classification). The annual average temperature in the area is 23 °C. The warmest month is April when the average temperature is around 24 °C, and the coldest is September, at 22 °C. The average annual rainfall is 3730 mm. The wettest month is December, with an average of 542 mm rainfall, and the driest is September, with 61 mm rainfall.

Watershed 
The watershed ( or DAS) Cikaengan together with the Cilaki River form the Southern Watershed Area of Garut Regency, as it flows to the south. The rivers in the area are generally short, and narrow and with more valleys compared to the northern area (Cimanuk river flowing to the Sea of Java to the north).

Ci Kaengan has a total length of  with several tributaries and watercourses through some districts of Garut Regency.

Microhydroelectric Power Stations 
The flow that is seldom low during the dry season makes the river useful to develop into a micro-hydroelectric renewable energy source, Two projects have been started by some companies: PT Petro Hidro Optima (PLTM Cikaengan 5,1 MW), and PT Cikaengan Tirta Energi (PLTM Cikaengan 2 dengan daya 7,2 MW).

Tourist attraction 
A part of the river has been developed into “River Tubing Cikaengan” in the District of Banjarwangi, Garut Regency, since November 2016. The mid-level difficulty of the river boarding class allows safe use for novices.

See also 
 List of drainage basins of Indonesia
 List of rivers of Indonesia
 List of rivers of Java

References 

Rivers of West Java
Cikaengan basin
Engineering College, Nowgong. Engineering College Nowgong or Nowgong Engineering College (NEC) is a government autonomous engineering college established by government of Madhya Pradesh in 2012. Currently it is functioning in its temporary campus in Government Polytechnic college Nowgong but is expected to shift into its newly built 200-acre campus in the upcoming years.
Initially it offered mechanical engineering and civil engineering but number of courses will increase with the passage of time.
It is among the top engineering colleges of the state.

Workshops
The college holds workshops every year in the month of September. Students from every department get benefited via the experience they get during such events.

HISTORY
Nowgong was established in the year 2012 by the government of Madhya Pradesh and was declared as autonomous institution in the same year. The Founder Principal of this college was Dr. R. P. Tiwari who officited this institute from year 2012 to 2015. It is one of the five government autonomous engineering colleges in Madhya Pradesh.Then chief minister of Madhya Pradesh honourable shree Shivaraj Singh Chauhan ji inaugurated this college in year 2012.

CAMPUS
It has a vast campus that spreads over an area of 200 acres on NH 75, which is by far one of the largest college campus in the state of Madhya Pradesh. The campus is built on the sides of NH 75, further it has Naura Hills which adds beauty to its campus.

Engineering colleges in Madhya Pradesh
Oil purification. Oil purification (transformer, turbine, industrial, etc.) removes oil contaminants in order to prolong oil service life.

Contaminants of industrial oils
Contaminants and various impurities get into industrial oils during storage and operation. The most common contaminants are:
 water;
 solid particles (like soot and dirt);
 gases;
 asphalt-resinous paraffin deposits;
 acids;
 oil sludge;
 organometallic compounds;
 unsaturated hydrocarbons;
 polyaromatic hydrocarbons;
 additive remains;
 products of oil decomposition.

Methods of oil purification
Industrial oils are purified through sedimentation, filtration, centrifugation, vacuum treatment and adsorption purification.

Sedimentation is precipitation of solid particles and water to the bottom of oil tanks under gravity. The main drawback of this process is its longevity.

Filtration is a partial removal of solid particles through filter medium. Oil filtration systems generally use a multistage filtration with coarse and fine filters.

Centrifugation is separation of oil and water, or oil and solid particles by centrifugal forces.

Vacuum treatment degasses and dehydrates industrial oil. This method is well suited for removing dispersed and dissolved water, as well as dissolved gases.

 Adsorption purification, in contrast to the methods mentioned above, does not remove solid particles and gases, but it shows good results at removing water, oil sludge and aging products. This process uses adsorbents of natural or artificial origin:  bleaching clays, synthetic aluminosilicates, silica gels, zeolites, etc.

