This document provides an overview and safety information for liquid nitrogen certification Level 1. It discusses HWBOT's mission to evangelize and professionalize overclocking. It outlines risks of working with liquid nitrogen like cold burns and frostbite. Safety requirements are explained such as training, personal protective equipment. Procedures for various incidents are described, including calling for help, evaluating risk, and seeking medical assistance. The document aims to educate on safe liquid nitrogen practices.
The presentation discusses the OSHA requirements using, storing, and handling flammable and combustible liquids. It provides information on design and construction of inside storage rooms and the risks associated with operations and processes using flammable and combustible liquids. If you wish for us to develop/provide occupational health and safety training for your organizaiton, feel free to contact us by email at windsgroup@aol.com.
This document provides safety information about a white tire sealant product. It lists the product's ingredients including ethylene glycol at 35-55%. It describes health effects like eye and skin irritation from exposure. In case of accidental exposure, it recommends flushing eyes with water for 15 minutes or more. The product is not flammable but its vapors may irritate the nose, throat and lungs. Proper storage is to keep containers closed away from heat and sunlight.
LOCTITE SF 7200 is an aerosol cleaner designed to aid in the removal of cured chemical gaskets. It works by softening gasket materials on flanges, eliminating excessive scraping. Once applied, it forms a foam layer preventing it from running off while working. It is suitable for removing gaskets from metal flanges, particularly aluminum, without damaging flange surfaces. Typical applications include removing all types of chemical gaskets from metal flanges.
WSB14 - Session 111-4 Belgian sustainability policyChris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation by CEN-CENELEC standardisation gave an overview of EU's rules, regulations and policies and the role of EN standards with regard to this.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
LOCTITE® LB 8101TM is an adhesive grease used to lubricate open mechanical systems like chains, gears, screws and cables. It protects against water and wear while resisting high pressures and centrifugal forces. The grease is amber colored with an oily odor, and is sprayed from an aerosol can. It is designed to lubricate parts operating from -30°C to +170°C.
This document provides an overview and safety information for liquid nitrogen certification Level 1. It discusses HWBOT's mission to evangelize and professionalize overclocking. It outlines risks of working with liquid nitrogen like cold burns and frostbite. Safety requirements are explained such as training, personal protective equipment. Procedures for various incidents are described, including calling for help, evaluating risk, and seeking medical assistance. The document aims to educate on safe liquid nitrogen practices.
The presentation discusses the OSHA requirements using, storing, and handling flammable and combustible liquids. It provides information on design and construction of inside storage rooms and the risks associated with operations and processes using flammable and combustible liquids. If you wish for us to develop/provide occupational health and safety training for your organizaiton, feel free to contact us by email at windsgroup@aol.com.
This document provides safety information about a white tire sealant product. It lists the product's ingredients including ethylene glycol at 35-55%. It describes health effects like eye and skin irritation from exposure. In case of accidental exposure, it recommends flushing eyes with water for 15 minutes or more. The product is not flammable but its vapors may irritate the nose, throat and lungs. Proper storage is to keep containers closed away from heat and sunlight.
LOCTITE SF 7200 is an aerosol cleaner designed to aid in the removal of cured chemical gaskets. It works by softening gasket materials on flanges, eliminating excessive scraping. Once applied, it forms a foam layer preventing it from running off while working. It is suitable for removing gaskets from metal flanges, particularly aluminum, without damaging flange surfaces. Typical applications include removing all types of chemical gaskets from metal flanges.
WSB14 - Session 111-4 Belgian sustainability policyChris Hamans
Presentation in session 111 during the World Sustainable Building Conference 2014 in Barcelona (28-30th .Oct. 2014)
The theme of the WSB14 was: "Sustainability. Are we moving as quickly as we should? It is up to us!"
Session 111 (out of 144 sessions) had to answer the question: "Are we moving in the same direction?"
This presentation by CEN-CENELEC standardisation gave an overview of EU's rules, regulations and policies and the role of EN standards with regard to this.
This presentation was one out of the 5 from this session 111. After a questioning, answering and discussion with the audience the session concluded: "No, we are not moving in the same direction!"
see WSB14-Sessions 111-0 to 111-4
LOCTITE® LB 8101TM is an adhesive grease used to lubricate open mechanical systems like chains, gears, screws and cables. It protects against water and wear while resisting high pressures and centrifugal forces. The grease is amber colored with an oily odor, and is sprayed from an aerosol can. It is designed to lubricate parts operating from -30°C to +170°C.
Barriers and opportunities for use of low gwp alternatives UNEP OzonAction
The document summarizes a survey on barriers to using low global warming potential (GWP) refrigerants in new equipment in Article 5 countries. It describes how the survey was conducted by distributing questionnaires to stakeholders in the refrigeration and air conditioning field. The survey identified 32 specific barriers reported by respondents. The most significant barriers included the lack of available low-GWP systems, lack of incentives to invest in low-GWP technology, and restrictive rules around using low-GWP refrigerants. The document provides recommendations to address barriers such as training, guidance development, financial incentives, and regulatory changes.
