The history of our company is a family history. This history began in the 1930s. Paul Bungartz thought intensively about frictionless centrifugal shaft sealing, and in doing so hit upon groundbreaking ideas. Due to the fact that these ideas permanently solved several pumping problems, he had them patented. The first special pumps were then produced in Magdeburg: the Mackensen Special Centrifugal Pumps according to the patents of Paul Bungartz. In 1947, Mr Bungartz founded the company that is today known as Paul Bungartz GmbH &Co. KG. In 1987, his son Jürgen assumed control of the company. And it remains in family hands: Since January 2006 his son Frank Bungartz has been in control of the business, hence we are already in the third generation. From the very start, Bungartz special centrifugal pumps were safe to run dry and were used for tasks where conventional pumps failed. To date, nothing has changed in this respect.
We regard ourselves as suppliers of solutions. Nowadays, difficult and complex feed tasks appear in nearly all branches of the fertilizer, chemical and petrochemical industry, in power plant technology and in environmental protection. Here innovative, tailor-made and robust answers are in demand. The Bungartz special centrifugal pumps for extreme assignments undertake those jobs, which are too demanding for others. They are applied to problems, which defeat standard pumps.
BUNGARTZ-PUMPS SOLVE PROBLEMS WHEN DEALING WITH:
Poor feed conditions
Challenging pumping media
Gas containing liquids
Liquids close to boiling point
Corrosive and / or abrasive pumping media
Bungartz pumps are many times successfully applied in urea (amongst others urea melt service), ammonium nitrate (amongst others AN melt service) and Phosphoric acid plants.
This course examines the causes and prevention of ammonia and urea incidents. It categorises the key hazards which must be controlled and reviews in detail the most common hazards associated with ammonia and urea plants. The course draws upon the past industry accidents and incidents, as well as errors in design, sometimes only revealed in operation. You will gain an understanding of the key operation, maintenance and plant modification aspects which must be controlled to ensure safe operation of ammonia and urea plants. Effective risk assessment is fundamental to protecting businesses against the potentially devastating impact of process safety incidents; in most countries it is also a legal requirement. This course describes the processes used to identify, assess and communicate process risks from a safety, environmental or business perspective, from a simple qualitative approach to fully quantified assessments, together with the demonstration that risks are as low as reasonably practicable. You will better understand the principles of inherent safety and their application to existing facilities. This practical course discusses numerous real-life examples that can help establish a safer, more efficient and more profitable plant. A Certificate of Completion will be part of this Training Program.
From 25-29 June 2018, UreaKnowHow.com did held again its 5-Day Training Program for Urea Engineers, Managers and Shift Supervisors in Amsterdam. Some 30 engineers participated from all around the world: Austria, China, England, India, Indonesia, Iran, Lybia, Nigeria, Oman, Pakistan, Netherlands, Norway, Romania, Vietnam and the USA... Click here to read more
UreaKnowHow.com now introduces the UreaKnowHow Revamp Guide with the target to guide your through the forest of possible revamp options promoted by the different licensors.
Which revamp option makes sense in my urea plant, what are the references and what are the pay back times? The Revamp Guide distinguishes the various revamp targets such as Capacity Increase, Energy Reduction, Emission Reduction, On-stream Time Improvement, Product Quality Improvement and Safety Improvement. And also distinguishes between the various plant sections and equipment. It explains the basic principles of a certain revamp tool and its typical realisation in realising the targets plus defines its major references.
FIORDA – the Fertilizer Industry Operational Risks Database, is created for collecting and sharing process safety and reliability information among participating companies in the fertilizer industry.
How you can benefit from FIORDA?
FIORDA can identify patterns and trends of similar safety and reliability issues based on repetitive problems occurring in the same plant units or equipment and alert operators to the occurrence of these events,
Through FIORDA database, operators can compare the experiences from different plants such as frequency of an event, severity of the outcome and applied corrective actions,
Corrective actions developed by other operators may be less costly than those tried in the absence of this information,
FIORDA members can develop their own internal incidents database using FIORDA free provided software HAZARDO®.