The difference between purification and regeneration of industrial oil
Often the terms "oil purification" and "oil regeneration" are used synonymously. Although in fact they are not the same. Oil purification cleans oil from contaminants. It can be used independently or as a part of oil regeneration. Oil regeneration also removes aging products (with the help of adsorbents) and stabilizes oil with additives. Regenerated oil is clean from carcinogenic products of oil aging and stabilized with the help of additives.

References

Oils
Recycling
Adolpho Lindenberg. Adolpho Lindenberg (3 June 1924 – 2 May 2024) was a Brazilian civil engineer, architect, writer and political activist. A cousin and disciple of Plinio Corrêa de Oliveira, the founder of Tradition, Family and Property, he was the president of the Plinio Corrêa de Oliveira Institute, from its creation in 2006 until his death, in 2024.

Early life and professional career
Adolpho Lindenberg was born in São Paulo on 3 June 1924. He graduated in Civil Engineering and Architecture at the Mackenzie Presbyterian University, in 1949. He started his own enterprise, the Adolpho Lindenberg Construction Company (Portuguese: Construtora Adolpho Lindenberg) or CAL, in 1952, which became in short time, one of the most admired in Brazil. CAL name is associated with the reintroduction of the colonial style in Brazilian contemporary architecture. His style left a mark in many buildings of São Paulo. Since the 1950s, he created many buildings in the colonial style, because he believed it to be more suitable to Brazilian climate and culture than the Bauhaus style. From the 1960s to the 1980s, he authored many buildings in neoclassical or mediterranean style, with great success in the real estate market, to the point that about 60% of the luxury buildings in São Paulo from that time follow this style. His neoclassical style was named "Lindenberg style".

Activist career
Lindenberg was a longtime member of Tradition, Family and Property, being a collaborator of their newspaper O Legionário, and later an editor of the newspaper, currently magazine, Catolicismo. After the division and legal dispute that followed Plinio Corrêa de Oliveira's death, in 1995, he was a member of the Association of the Founders of TFP. After their judicial loss in 2004, they went to create the Plinio Corrêa de Oliveira Institute, in 2006, of which he was the president from then on. He identified with the Catholic Traditionalists and has been linked to the far-right movement in Brazil, 32 days before his 100th birthday.

Death
Lindenberg died in São Paulo on 2 May 2024, at the age of 99.

References

1924 births
2024 deaths
Mackenzie Presbyterian University alumni
Brazilian civil engineers
Brazilian architects
Brazilian Roman Catholics
Brazilian traditionalist Catholics
Brazilian people of German descent
20th-century Brazilian architects
20th-century Brazilian engineers
Catholicism and far-right politics
Tradition, Family, Property
People from São Paulo
Mysuru–Arsikere Passenger. The Arsikere−Mysore Passenger is a Passenger train belonging to South Western Railway zone that runs between  and  in India. It is currently being operated with 56267/56268 train numbers on a weekly basis.

Service

The 56267/Arsikere–Mysuru Passenger has an average speed of 38 km/h and covers 168 km in 4h 25m. The 56268/Mysuru–Arsikere Passenger has an average speed of 40 km/h and covers 168 km in 4h 10m.

Route and halts 

The important halts of the train are:

Coach composition

The train has standard ICF rakes with a maximum speed of 110 km/h. The train consists of 13 coaches:

 1 Sleeper coach
 10 General Unreserved
 2 Seating cum Luggage Rake

Traction

Both trains are hauled by a Krishnarajapuram Loco Shed-based WDP-4 diesel locomotive from Arsikere to Mysore and vice versa.

See also 

 Mysore Junction railway station
 Arsikere Junction railway station
 Jolarpettai–Bangalore City Express
 Night Queen Passenger
 Bangarapet–Marikuppam Passenger

Notes

References

External links 

 56267/Arsikere−Mysuru Passenger India Rail Info
 56268/Mysuru−Arsikere Passenger India Rail Info
 56265/Arsikere−Mysuru Passenger India Rail Info
 56266/Mysuru−Arsikere Passenger India Rail Info

Transport in Mysore
Slow and fast passenger trains in India
Rail transport in Karnataka
Rail transport in Tamil Nadu
Syrian Collegiate Programming Contest. ACM Syrian Collegiate Programming Contest (abbreviated as ACM-SCPC or SCPC) is an annual multi-tiered competitive programming competition among the universities of Syria and it's a qualifying round to the ACM Arabian Collegiate Programming Contest (ACPC). Winners of the SCPC qualify to the ACPC Finals. It is usually held in July of each year. Headquartered at SCS Syrian Computer Society. The SCPC operates in autonomous cities in Syria under the auspices of the ICPC Foundation in accordance with the ACPC Policies and Procedures.