LOCTITE LB 8021 is a general purpose, low viscosity silicone oil used for lubricating metal and non-metal surfaces between -30°C and +150°C. It has a clear liquid appearance and 350 mPa·s viscosity. The product is a silicone oil dispersed in a propane/butane propellant and is used to lubricate parts like guides, conveyors and cutting knives. It is also suitable as a mold release agent and has approval for incidental food contact.
This technical data sheet provides information on LOCTITE® LB 8201TM, including that it is a universal penetrating liquid that frees, lubricates, cleans, and prevents corrosion on machinery. It can be used to free seized or corroded parts and provides light lubrication. The product is a yellow-brown liquid with properties such as a density of 0.808 to 0.828 g/ml and viscosity of 17.5 cSt at 50°C. Use and storage instructions are also provided.
This document summarizes the process of getting a new food product from ideation to production and onto store shelves. It outlines the minimum quality and safety requirements that must be met, including ensuring compliance with relevant legislation. The process involves defining product requirements, qualifying suppliers, developing product specifications, designing packaging and labels, and implementing quality controls pre-launch and during shelf life. Risk assessments are conducted of products, suppliers, and the supply chain to ensure food safety.
Protecting Your Business - OSHA's New Chemical Safety RequirementsG&A Partners
Are You Ready for the changes to chemical safety standards?
December 1, 2013, is the due date for employers to complete the updated hazard communication training for any employees that work with or around hazardous chemicals. The new hazard communication standard is known as Globally Harmonized System or GHS for short.
Under the GHS requirements, employees must be able to identify and work safety with hazardous chemicals found in their workplaces and moves all U.S. based businesses from the previous "Right to know" rationale to a "Right to Understand" policy when dealing with workplace chemicals.
This GHS presentation given by G&A Partners' Safety Director, Doug Heywood, will familiarize participants with the updated hazard communication requirements to include the new Safety Data Sheets (SDS), warning labels, pictograms, and other key components of the new standard.
The document discusses the Certified Dental Laboratory (CDL) program. It was created in 1974 with the goal of improving dental lab quality and service. In 2005, a committee was formed to update the program to better meet industry needs. The summary describes the CDL application and certification process, which involves submitting documentation, photographs, and fees to demonstrate compliance with standards for areas like safety, infection control, and equipment. Certification is granted once approved by an independent auditor.
LOCTITE® SF 7063TM is a solvent-based cleaner for removing contaminants from surfaces to prepare them for bonding with LOCTITE® adhesives. It has a low viscosity and dries quickly. SF 7063TM cleans without affecting the curing or strength of LOCTITE® adhesives. Proper handling is required due to its flammable nature. Users should test compatibility with plastics before use and allow full drying to prevent solvent entrapment.
LOCTITE LB 8040 is a mineral oil formulation that can freeze and instantly crack rust at -43°C, allowing the oil to penetrate rust and lubricate seized metal parts. It sprays onto parts from a pressurized container. When sprayed onto rusted fasteners and allowed to react for 1-2 minutes, the frozen rust cracks and the oil penetrates to free seized parts while leaving them lubricated and protected from corrosion. The product comes in an amber-colored liquid with a density of 0.6 g/ml and viscosity below 5 mPa·s.
This technical data sheet provides information on LOCTITE SF 7840, a concentrated, biodegradable cleaner and degreaser. It is an aqueous-based product that contains no hazardous solvents. It can be diluted with water for cleaning a variety of surfaces and removing substances like grease, oils, food stains and more. Recommended dilution levels vary depending on the application and level of cleaning required, from 1:1 for heavy cleaning to 1:128 for light cleaning. Precautions are noted to avoid using on painted surfaces at low dilutions or where cleaner residues could affect curing of anaerobic products.
This document provides guidance for the storage and transport of time- and temperature-sensitive pharmaceutical products (TTSPPs). It covers topics such as port handling and customs clearance, warehouse site selection and layout, storage building requirements, temperature control, transport qualifications, and quality management procedures. The guidance is intended to help minimize risks to these sensitive products from factors like theft, temperature excursions, and delays in the supply chain.
Maintaining end-to-end cold chain integrity is a critical focus for all cold storage operations as much of their inventory is consumed directly by end customers. If any instance of impropriety throughout the supply chain occurs it could lead to widespread sickness or death. On average, 10% of all pharmaceutical inventory is temperature controlled and a significantly larger portion of food products are also temperature controlled. Any contamination could result in thousands or even millions of dollars in inventory loss, logistics costs and settlement fees. Preventing inventory contamination in the cold chain has increased in complexity as the supply chain has globalized. A larger portion of temperature regulated goods are crossing international borders creating both regulatory challenges as well more opportunities for failure and/or complication before goods reach their final destination. Some of the most notable regulations impacting the cold chain are the Sanitary Food Transportation Act, Food Safety Modernization Act (FSMA) and EU Good Distribution Practices. These pieces of legislation impact all key supply chain players including those that manufacture, store, transport and sell refrigerated and frozen products. Much of this legislation closely regulates the tracking and storage of handling and temperature related inventory data.