On May 17 & 18 the 2nd European Conference on Sustainable Ammonia Solutions was organised again by Proton Ventures in Rotterdam. Using ammonia for storing and transporting efficiently green energy from solar and wind is one side of the coin. The other side is that ammonia can also be used as a CO2 free fuel in several fairly simple manners. Currently costs may be high but several niche applications become economically viable and are under implementation. Considering the giant size of the energy market it is just a matter of time that the fertilizer industry will start to notice the effects of these developments towards a carbon free energy carrier. Click here for more information
Our core business is the repair, modification and maintenance of Urea High Pressure equipment and piping. Special Welding is at the center of our competence and professional experience.
AXO WELDING SRL, established in 2004 and located in Alfonsine, Italy is specialized in executing a range of critical on-site activities on static equipment in oil-and-gas and petrochemical plants, with a special dedication to urea plants. Our services include repairs, modifications, construction on site, installation, erection, replacement and assembling of high pressure and critical equipment.
On February 26, 2018, UreaKnowHow.com did moderate for the 9th time the Urea Clinic during the Nitrogen & Syngas Conference in Gothenburg, Sweden. The Urea Clinic was well attended by more than 30 participants, who actively participated by sharing their experiences. The topic of the presentation was: "SAFETY FIRST! BUT WHAT ARE THE SAFETY RISKS IN UREA PLANTS?". Working on Safety does not only mean a Safer Workplace for all of us but also means a Higher Reliability of your plant. Safety pays back! Click here to download the hand out.
On February 22, 2018, UreaKnowHow.com and KEY-TECH Engineering did present at the FAI Training Programme for Senior Maintenance Engineers in Fertilizer Industry organised from 18-23 February 2018 in Surat, Gujarat, India. The Training Program was well attended by more than 35 participants from most ammonia/urea complexes in India. The topic of the presentation was “Assuring Safe and Reliable High Pressure Urea Equipment”. For an existing urea reactor this can be achieved by:...click here for more information.
AmmoniaKnowHow.com and UreaKnowHow.com (AKH & UKH) are an independent group of nitrogen fertilizer specialists with an impressive number of years experience in designing, maintaining and operating nitrogen fertilizer plants. Our mission is to improve the safety and performance of all nitrogen fertilizer plants worldwide.
We are specialized in ammonia, urea, methanol, nitric acid, UAN and NPK technologies covering process, mechanical, instrumentation and process safety disciplines. Our services include plant commissioning and start-up, operation and maintenance support, process safety optimisation, ammonia tank de-commissioning and inspection, plant revamp and turnaround support, project management consultancy and training services.
UreaKnowHow.com has reached the impressive milestone of 1500 Round Table discussions. 1500 active Round Table discussion with totally more than 7700 posts or an average of 5 posts per discussion and 2-3 new posts per day. This means everybody who poses a question, for sure will get a reply making the UreaKnowHow.com Round Tables a very valuable information source and place to share experiences. Click here for more information
UreaKnowHow.com now introduces a 3-Day UreaKnowHow Master Class. This 3-Day UreaKnowHow Master Class is a follow-up training of the UreaKnowHow.com 5-Day Urea Training for Managers, Engineers and Supervisors. With more than 800 participants in more than 20 sessions, the 5-Day Urea Training Program has been a big success, showing the industry's wish to continuously improve itself. The 3-Day UreaKnowHow Master Class composes of a set of Workshops of real-life critical topics, valid in any urea plant. Active participation and applying the know-how gained earlier are assuring you to Become a Real Urea Master!
On the other side a milestone showing that our industry wants to improve its safety standards by sharing safety incidents. AmmoniaKnowHow.com and UreaKnowHow.com missions are to support you in building a safety work place for our industry. We will include all incidents in our Risk Registers enabling you to assess in a better way all risks associated with your plant. We thank all who support this initiative and contribute to our mission. Join us now in establishing the largest database of safety risks in ammonia and urea plants.
Become Member of AmmoniaKnowHow.com and receive the 2-weekly AmmoniaKnowHow.com Newsletter with many interesting topics. This week amongst others: Early design challenges of revamp projects and AmmoniaKnowHow welcomes SBN as our Sponsor. Further the latest Industry Topics, AmmoniaKnowHow.com Project: Maintenance Capabilities for Fertilizer Industry, AmmoniaKnowHow.com Forum Hot Topics and the latest white papers.
