Gas Burners Articles
-
The Core Component: Plastic Pyrolysis Reactor
In the realm of plastic pyrolysis, the reactor stands as the nucleus, orchestrating the transformation of discarded plastics into valuable commodities. Within this intricate apparatus lies the essence of plastic waste management innovation. Plastic pyrolysis reactors are marvels of engineering, designed to initiate and sustain the pyrolytic process. This process involves subjecting plastic ...
-
What Exactly Is An Oil Sludge Pyrolysis Plant?
Oil sludge is produced through drilling, refining, and exploration of numerous oil resources. It is composed of sludge, water, and oil, which could increase environmental pollution when they are not processed properly. Oil sludge is yet another valuable resource that offers the chance to produce money. This is the reason the reasons manufacturers are actually purchasing the oil sludge pyrolysis ...
-
What You Must Know Of The Oil Sludge Pyrolysis Plant
Oils sludge is derived from drilling, exploration, and the whole process of refining different oil resources. It is made up of sludge, water, and oil which can result in environmental pollution when it is not processed properly. However, oil sludge contains a good amount of oil which creates favorable income opportunities. These are the factors why many investors are buying oil sludge pyrolysis ...
-
Every Little Helps on the Path to Carbon Neutrality
Reversing cameras, left, right and centre mirrors … a glance over your shoulder can still be what makes that all essential difference. So too with building energy performance. It is probably best to just assume that your building has an energy performance blind spot. The next steps are to find it and then fix it. This was our approach to Tesco’s National Distribution Centre when ...
-
Project - Brussels - Belgium
The site was located in a residential area in Brussels. The pollution was caused by the leakage of a buried fuel oil tank. The tank was inerted in 2016. The soil reconnaissance study (2016) and the detailed study (2017) revealed oil pollution in the land surrounding the tank. The polluted area was mainly located in the driveway of a private house and partly under the building. It extended over an ...
-
University of Illinois at Chicago West Campus - 21 MW District Energy CHP System - Case Study
Quick Facts LOCATION: Chicago, Illinois MARKET SECTOR: Colleges & Universities TOTAL CHP GENERATING CAPACITY: 21 Megawatts TOTAL HEAT RECOVERY RATE: 90,000 lb/hr steam unfired 360,000 lb/hr steam duct-fired USE OF THERMAL ENERGY: Heating, Cooling, and Domestic Hot Water FUEL TYPE: Natural Gas EQUIPMENT: (3) 7.0 MW Solar Taurus Natural Gas Turbines (3) Exhaust Gas HRSGs with Duct Burners (2) ...
-
Brigham Young University Rexburg, Idaho - 5.7 MW Gas Turbine CHP System - Case Study
Quick Facts LOCATION: Rexburg, Idaho MARKET SECTOR: University FACILITY SIZE: Educates 34,000 students FACILITY Total Electrical Energy Production: 38.4 million kWh/year EQUIPMENT: 5.7 MW Solar Taurus 60 gas turbine with 50,000 lbs/hour heat recovery steam generator (HRSG) FUEL: Natural gas-fired, with dual fuel oil-firing capability for both the gas turbine and HRSG USE OF THERMAL ENERGY: Steam ...
-
What are Incinerator Machines? An idiot’s guide
What is an incinerator machine? An incinerator machine is a mechanical unit that is built to destroy waste. this happens by burning the waste at an extremely high temperature, reducing it to bottom ash. The machines can be manufactured from small garden waste incinerators, all the way to large scale industrial sized machines. Waste of all manners is burned until it is reduced to nothing but ...
-
Why are Dual Chamber Incinerators Best for Burning Medical Waste?
Dual chamber incinerators are well suited to the destruction of a wide range of medical waste types. Many of our medical incinerators feature autoloaders for continuous operation – as burn rates and performance are often improved by this optional extra. The quantities of waste and their calorific value will often dictate the overall performance of any waste management solution. Parts of a ...
-
Experts in combustion control - Expert Paper
Fired heaters are integral to hydrocarbon processing (HP). Specifically designed for the reaction of fuel and air to produce extremely high gas temperatures, heaters transfer this energy to potentially highly flammable process fluids via heat exchangers. They consume large quantities of fuel, produce large quantities of emissions and are a potential safety hazard to personnel and plant. However, ...