History
The SCPC traces its roots to a competition held at SCS Syrian Computer Society in 2011. Then, it was also hosted at SCS Syrian Computer Society in 2012 and 2013. In 2014, it was co-hosted by Damascus and Tishreen University. In 2015, it was hosted at Tishreen University. In 2016, it was hosted by the Higher Institute of Applied Sciences and Technology. In 2017, it was hosted by the Syrian Virtual University.

Latest (RIP English) SCPC Standings 

 SCPC 2017 First 10 places

See also 
 ACM Student Research Competition
 Competitive programming, a type of mind sport involved in programming competitions
 International Collegiate Programming Contest
 Online judge, a service to practice for programming contests and run them online
 PC², the Programming Contest Control System in support of Computer Programming Contest activities (used at ICPC World Finals until 2008)

References

External links
 Official Website of the ACM-SCPC 
 Official Website of the ACM-ICPC - maintained at Baylor University.
 ACM-ICPC Live Archive - maintained at Baylor University.
 ACM-SCPC - Facebook

Programming contests
KPR Institute of Engineering and Technology. KPR Institute of Engineering and Technology is an autonomous engineering college established in the year 2009, Coimbatore, Tamil Nadu, India. KPRIET is approved by AICTE, New Delhi and affiliated to Anna University, Chennai. Institution is accredited by NAAC with "A" grade and courses are approved by National Board of Accreditation (NBA). Courses were offered under Bachelor's & Master's Degree as well.

KPRIET Counselling Code: 2764

Recognitions 
KPR Institute of Engineering and Technology got 1st position in Coimbatore and 6th Position in Tamil Nadu, at Anna University, Academic Performance of November, December 2019 Examinations.

Rankings 
The university was ranked 151-200 overall in India by the NIRF (National Institutional Ranking Framework) in 2024.

Academics

Undergraduate 
 B.E. - Civil Engineering
 B.E. - Computer Science and Engineering
 B.E. - Electrical and Electronics Engineering
 B.E. - Electronics and Communication Engineering
 B.E. - Mechanical Engineering
 B.E. - Biomedical Engineering
B.Tech. - Artificial Intelligence and Data Science
 B.Tech. - Chemical Engineering
 B.E. - CSE - Artificial Intelligence and Machine Learning
 B.E. - Mechatronics Engineering
 B.Tech. - Computer Science and Business Systems
 B.Tech. - Information Technology

Postgraduate 
 M.E - CAD/CAM
 M.E - Computer Science and Engineering
 M.E - VLSI Design
 M.E - Structural Engineering

Ph. D. Programmes 
Civil Engineering

Computer Science and Engineering

Electronics and Communication Engineering

Mechanical Engineering

Physics

Chemistry

References

External links 
 https://www.kpriet.ac.in

Engineering colleges in Coimbatore
Engineering colleges in Tamil Nadu
Universities and colleges in Coimbatore
Educational institutions established in 2009
2009 establishments in Tamil Nadu
Sprayed in place pipe. Sprayed in place pipe (SIPP) technologies is a trench-less rehabilitation method used to repair existing pipelines, that involves a robotic lining system that develops and manufactures proprietary lining polymeric. SIPP is a jointless, seamless, pipe with in a pipe with the capability to rehabilitate pipes ranging in diameter of .1 to 2.8 meters. SIPP can be applied in water, sewer, gas, and chemical pipelines.