In an effort to solve cold chain challenges related to temperature maintenance, monitoring and recording supply chain operators handling temperature regulated inventory have begun to implement some successful industry best practices. Inventory pre-cooling has proven successful in reducing the wear and tear on refrigeration equipment and helps to guarantee temperature consistency from the time it is loaded until it is unloaded. Many cold chain businesses have also installed trailer condition monitoring systems that monitor temperature conditions in real time and send alerts if any unacceptable temperature variations are encountered. Packaging optimization has also proven useful in extending shelf life and improving product condition. In addition to monitoring trailer conditions, cold chain operators are also implementing inventory temperature monitoring technologies to track inventory status on a piece by piece or pallet by pallet basis. Retailers have also been encouraged to develop standard operating procedures (SOPs) for receiving to ensure only inventory of the highest quality ends up on their shelves and in consumer hands. With capacity increasing and the supply chain growing globally it is more critical than ever that the cold chain implement these best practices in order to keep consumers safe.
The Global CCS Institute hosted a workshop on 6 June 2013 in Calgary, Alberta, on the role of new bi-national storage standards in the deployment of CCS in Canada and the United States.
This technical data sheet provides information on Loctite 454, a cyanoacrylate adhesive. It is a one-part, thixotropic gel adhesive that cures rapidly with humidity. It can bond a variety of substrates including metals, plastics, elastomers, wood, leather, and fabrics. The gel consistency prevents run-off on vertical surfaces. Typical properties include a fixture time of less than one minute for many substrates and tensile strengths up to 15.1 MPa after curing for 72 hours. It also has good chemical and solvent resistance as well as heat resistance. Usage instructions and precautions are provided.
The document provides an overview of transportation of dangerous goods regulations. It defines dangerous goods as items that can pose health, safety or environmental risks. Nine classes of dangerous goods are described, including explosives, gases, flammable liquids and solids, oxidizers, toxics, radioactive materials, and corrosives. The regulations require dangerous goods to be properly classified, packaged, labeled, documented, and transported. Personnel must be trained in handling dangerous goods safely and be aware of requirements.
This document discusses high and low temperature testing. It describes how temperature and humidity testing is used to confirm a product's adaptability during storage, transportation, and usage in different climates. Severity of testing depends on temperature, humidity levels, and exposure time. The document provides details on low temperature testing, high temperature testing, and temperature shock testing. It also describes how high and low temperature test chambers are used to simulate environmental conditions for testing electrical and electronic products and materials.
This document provides an overview of recycled content and methods for calculating and reporting recycled content percentages. It discusses regulations and standards from organizations like ISO, CEN, and LEEDS. The mass balance approach for calculating recycled content percentages involves determining the proportional recycled content of each material used and summing these values. Standard values for recycled content from sources like UNEP and EPA are also presented. Reporting typically involves disclosing overall recycled content as well as separating pre-consumer and post-consumer percentages.
UL presented at the Life Jacket Association annual meeting on their expertise in testing and certifying flotation devices. They discussed their knowledge and experience gained over 40+ years of testing, as well as their involvement in related standards committees. UL also highlighted their capabilities to test to the new UL12402 standard, and their plans to help customers transition to revised marking and labeling requirements. They promoted additional services around anti-counterfeiting and training, and emphasized their goal of making the world safer through flotation device certification.
This document provides an overview of hazardous waste management practices for employees, including defining hazardous waste and its characteristics, regulations around hazardous waste accumulation and storage, proper hazardous waste labeling, container management best practices, procedures for detecting leaks or spills, and steps to respond to non-emergency spills. The objectives are for employees to understand hazardous waste categories and regulations with at least 70% accuracy.
This year has been very exciting for PC enthusiasts with six processor launches in less than ten months. The new processors feature up to eighteen overclockable cores which is significantly more than last year’s flagship ten-core model. The extra cores present new challenges for overclockers on both mainstream and high-end desktop platforms. In this panel we discuss the ins and outs of multi-core overclocking and show you a live demo of an 18-core system pushed to its limits.
Slidedeck from panel discussion at PAX Australia 2017
HWBOT X San Pedro Sula Event Report (June 10, 2017)HWBOT
For the first time in Honduras, the first Amateur Overclocking Tournament will be held. This event took place in June at the San Pedro Sula University, which has provided us with support for what is Overclocking Community that Is being formed in the country.
http://x.hwbot.org/event/first-amateur-2017-overclocking-tournament/
More Related Content
Similar to HWBOT LN2 Certification Level 4: LN2 Use for overclocking “in public”
Barriers and opportunities for use of low gwp alternatives UNEP OzonAction
The document summarizes a survey on barriers to using low global warming potential (GWP) refrigerants in new equipment in Article 5 countries. It describes how the survey was conducted by distributing questionnaires to stakeholders in the refrigeration and air conditioning field. The survey identified 32 specific barriers reported by respondents. The most significant barriers included the lack of available low-GWP systems, lack of incentives to invest in low-GWP technology, and restrictive rules around using low-GWP refrigerants. The document provides recommendations to address barriers such as training, guidance development, financial incentives, and regulatory changes.