-
Akzo Nobel Contract Report Case Study
Akzo Nobel, a global paints and coatings manufacturer with operations in over 80 countries, were seeking sustainable methods of reducing their Slough production plant’s annual emissions, as well as its fuel and running ...
By Limpsfield
-
Firecat Incinerator - Case Study #170701
PROJECT DETAILS Location: Kuwait Equipment Type: Vertical Forced Draft Incinerator Type of Gas: Tail Gas Capacity: 270MMBTU/hr (79MW) Burner Type: Forced Draft Staged Burner Tail Gas Capacity: 273,000 lb/hr (12,390 kg/hr) Dimensions: 20 ftOD x 110 ft (6 m x 33 m) Install Year: 2017 Aereon’s FIRECAT Forced Draft Vertical Incinerator is here used to incinerate tail gas at ...
-
Amine Destruction - a ‘Right First Time’ Solution - Case Study
ERG owned company Beverley Environmental are often called upon to provide complex and dynamic solutions to clients’ environmental emissions problems. Application Through their European project team, Nigeria Liquid Natural Gas Company (NLNG) were looking for a solid waste incinerator to handle their domestic solid waste (and looking for advice on how to handle an Amine contaminated aqueous ...
-
Alliance Oxidizer Advantages
The Alliance Corporations Oxidizer product line has a lot of design advantages compared with standard Regenerative Thermal Oxidizers. - Proven 2- and 3 bed Regenerative Thermal Oxidizer Design - 99% plus VOC Destruction Efficiency - Up to 97% Thermal Efficiency - Up to 30% fuel savings with proven natural gas injection - Low NOx burner operation - In-house design, programming and ...
-
How to Achieve Precise Air-Fuel Ratio Control in Burner Control Applications
Mass flow control is all around us. One common application for industrial mass flow control is air-fuel ratio control of burners in industrial heating processes for manufacturing and other industries. For burner control in manufacturing, precise mass flow control of the air-fuel ratio to the burner keeps melt temperatures constant which produces quality products including glass, metals, and ...
-
Zoo-technical application of Ground Source Heat Pumps: a pilot case study
Ground Source Heat Pumps are energy-efficient HVAC systems usually adopted in residential and commercial buildings. However the control of the thermal environment is required not only in spaces occupied by people, but also in intensive breeding farms, in order to maintain healthy conditions and to increase productivity. In the Italian livestock breedings, heating is usually provided by means of ...
By Tethys srl
-
SOCAVER Thermal Gas Supply - Case Study
SOCAVER (Société Camerounaise de Verrerie) is a subsidiary of the leading Cameroon brewery, SABC (Société Anonyme des Brasseries du Cameroun). SOCAVER, which is the only glass factory in the Central Africa region, blew its first bottle on 1 July 1970 and today supplies a host of African countries with its products. Specialising in the manufacture of hollow glass, ...
-
Are GAS-FIRED Burner Technologies Really The Best Choice for ISTR Cleanups?
Its an exciting time. In-Situ Thermal Remediation (ISTR) shows great promise and has proven to be an extremely effective method for cleaning a wide range of Contaminants of Concern (COC’s) at contaminated sites. Most recently, gas-fired soil heating technologies are entering the market with promises of much cheaper natural gas heating, faster setup and heating times, less heaters required ...
-
Determination of appropriate operational parameters of a floating–drum biogas plant for rural Nigeria
This paper determined the appropriate operational parameters of a floating–drum biogas plant that give the highest gas production rate (m³/h), best gas quality (% methane fraction) and required output pressure (mbar) for burners. The operational parameters were retention time and weight on the floating drum of the plant. The retention times of 15, 20, 25, and 30 days, and weights of 50, 100, 150 ...
-
Heat recovery and energy efficiency, improves profitability and reduces CO footprint
Using latest technology in combustion of oil and gas can provide significant savings in overall energy consumption. Modern oxygen control that compensates changes in ambient temperature and fuel qualities can increase energy efficiency up to 3%. By adding the usage of hot combustion air another 2-3% can be saved. Modern burner technology without mechanical linkage, operating with accurate ...
By Oilon Oy
Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you