A WORD FROM THE DIRECTOR AND CEO
”Through established organisations you can become part of our global family, where the pump drives every process, no two days are ever the same, and you play a vital role in delivering solutions in an essential service sector.
WAYNE ROSE Director and CEO of BPMA
Join our established organisations and become part of our remarkable global family. We’re all about bringing people together and creating something extraordinary. And here’s the best part - the pump is the star of the show, keeping everything running seamlessly in every process!
1.
PUMPS ARE THE HEART OF OUR WORLD, AND YOU CAN BE PART OF IT
Despite operating in the background, pumps are vital for society. They ensure the supply of clean drinking water and the proper disposal of wastewater, which is essential for modern living.
Circulator pumps are indispensable for central heating systems, while booster pumps elevate water in high-rise buildings. Pumps are critical for firefighting equipment and various power generation methods, including high-tech concentrated solar power generation. Without pumps, most food processing wouldn’t exist, the manufacture of essential items such as medicines wouldn’t be possible, and the lights would go out due to the essential role of pumps in power generation processes.
2.
WHAT IS A PUMP?
PRIMARY FUNCTION
A pump is a mechanical device designed to move or transfer fluids (liquids or gases) from one location to another by creating a flow or pressure difference. Pumps are used in a wide range of applications and industries to facilitate the movement of fluids for various purposes. Here are some key characteristics and types of pumps:
APPLICATIONS
The primary function of a pump is to overcome resistance (such as friction or elevation changes) and generate the necessary pressure to move fluids. This can involve increasing the kinetic energy of the fluid or raising its potential energy.
PUMP TYPES
CENTRIFUGAL PUMPS
These pumps use an impeller to spin and create a centrifugal force that moves the fluid outward, increasing its kinetic energy and generating pressure.
POSITIVE DISPLACEMENT PUMPS
These pumps trap a fixed fluid volume and then forcibly push it into a discharge pipe. Examples include piston pumps and diaphragm pumps.
ROTARY PUMPS
These pumps use a rotating mechanism to move fluids. Gear pumps and screw pumps are common examples.
JET PUMPS
These pumps operate by expelling a high-speed jet of fluid that creates a vacuum, drawing in more fluid to be pumped.
WATER SUPPLY AND POWER GENERATION
Pumps transport water from wells, rivers, or reservoirs to homes and industries, as well as performing many roles in power generation.
WASTEWATER TREATMENT
Pumps are vital for moving sewage and wastewater to treatment facilities.
CHEMICAL PROCESSING
In industries like chemicals and petrochemicals, pumps transfer various fluids, including corrosive and hazardous materials.
OIL AND GAS
Pumps are crucial in the extraction, transport, and processing of oil and natural gas.
AGRICULTURE AND FOOD PROCESSING
They are used for irrigation, crop spraying, livestock watering and in food processing applications.
MANUFACTURING
Pumps are used in manufacturing processes to move liquids for cooling, heating, or chemical reactions.
BUILDING SERVICES
Applications are wide varied, including heating, air conditioning and water pressure boosting. Pumps play a major role in district energy systems and are extensively used in data centre cooling.
3.
SUPPORT A WIDE RANGE OF INDUSTRIES
The diversity of industries that rely on pumps underscores their importance in modern society. These devices enable the efficient movement of fluids, contributing to processes that range from necessities like clean water supply to complex industrial operations in various sectors.
f Agricultural
f Adhesives
f Asphalt
f Automotive
f Ballast
f Bilge
f Boilers
f Cellar
f Drainage
f Chemical
f Condensate
f Cryogenics
f Desalination
f Dewatering
f Dosing
f Drainage
f Effluent
f Energy Audits
f Filtration
f Fire Fighting
f Food & Beverage
f Geothermal
f General Process
f HVAC
f Hydraulic Systems
f Industrial Water Supply
f Inks & Paints
f Irrigation
f Marine
f Lubrication
f Mining
f Monitoring
f Oil & Gas
f Pharmaceutical
f Polymers
f Potable Water
f Power Generation
f Process
f Pulp & Paper
f Pump Stations
f Radio-active Liquids
f Rainwater
f Renewable Energy
f Reverse Osmosis
f Sampling
f Sewage
f Separators
f Solar
f Sludge
f Slurries
f Storm Water
f Transfer
f Utility
f Washdown
f Water Displays
f Water Treatment
f Water Boosting
f Waste & Cleaning
4. HOW CAN YOU CONTRIBUTE TO THE PUMP INDUSTRY?
As an individual, there are several ways you can contribute to the pump industry and make a positive impact on the world we live in:
Education and Training: If you have expertise in engineering, mechanics, or related fields, you can share your knowledge by teaching or mentoring students and professionals interested in the pump industry. Educating the next generation of engineers and technicians is crucial for the industry’s growth.
Research and Development: If you have a background in research and development, you can work on improving pump technology. Innovations in pump design, materials, and efficiency lead to more sustainable and reliable solutions.
Environmental Awareness: Promote sustainable practices within the pump industry. Encourage the adoption of energy-efficient pump systems, and advocate for the reduction of environmental impact through responsible manufacturing and disposal practices.
Advocacy and Policy: Get involved in advocacy efforts related to water resource management, environmental regulations, and infrastructure development. Advocate for policies that support responsible pump usage and maintenance.
Efficiency Improvement: If you work in a facility that uses pumps, focus on optimising pump performance and reducing energy consumption. Regular maintenance, system assessments and pump upgrades can lead to significant efficiency gains.
Innovation and Startups: If you have entrepreneurial aspirations, consider starting a business that offers innovative pump solutions, such as smart pumps or sustainable materials. Entrepreneurship can drive positive change in the industry.