References 

Pipelines
Ochre Dyke. The Ochre Dyke is a small stream in the south eastern part of the City of Sheffield in South Yorkshire, England. It rises some 100m to the east/south east of the ruined barn known as Eckington Lees. This is at the extreme western end of Birley Wood Golf Course. Ochre Dyke flows east/south east along the southern border of the golf course and passes through Birley Wood; up to this point it is the county boundary between South Yorkshire and North East Derbyshire. During summer months the brook frequently dries up to this point. The Ochre dyke gets its name from the pollution of the water by yellow ochre (Iron Oxide) as a result of coal mining activity in the upper reaches of the valley. The area in and around Birley wood was extensively mined for coal and black-band iron ore from at least the medieval period up to the mid 20th century when Dent Main Colliery closed. Other mines along the course of the stream were Moorhole Colliery East, Moorhole Colliery North and Moorhole Colliery South.

After passing Birley Moor Road, the brook flows through Owlthorpe, past the Crystal Peaks shopping centre, before heading into Beighton and passing beneath Sothall Green at its junction with the main road. The stream eventually flows into the River Rother.

The Ochre Dyke has never been used for powering Sickle grinding wheels, unlike the nearby Shire Brook which has hosted several wheels including the Nether Wheel, Carr Forge, Rainbow Forge and Cliff Wheel. The Cliff Wheel was located along the stream and was used for grinding.

References

Rivers of Sheffield
Oilspot and Lipstick. Oilspot and Lipstick is an animated short film from Walt Disney Productions directed by Michael Cedeno. The short was released on June 28, 1987.

Synopsis 
An old, broken-down car sits on a mountain. Out of the trunk of this car comes a robot dog with glasses whose body was made, among other things, of cubes. The dog wakes up his partner, another robot dog, who has a high-heeled shoe and a pair of scissors for a head. After touching a mountain of rubbish, a giant robot wakes up, chases the dogs and grabs the female dog with one hand to eat her. The robot dog throws his spanner at the giant robot's head. The wrench causes the robot to fall to the ground. Thus, the female robot falls into the suitcase of the car.

Credits

Staff 
 Director: Michael Cedeno
 Producer: Dave Inglish
 Creative consultant: Burny Mattinson
 Story development: Michael Cedeno, Bruce Morris, Gary Trousdale
 Original concept: Lemuel Davis
 Music: Jay Ferguson
 Animators: Ruben A. Aquino, Michael Cedeno, Brian Clift, Anthony de Rosa, Jim Houston, Tina Price, M.J. Turner
 Drawing effects animators: Barry Cook
 Additional animation: Jim Houston
 Layout artist: Fred Cline
 Background artist: Brian Sebern
 Video editing: Bob Lambert, David Jones
 Film editing: David F. Wolf
 Production manager: M.J. Turner
 Technical directors:
 Production/Animation: Tad Gielow
 Compositing/Effects: Lemuel Davis, David B. Coons, Jim Houston
 CG systems management: Tad Gielow, Mark Kimball, M.J. Turner, Vahe Sarkissian
 Wavefront consultant: John Grower
 Computer production hardware: Edge Computer Corporation
 Computer production hardware/software for animation tests: Pixar, Inc.
 Computer production software: Wavefront Technologies

Premiere of the film
The short film was premiered at the SIGGRAPH conference, held in Anaheim, California, but was never released in cinemas.

References

External links 
 
 Oilspot and Lipstick reunion

1987 animated short films
American computer-animated films
1987 computer-animated films
Animated films about dogs
Animated films about robots
1980s Disney animated short films
1980s English-language films
English-language short films
Don't Die, Mr. Robot!. Don't Die, Mr. Robot! is an action video game by independent British studio Infinite State Games. The game was released in 2014 for PlayStation Vita, and in 2016 for PlayStation 4 and iOS.  A remixed version of the game was released in 2018 for Nintendo Switch titled as Don't Die, Mr. Robot! DX.

Plot
The main character, Mr. Robot, likes to eat fruit, but when he eats it, it explodes. One day, robotic drones take over the electro-abyss, so Mr. Robot eats fruits to eliminate the enemies with the explosions.

Gameplay
Players control Mr. Robot on the playfield, where varieties of enemies will spawn around the edges of the screen, each with different attack patterns. Mr. Robot himself is defenseless, although there is fruit on the playfield that will explode upon contact. If an enemy is within the blast radius, it will be killed, and each segment will drop a coin, which can be spent on power-ups, unlockable characters, and cosmetics. If another fruit is within the blast radius, it will also explode and start a multiplier. You can also earn points by getting close to enemies, to get a danger bonus.