LOCTITE LB 8021 is a general purpose, low viscosity silicone oil used for lubricating metal and non-metal surfaces between -30°C and +150°C. It has a clear liquid appearance and 350 mPa·s viscosity. The product is a silicone oil dispersed in a propane/butane propellant and is used to lubricate parts like guides, conveyors and cutting knives. It is also suitable as a mold release agent and has approval for incidental food contact.
This technical data sheet provides information on LOCTITE® LB 8201TM, including that it is a universal penetrating liquid that frees, lubricates, cleans, and prevents corrosion on machinery. It can be used to free seized or corroded parts and provides light lubrication. The product is a yellow-brown liquid with properties such as a density of 0.808 to 0.828 g/ml and viscosity of 17.5 cSt at 50°C. Use and storage instructions are also provided.
This document summarizes the process of getting a new food product from ideation to production and onto store shelves. It outlines the minimum quality and safety requirements that must be met, including ensuring compliance with relevant legislation. The process involves defining product requirements, qualifying suppliers, developing product specifications, designing packaging and labels, and implementing quality controls pre-launch and during shelf life. Risk assessments are conducted of products, suppliers, and the supply chain to ensure food safety.
Protecting Your Business - OSHA's New Chemical Safety RequirementsG&A Partners
Are You Ready for the changes to chemical safety standards?
December 1, 2013, is the due date for employers to complete the updated hazard communication training for any employees that work with or around hazardous chemicals. The new hazard communication standard is known as Globally Harmonized System or GHS for short.
Under the GHS requirements, employees must be able to identify and work safety with hazardous chemicals found in their workplaces and moves all U.S. based businesses from the previous "Right to know" rationale to a "Right to Understand" policy when dealing with workplace chemicals.
This GHS presentation given by G&A Partners' Safety Director, Doug Heywood, will familiarize participants with the updated hazard communication requirements to include the new Safety Data Sheets (SDS), warning labels, pictograms, and other key components of the new standard.
The document discusses the Certified Dental Laboratory (CDL) program. It was created in 1974 with the goal of improving dental lab quality and service. In 2005, a committee was formed to update the program to better meet industry needs. The summary describes the CDL application and certification process, which involves submitting documentation, photographs, and fees to demonstrate compliance with standards for areas like safety, infection control, and equipment. Certification is granted once approved by an independent auditor.
LOCTITE® SF 7063TM is a solvent-based cleaner for removing contaminants from surfaces to prepare them for bonding with LOCTITE® adhesives. It has a low viscosity and dries quickly. SF 7063TM cleans without affecting the curing or strength of LOCTITE® adhesives. Proper handling is required due to its flammable nature. Users should test compatibility with plastics before use and allow full drying to prevent solvent entrapment.
LOCTITE LB 8040 is a mineral oil formulation that can freeze and instantly crack rust at -43°C, allowing the oil to penetrate rust and lubricate seized metal parts. It sprays onto parts from a pressurized container. When sprayed onto rusted fasteners and allowed to react for 1-2 minutes, the frozen rust cracks and the oil penetrates to free seized parts while leaving them lubricated and protected from corrosion. The product comes in an amber-colored liquid with a density of 0.6 g/ml and viscosity below 5 mPa·s.
This technical data sheet provides information on LOCTITE SF 7840, a concentrated, biodegradable cleaner and degreaser. It is an aqueous-based product that contains no hazardous solvents. It can be diluted with water for cleaning a variety of surfaces and removing substances like grease, oils, food stains and more. Recommended dilution levels vary depending on the application and level of cleaning required, from 1:1 for heavy cleaning to 1:128 for light cleaning. Precautions are noted to avoid using on painted surfaces at low dilutions or where cleaner residues could affect curing of anaerobic products.
This document provides guidance for the storage and transport of time- and temperature-sensitive pharmaceutical products (TTSPPs). It covers topics such as port handling and customs clearance, warehouse site selection and layout, storage building requirements, temperature control, transport qualifications, and quality management procedures. The guidance is intended to help minimize risks to these sensitive products from factors like theft, temperature excursions, and delays in the supply chain.
Maintaining end-to-end cold chain integrity is a critical focus for all cold storage operations as much of their inventory is consumed directly by end customers. If any instance of impropriety throughout the supply chain occurs it could lead to widespread sickness or death. On average, 10% of all pharmaceutical inventory is temperature controlled and a significantly larger portion of food products are also temperature controlled. Any contamination could result in thousands or even millions of dollars in inventory loss, logistics costs and settlement fees. Preventing inventory contamination in the cold chain has increased in complexity as the supply chain has globalized. A larger portion of temperature regulated goods are crossing international borders creating both regulatory challenges as well more opportunities for failure and/or complication before goods reach their final destination. Some of the most notable regulations impacting the cold chain are the Sanitary Food Transportation Act, Food Safety Modernization Act (FSMA) and EU Good Distribution Practices. These pieces of legislation impact all key supply chain players including those that manufacture, store, transport and sell refrigerated and frozen products. Much of this legislation closely regulates the tracking and storage of handling and temperature related inventory data.