Training and Certification: If you can do so, support training programs and certifications for pump operators and maintenance personnel. Skilled workers can ensure pumps are operated safely and efficiently.
Safety Advocacy: Promote safety measures in pumprelated industries. Encourage the use of proper safety equipment and procedures to prevent accidents and protect workers.
Collaboration and Networking: Join industry associations and collaborate with professionals in the field. Networking can lead to valuable insights and opportunities for collaboration on projects or research.
Community Engagement: Engage with your local community to raise awareness of the importance of pumps in daily life. Participate in educational outreach programs or initiatives related and sustainable practices.
Continued Learning: Stay updated with the latest developments in pump technology and industry trends. Continual learning and professional development can help you contribute effectively.
Advocate for Water Conservation: Given the critical role of pumps in water and wastewater supply management, advocate for water conservation practices at home and in your community.
PROJECT MANAGEMENT:
Project Manager: Oversee pump-related projects, including installation, upgrades, or system integration, ensuring they are completed on time and within budget.
QUALITY ASSURANCE AND TESTING:
Quality Assurance Engineer: Ensure that pump products meet industry standards and quality requirements through testing and inspection.
Test Engineer: Develop and conduct tests to evaluate the performance and reliability of pump systems.
TECHNICAL SUPPORT AND TRAINING:
Technical Support Specialist: Provide technical assistance to customers and field service teams, troubleshooting issues and offering solutions.
Training Coordinator: Develop training programs and materials for pump operators and maintenance personnel.
MANAGEMENT AND LEADERSHIP:
Operations Manager: Oversee the overall operations of a pump manufacturing facility or division, including budgeting and strategic planning.
General Manager: Lead a pump company or business unit, managing all aspects of its operations.
ENVIRONMENTAL AND SUSTAINABILITY:
Environmental Engineer: Focus on sustainable pump solutions, reducing environmental impact and improving energy efficiency.
Sustainability Manager: Develop and implement sustainability initiatives within pump related businesses.
CONSULTING AND ADVISORY SERVICES:
Pump Consultant: Provide expertise and advice to organisations or clients on pump system optimisation, troubleshooting, and efficiency improvements.
ENTREPRENEURSHIP:
Start your own pump-related business, such as a pump sales and service company, a consulting firm, or a manufacturing startup.
The pump industry offers opportunities for individuals with backgrounds in engineering, science, business, and various technical disciplines. As with many other sectors, there are also nontechnical supporting roles, including finance, procurement and logistics. It is a critical sector that plays a pivotal role in various industries, making it a stable and dynamic field for career growth and innovation.
6. HOW DO I ENTER THE INDUSTRY?
Choosing the right route depends on the individual’s current qualifications, career goals, and personal circumstances.
Each pathway offers unique advantages, whether it’s gaining hands-on experience through an apprenticeship, pursuing in-depth academic study at university, or taking a vocational route through further education. Here are some of the main pathways:
UNIVERSITY DEGREE (UNDERGRADUATE)
A-Levels/Scottish Highers: Typically, students study A-levels (or Scottish Highers/Advanced Highers) in relevant subjects such as Mathematics, Physics, and sometimes Chemistry. They then apply for a Bachelor’s degree (BEng) in Engineering.
Engineering Foundation Year: For students who do not meet the entry requirements for a direct entry, a foundation year can be an option. This is a preparatory year that provides the necessary background in mathematics and science.
Integrated Master’s (MEng): Some universities offer integrated Master’s programs (MEng) that combine undergraduate and postgraduate study in a single course, usually lasting four years.
APPRENTICESHIPS
Higher Apprenticeships: These apprenticeships allow individuals to work while studying towards a level 4 (HNC) or level 5 (HND) qualification in engineering. They combine practical work experience with academic study.
Degree Apprenticeships: These apprenticeships enable students to earn a full Bachelor’s degree (BEng) while working. The employer usually covers the cost of tuition fees, and students split their time between university and the workplace.
Level 3 Apprenticeships (Advanced Apprenticeships): This is a good option for those who have completed a Level 2 apprenticeship or have achieved at least five GCSE’s. They provide professional experience though onthe-job daily practice, with a recognised qualification equivalent to two A-level passes on completion.
FURTHER EDUCATION COLLEGES
BTECs/NVQs: Students can pursue vocational qualifications such as BTECs or NVQs in engineering-related subjects at further education colleges. These qualifications can lead directly to employment or provide a pathway to university courses.
POSTGRADUATE STUDY
Master’s Degree (MSc/MEng): For those who already hold a Bachelor’s degree in a related field, a postgraduate degree in engineering can provide specialised knowledge and skills.
Doctorate (PhD): A PhD in engineering is suitable for those interested in advanced research and academic careers. It involves conducting original research and usually requires a Master’s degree or a strong undergraduate degree.
PROFESSIONAL QUALIFICATIONS AND PART-TIME STUDY
Institution of Engineering and Technology (IET) and Other Professional Bodies: Professional bodies like the IET offer pathways to becoming a Chartered Engineer (CEng) or Incorporated Engineer (IEng) through workbased learning and assessments.
Part-Time Study: Many universities and colleges offer part-time engineering courses that allow students to work while studying, often leading to BEng or MSc qualifications.
CONVERSION COURSES
For Non-Engineering Graduates: Individuals with a degree in another discipline can take conversion courses to transition into engineering. These are often intensive programs designed to cover essential engineering principles.
GCSEs: For most routes, strong GCSEs (or equivalent qualifications) in Mathematics and Science are typically required.
Work Experience: Some programs, especially apprenticeships and part-time study options, value practical work experience in engineering or related fields.