References

External links
 Official website 

2014 video games
Action games
Digerati games
IOS games
Nintendo Switch games
PlayStation 4 games
PlayStation Vita games
Single-player video games
Video games about robots
Video games developed in the United Kingdom
Petrolithium. Petrolithium is lithium derived from petroleum brine, the mineral-rich salt solution that is brought to the surface during oil and gas production and exploration. 

Oil companies manage petroleum brine as a waste product, usually by reinjecting the brine back into the ground for enhanced oil recovery or disposal. A small percent is also used for "beneficial reuse," which can include production of drilling fluids, irrigation or dust and ice control.  

In recent years, several companies have explored technologies to extract the abundant minerals that are found in brines, including from petroleum brine. These minerals include lithium, silicon, magnesium and potassium.

Process 

Petrolithium is extracted using a patented nanofiltration process that allows for rapid extraction of lithium. Lithium chloride is separated from the oilfield wastewater in a matter of hours, rather than the months or years required in conventional extraction methods of solar evaporation or hard-rock mining.

Companies 
Several companies have explored lithium extraction technologies from brines. In 2012, California-based Simbol Materials developed a technology to separate lithium from brine produced by geothermal power plants. In 2013, Korean multinational steel company Posco developed a method to extract the mineral from continental brine. In 2017, MGX Minerals is developing a technology to extract lithium from petroleum brine. The company is building a pilot plant that would process 300 barrels per day.

References

Lithium mining
Carbon: The Story of Tomorrow. Carbon is a 2017 Indian Hindi-language science fiction short film based on global warming. It is written and directed by Maitrey Bajpai and Ramiz Ilham Khan, and film stars Jackky Bhagnani, Nawazuddin Siddiqui and Prachi Desai. The film is set in 2067, in an Earth where carbon is in abundance, and oxygen is supplied by industries. Bhagnani plays a man with an artificial heart and Siddiqui plays the role of a man from Mars and Desai plays a robot. The film was released on the YouTube channel of Large Short Films.

Plot
Set in 2067, 'Carbon' focuses on the prevailing environmental issues in Delhi. The film showcases scarcity of oxygen and water and its adverse effects on the environment and the forthcoming generations. This futuristic film portrays a scenario where there will be a dearth of oxygen and only carbon will prevail.

Cast 
 Jackky Bhagnani as Random Shukla
 Prachi Desai as Pari
 Yashpal Sharma as Yakub 
 Nawazuddin Siddiqui as a contract killer based in Mars (imposter Mr. Shah)
 Shashi Bhushan as Shashi

Reception
After releasing film's trailer, it has created a very good buzz among the audience and the industry.

When the film released it got positive responses for the concept from the critics. Actor Sushant Singh Rajput praises the film by saying, "Generally, we talk about cause after the effect has taken place, but there are very few instances where we talk about effect before cause. 'Carbon' is a very well-intentioned film and a required film at this point of time. It talks about an immediate issue, so I want to congratulate Jackky for that. I have seen the trailer and I really liked it. I feel the concept of the film is really good, and puts a question mark on the whole system." Hindustan Times said, "The short film plays up the current socio-political equations and sets them in a world almost 50 years from now. The divide between rich and poor, human greed and spiralling environmental crisis are all well-placed in the narrative." The Indian Express give a mixed review by saying, "...Meanwhile, Nawazuddin, a contract killer, poses as an NRI from Mars. The plot may sound interesting, but sadly the unrelatable characters and dull dialogue delivery play spoilsport. Even if the first 15 minutes are bearable and support the plotline, it still is a failed attempt."
In the film director show people needed 100% pure oxygen but they didn't know pure oxygen is generally bad, and sometimes toxic.

References

External links
 

2017 films
2017 science fiction films
2017 short films
Indian short films
Indian science fiction films
2010s dystopian films
Indian post-apocalyptic films
Films set in 2067
Films set in Delhi
Films released on YouTube