In an effort to solve cold chain challenges related to temperature maintenance, monitoring and recording supply chain operators handling temperature regulated inventory have begun to implement some successful industry best practices. Inventory pre-cooling has proven successful in reducing the wear and tear on refrigeration equipment and helps to guarantee temperature consistency from the time it is loaded until it is unloaded. Many cold chain businesses have also installed trailer condition monitoring systems that monitor temperature conditions in real time and send alerts if any unacceptable temperature variations are encountered. Packaging optimization has also proven useful in extending shelf life and improving product condition. In addition to monitoring trailer conditions, cold chain operators are also implementing inventory temperature monitoring technologies to track inventory status on a piece by piece or pallet by pallet basis. Retailers have also been encouraged to develop standard operating procedures (SOPs) for receiving to ensure only inventory of the highest quality ends up on their shelves and in consumer hands. With capacity increasing and the supply chain growing globally it is more critical than ever that the cold chain implement these best practices in order to keep consumers safe.
The Global CCS Institute hosted a workshop on 6 June 2013 in Calgary, Alberta, on the role of new bi-national storage standards in the deployment of CCS in Canada and the United States.
This technical data sheet provides information on Loctite 454, a cyanoacrylate adhesive. It is a one-part, thixotropic gel adhesive that cures rapidly with humidity. It can bond a variety of substrates including metals, plastics, elastomers, wood, leather, and fabrics. The gel consistency prevents run-off on vertical surfaces. Typical properties include a fixture time of less than one minute for many substrates and tensile strengths up to 15.1 MPa after curing for 72 hours. It also has good chemical and solvent resistance as well as heat resistance. Usage instructions and precautions are provided.
The document provides an overview of transportation of dangerous goods regulations. It defines dangerous goods as items that can pose health, safety or environmental risks. Nine classes of dangerous goods are described, including explosives, gases, flammable liquids and solids, oxidizers, toxics, radioactive materials, and corrosives. The regulations require dangerous goods to be properly classified, packaged, labeled, documented, and transported. Personnel must be trained in handling dangerous goods safely and be aware of requirements.
This document discusses high and low temperature testing. It describes how temperature and humidity testing is used to confirm a product's adaptability during storage, transportation, and usage in different climates. Severity of testing depends on temperature, humidity levels, and exposure time. The document provides details on low temperature testing, high temperature testing, and temperature shock testing. It also describes how high and low temperature test chambers are used to simulate environmental conditions for testing electrical and electronic products and materials.
This document provides an overview of recycled content and methods for calculating and reporting recycled content percentages. It discusses regulations and standards from organizations like ISO, CEN, and LEEDS. The mass balance approach for calculating recycled content percentages involves determining the proportional recycled content of each material used and summing these values. Standard values for recycled content from sources like UNEP and EPA are also presented. Reporting typically involves disclosing overall recycled content as well as separating pre-consumer and post-consumer percentages.
UL presented at the Life Jacket Association annual meeting on their expertise in testing and certifying flotation devices. They discussed their knowledge and experience gained over 40+ years of testing, as well as their involvement in related standards committees. UL also highlighted their capabilities to test to the new UL12402 standard, and their plans to help customers transition to revised marking and labeling requirements. They promoted additional services around anti-counterfeiting and training, and emphasized their goal of making the world safer through flotation device certification.
This document provides an overview of hazardous waste management practices for employees, including defining hazardous waste and its characteristics, regulations around hazardous waste accumulation and storage, proper hazardous waste labeling, container management best practices, procedures for detecting leaks or spills, and steps to respond to non-emergency spills. The objectives are for employees to understand hazardous waste categories and regulations with at least 70% accuracy.
Similar to HWBOT LN2 Certification Level 4: LN2 Use for overclocking “in public” (20)
This year has been very exciting for PC enthusiasts with six processor launches in less than ten months. The new processors feature up to eighteen overclockable cores which is significantly more than last year’s flagship ten-core model. The extra cores present new challenges for overclockers on both mainstream and high-end desktop platforms. In this panel we discuss the ins and outs of multi-core overclocking and show you a live demo of an 18-core system pushed to its limits.
Slidedeck from panel discussion at PAX Australia 2017
HWBOT X San Pedro Sula Event Report (June 10, 2017)HWBOT
For the first time in Honduras, the first Amateur Overclocking Tournament will be held. This event took place in June at the San Pedro Sula University, which has provided us with support for what is Overclocking Community that Is being formed in the country.
http://x.hwbot.org/event/first-amateur-2017-overclocking-tournament/
On November 12th and 13th the FFOC (French Federation of Overclocking) held their first ever solo overclocking event in France. Dubbed the Atelier Overclocking and PC Building event, it was in fact also the very first HWBOT X event to take place in France. The event offered PC building classes plus a chance to engage in some competitive overclocking. It took place at Gamer’s Assembly Halloween Edition, a smaller version of the world LAN Party that played a pivotal part of the HWBOT World Tour earlier this year.