AmmoniaKnowHow.com’s partner Fertilizer Industrial Services has recently been appointed by a European fertilizer company to implement the Operational Excellence (OE) within their Operational, Engineering and Maintenance departments. The project has started in June 2017 and for the first 12 months the focus is on designing the OE system including company standards, best industry practices and engineering guidelines.
SAFETY FIRST! … BUT WHAT ARE THE SAFETY RISKS IN UREA PLANTS? Safety is #1 Priority in Any Urea Plant. But what are the Safety Risks in Urea Plants? And how to manage and mitigate these risks within your organization? Working on Safety does not mean a Safer Workplace for all of us but also means a Higher Reliability of your plant. Safety pays back! The UreaKnowHow.com pre-Conference Urea Clinic on February 26, 2018 in Gothenburg focuses on exactly these vital topics. All urea melt and granulation licensors CASALE, GGT, NIIK, SAIPEM, STAMICARBON, TEC and tkFT will be invited to present their latest insights related to safety and reliability...
BHDT organised its 4th BHDT Urea Conference from October 4-6, 2017 in Salzburg. This professionally organised and very pleasant conference was well attended by more than 70 participants from all over the world. The latest developments and innovations and a lot of useful background and practical information was exchanged. UreaKnowHow.com presented “The Dos and Don'ts of High Pressure Valves Maintenance and Operation”. High Pressure Valves in urea plant face several challenges and applying high quality valves are critical to assure a safe and reliable urea plant. The presentation contains lessons learned from several incidents and troubleshooting exercises of various kind of High Pressure Valves. Knowing the details is important and can hopefully help you to improve safety and reliability of your plant. Click here to download the hand out.
Last week during the AICHE Ammonia Safety Conference in Brooklyn, UreaKnowHow.com contributed to this important and reputable conference. Together with Tech Safety Group (www.techsafetygroup.com), a Technical Paper was prepared discussing the potential hazards involved in a 316L Urea Grade Urea Reactor. These potential hazards are listed in an Open Source Global Risk Register. The Risk Register is a collection of possible risks that can occur in such a urea reactor and includes the related mitigation measures: 43 hazard risks are identified and 39 recommendations are defined. These recommendations are applicable in any phase of the life of such a reactor, starting in the design phase, via the fabrication phase, construction phase, operation, shut down and start up phase including its maintenance (for example which points to inspect in a urea reactor). This list forms a perfect learning tool about why certain operating and maintenance procedures are done as they are done. So one learns Why… instead of only What …. Go to Risk Registers
UreaKnowHow.com has reached a new milestone of 5000 Members this month. Together with our Chinese sister website our network includes 11000 Members representing all nitrogen fertilizer plants in the world. This makes us the largest independent network in the industry and we are still growing.
Our 10 most active Members are Prem Baboo from NFL India, Easa Norozi from KHPC Iran, Muhammad Farooq from SAFCO Saudi Arabia, Majid Mohammadian from OCI The Netherlands, Muhammad Adnan Hanif from FFC Pakistan, Prabhat Srivastava from TATA (now YARA) India, Girish Prakash also from TATA (now YARA) India, Salam Malih from North Fertilizer in Iraq, Salman Bokhari from Agritech Pakistan and Saadat Motamedi from PPC Iran.
We thank all our Members and Sponsors for their great support and valuable contribution to realise this significant milestone.
AmmoniaKnowHow and UreaKnowHow.com members benefit from a tool developed specifically to increase their industry know how and take advantage of previous lessons learnt from other projects and plant operation. The data contained in the fertilizer risk register will help them to overcome operational and maintenance issues identified in other plants, to prevent accidents and hazards, to manage engineering design and EPCM projects seamlessly by not repeating previous mistakes. We research the industry experience of various incidents presented within the last 50 years...
MAN Diesel & Turbo leads the large diesel engine markets in marine and power station applications and is one of the world leading Turbomachinery suppliers. The company employs around 14,000 people spread around the globe in over 150 countries. The company head office is located in Augsburg, Germany. MAN Diesel & Turbo is a corporate entity within the Power Engineering Business Area of MAN SE, one of the 30 leading German companies quoted on the DAX Share Index.
MAN Diesel & Turbo has installed 135 custom turbomachinery trains in 65 ammonia and urea plants worldwide. The solutions we bring to you are the result of a continuous cycle of research, development and optimization over thousands of process compressors and turbine casings delivered worldwide since 1904.