The HWBOT St.Benoit event was sponsored by HWBOT and Seasonic and hosted in the city of St. Benoit not far from Poitiers in France. Doors opened on Friday 11th when gamers, overclockers and enthusiasts were invited to get into in the venue and begin setting up in preparation for the two days to come. The doors were then opened on Saturday morning and remained open until 5pm on Sunday.
More information: http://x.hwbot.org/blog/hwbot-x-st-benoit-france-november-2016/
PAX Australia 2016 Panel "Pushing Limits: Going Beyond 8 GHz"HWBOT
The simplest and easiest way to understand a very general concept of overclocking is that of increasing the processor frequency to improve performance. The lucky few among you may have a system that runs at 5GHz or above. Extreme overclockers however, go well beyond that limit.
On November 4th 2016, Australian Overclockers held a public panel at the PAX AUS 2016 event at the Melbourne Convention center. Hosted at the Wombat Theater the panel will discuss the difficulties encountered when overclocking beyond 8GHz and will include an impressive live demo of an LN2 cooled overclocked system running at 8GHz!
http://x.hwbot.org/event/pax-aus-2016-panel-pushing-limits-overclocking-beyond-8-ghz/
It’s that time of the year again when overclocking teams on HWBOT start eyeing the HWBOT Team Cup, the ultimate prize in team-oriented overlocking. It’s a contest that pits dozens of teams of overclockers against each other with a total of thirty stages that covers virtually every hardware category imaginable.
Running throughout the months of July, August and September, the HWBOT Team Cup is surely the truest test of competitive team overclocking, requiring the broadest possible array of skill sets with overlockers invited to bench on everything from the latest Skylake and Haswell-E platforms to legacy Intel and AMD platforms including stages devoted to DDR2 and DDR tweaking as well as two newly devised ‘Dogpile’ stages that require you to make as many submission as possible on as many CPUs as possible.
This year’s contest involves five separate challenges or sub-competitions as we refer to them, each with an historical epoch in mind. Contest categories include Current Generation, Modern, Legacy, Vintage and Dogpile. Let’s look at the stages in more detail regarding specific hardware limitations and benchmarks.
This report summarizes GPUPI benchmarking statistics and hardware usage trends among overclockers from November 2014 to August 2016. It finds that the Core i7 4790K and GeForce GTX 980 Ti are the most commonly used CPU and GPU. The report also analyzes benchmark submissions, user leagues, web traffic, benchmark versions, cooling methods, frequencies, motherboard brands and models. The data comes from the thousands of submissions made to the HWBOT GPUPI benchmarks over this time period.
In this presentation, Pieter from HWBOT takes the audience down the rabbit hole of extreme overclocking. The aim of the presentation is to explain why Overclocking is more than a rich man's game. Overclocking requires skill, insight in technologies and science, and a solid problem-solving strategy.
"Overclocking is not something you can just pick up and do, you need to put a lot of love into it" - Joseph "Steponz" Stepongzi
This document provides an overview of overclocking innovations for 2016, including:
- A live demonstration of overclocking Intel's first 10-core desktop processor using the Intel X99 chipset.
- A discussion of new overclocking capabilities for Intel Core processors like per-core overclocking and AVX ratio offset.
- Details on motherboard technologies from ASUS that enhance overclocking, like the ROG OC Panel and microcontrollers.
- An explanation of overclocking options for Intel 6th generation Core processors using the Intel Z170 chipset, including unlocked ratios and memory overclocking.
The document discusses tools and technologies for overclocking, like the Intel
The document summarizes HWBOT's World Tour 2016 overclocking competition events. It discusses HWBOT's mission to promote overclocking. The World Tour 2016 included 7 events around the world with approximately 450 participants total after the first 3 events, growing significantly from 30 participants in 2014. The document also provides background on overclocking, noting that it allows getting more performance from hardware by pushing it beyond factory specifications. It describes overclocking workshops held as part of the events to teach participants.
This session provides an architectural introduction of Intel’s enthusiast system solutions, with an emphasis on performance tuning for gaming and content creation. The discussion will include key overclocking ecosystem ingredients such as Intel® Extreme Memory Profile (Intel® XMP) technology. Live demos will accompany our discussion. Attendees will leave with a good understanding of the overclocking capabilities of Intel’s latest processors.
http://myeventagenda.com/sessions/0B9F4191-1C29-408A-8B61-65D7520025A8/7/5
Report of the HWBOT Rookie Rumble #19 overclocking competition. The competition engaged 350 overclockers during a three week period in June.
More info: http://oc-esports.io/#!/round/rookie_rumble_19
Report of the HWBOT Novice Nimble #1 overclocking competition. The competition engaged 21 teams during a six week period in April and May.
http://oc-esports.io/#!/round/novice_nimble_2
This document summarizes the results of the Rookie Rumble #18 overclocking competition hosted by HWBOT. It provides rankings and analyses of the 373 participants and over 1,000 submissions. The top performers achieved frequencies up to 5.3GHz and hardware records in categories like the Xeon E5 2698 V3. Outreach efforts included pop-up invites, newsletters, social media posts, and articles to promote the event.
This document provides information about the ROG OC Showdown event taking place June 6-8, 2015 in Taipei, Taiwan. The event will include a HWBOT World Series overclocking competition with cash and hardware prizes. Thirty seats are available for the 3-day overclocking competition, which participants must bring their own hardware and equipment for. The document provides contact information and notes participants are responsible for their own accommodation.
This document summarizes the results of Rookie Rumble #16, an overclocking competition hosted by HWBOT. It provides rankings and analyses of the 407 participants' submissions across various hardware categories and stages of the competition. The top submissions set several hardware category records, with the highest CPU frequency reaching 5411 MHz. Exposure statistics show over 15,000 people viewed the competition page and over 1000 submissions were made.
Report of the HWBOT Novice Nimble #1 overclocking competition. The competition engaged 21 teams during a six week period in January, February, and March.
http://oc-esports.io/#!/round/novice_nimble_1
Report of the HWBOT Rookie Rumble #15 overclocking competition. The competition engaged 357 overclockers during a three week period in February and March.
Report of the HWBOT Rookie Rumble #14 overclocking competition. The competition engaged 303 overclockers during a three week period in January and February.
This document summarizes the Rookie Rumble #14 overclocking competition hosted by HWBOT. It provides rankings and results for the 303 participants and 771 submissions across multiple stages and categories. The top submissions achieved world record frequencies up to 5.3GHz. Analysis of the hardware used found most common were Core i7 4790K CPUs, ASUS motherboards, and Corsair memory. Exposure for the competition included nearly 10,500 impressions on the HWBOT website.
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HWBOT LN2 Certification Level 4: LN2 Use for overclocking “in public”
1. LN2 Certification
Level 4: LN2 Use for Overclocking “in public”
Prepared by
Our Mission
• Evangelize overclocking
• Convert enthusiasts in to passionate overclockers
• Support the community
• Further professionalize extreme overclocking
Copyright HWBOT 2015
2. Disclaimer
HWBOT or any of its representatives accepts no liability for the content of this presentation, or for
the consequences of any actions taken on the basis of the information provided.
HWBOT shall not be liable for any loss or damage of whatever nature (direct, indirect,
consequential, or other) whether arising in contract, tort or otherwise, which may arise as a result
of the use of (or inability to use) cryogenic gases and/or liquids of any kind.
This presentation is published for general information purposes. Any use made of the information in
this presentation by the reader is their sole responsibility. These safety information have been
prepared by HWBOT based upon established industry safety standards and recognized resources.
Although HWBOT deems the data in these documents accurate, HWBOT cannot be held liable
should their content fail to meet the legal stipulations applicable in any jurisdictions it may be
applied into.
The HWBOT LN2 Certification presentations are subject to revision. Visit our website to ensure that
you have the latest version.
Copyright HWBOT 2015
3. Course summary
1. About Liquid Nitrogen (reminder)
2. LN2 for Overclocking & Safe Use (reminder)
3. LN2 for Overclocking in Public
a. Storage
b. Workspace
c. Safety
4. To go further
Copyright HWBOT 2015
4. About Liquid Nitrogen (reminder)
• LN2 = Liquid Nitrogen
• Cryogenic liquid
• Boiling point < -150°C
• Most used : nitrogen(LN2) & helium(LHe)
• Evaporation volume ratio 1:700
• Colourless, Odourless, Tasteless
• LN2 boiling point: -196°C or -320°F
• Non flammable, non explosive, non toxic
Copyright HWBOT 2015
5. LN2 use for overclocking
Order of use (any other way is wrong!)
Copyright HWBOT 2015
Tank / Ranger Dewar Thermal Flask Container
optional
6. LN2 in public: LN2 Storage
Store
• Safe and ventilated area
• Large quantities : prefer outdoor storage
• Secure access
• Keep it clean and tidy
• Easily accessible at all times
Restrict access
• Trained personnel only
• Limit direct access by the public
Consider the weight
• Distribution: on higher floors, limit weight footprint
• Manipulation: Use the right tools to move tanks
Copyright HWBOT 2015
7. LN2 in public: Workspace
• Keep it clean
• Keep it organized
• Mount all containers properly
• Use a stable table / booth / stage
• Show what’s going on
• Use TVs to duplicate your screen
• Use cameras to display your rig
• Avoid people getting too close to see better
Copyright HWBOT 2015
8. LN2 in public: Safety
Safety distance
• Rig <> public = 1 meter (recommended)
• Adjust fan direction
• Do not blow toward public
Electric equipment
• 110V or 220V ?
• Use label to avoid mistakes!
• “Proper” cabling
• Avoid daisy-chain of power bar, DIY extensions etc.
Torch usage
• Check regulations at location
• If Torches, plan for an Extinguisher
Copyright HWBOT 2015
9. LN2 in public: Safety
• Wear the required PPE
• Follow the safety procedures for use and refilling
• Local emergency number
• Note and share before starting the session
• Don’t make “the show” by spitting LN2
• Don’t throw LN2 into the crowd
• Don’t pour LN2 on the floor
• The public might be wearing open shoes!
• No alcohol, No drugs!
Copyright HWBOT 2015
10. To go Further
Train others
• Become a certified trainer and educate others to the safe
use of LN2 for overclocking
• Contact us to learn more about this option
Copyright HWBOT 2015
12. References
• Air Liquid Encyclopedia, Physical properties of Cryogenics. Retrieved on December 2014 from http://encyclopedia.airliquide.com/help.asp?LanguageID=11
• D.R. LIDE, Handbook of Chemistry and Physics, 88th Ed, Editor CRC Press, 2007-2008.
• Gas Encyclopedia, Air Liquide, Editor Elsevier, 1976.
• Handbook of Compressed Gases, 4th Ed, Editor Kluwer Academic Pub, 1999.
• International standards: Gas cylinders - Compatibility of cylinder and valve materials with gas contents -- Part 1: ISO 11114-1 (May 2012), Part 2: ISO 11114-2 (March 2001).
• Linde Group, Handling of Cryogenic liquefied gases. Retrieved on December 2014 from http://www.linde-
gas.fr/internet.lg.lg.fra/fr/images/Handling%20of%20cryogenic%20liquefied%20gases201_72930.pdf
• Linde Group, Handling of Gas Cylinder. Retrieved on December 2014 from http://www.linde-
gas.fr/internet.lg.lg.fra/fr/images/Handling%20of%20Gas%20Cylinders%20at%20and%20after%20Fire%20or%20Heat%20Exposure201_72931.pdf
• Linde Group, Oxygen deficiency. Retrieved December on 2014 from http://www.linde-gas.fr/internet.lg.lg.fra/fr/images/Oxygen%20deficiency201_72932.pdf
• Linde Group, Handling refrigerated liquefied nitrogen in transportable cryogenic receptacles. Retrieved on December 2014 from http://www.linde-
gas.fr/internet.lg.lg.fra/fr/images/Handling%20refrigerated%20liquefied%20nitrogen%20in%20transportable%20cryogenic%20receptables201_72944.pdf
• Mayoclininc.org, Frostbite: first aid. Retrieved on January 2015 from http://www.mayoclinic.org/first-aid/first-aid-frostbite/basics/art-20056653
• Praxair, Nitrogen Refrigerated Liquid. Retrieved on January 2015 from
http://www.praxair.com/~/media/North%20America/US/Documents/SDS/Liquid%20Nitrogen%20Medipure%20Gas%20N2%20Safety%20Data%20Sheet%20SDS%20P4630.pdf
• The university of Auckland, Safe storage of liquid nitrogen. Retrieved on February 2015 from https://cdn.auckland.ac.nz/assets/science/for/current-students/HR/health-safety-
wellness/documents/SMOU%2021%20Safe%20Storage%20of%20Liquid%20Nitrogen%20(2)%20(2).pdf
• The University of Auckland, Cryogenic Liquids. Retrieved on February 2015 form https://cdn.auckland.ac.nz/assets/science/for/current-students/HR/health-safety-
wellness/documents/SMOU18-Cryogenic%20Liquids.pdf
• The University of Auckland, Safety guidelines for cryogenic materials. Retrieved on February 2015 from https://cdn.auckland.ac.nz/assets/science/for/current-students/HR/health-
safety-wellness/documents/cryogenic_materials_guide.doc
• Web Health Center, Different Kinds of Asphyxia. Retrieved on January 2015 from http://www.webhealthcentre.com/HealthyLiving/first_aid_drown.aspx
Copyright HWBOT 2015
Editor's Notes
LN2 boiling point at atmospherique pressure (abt 1bar)
Secure access of storage loc
Keep storage area clean and tidy
Indoors or outdoors consider barriers to limit direct access by the public
Clean and clear empty drinks and trash throughout the session
Make sure the public can see what’s going on
Use TVs to duplicate your screen
Use cameras to display your rig
Avoids people getting too close to see better
Orient your system fans so they don’t blow towards the public
Check voltage 110V or 220V
Label which current is available when 2 options exist
Ensure that the cabling is “proper”
Avoid daisy-chain of power bar, DIY extensions etc.
Check regulations for the use of Torches at location
If Torches, plan for an Extinguisher
Wear the required PPE
Follow the safety procedures for use and refilling
Note and share the local emergency number at location before starting the session
Don’t make “the show” by spitting LN2
Don’t throw LN2 into the crowd
Don’t pour LN2 on the floor
The public might be wearing open shoes!
No Alcohol, No drugs!
This is a public demo, please be professional and behave like professionnals.