Maxaura
Maxaura is an independent pressure systems management company specialising in Pressure Systems Safety Regulations 2000 compliance programmes, energy efficiency auditing, breathing air quality testing and Local Exhaust Ventilation compliance programmes.
The company is always one step ahead in it's adaption to the millions of custom pressure systems designed specifically for individual industries and workshops, whether on a large and complex scale or aimed at the smaller industries.
We are classed as the "Rolls Royce" of pressure energy management, and take great pride in our collective knowledge of any system, which boasts contracts with many MoD Establishments, UKAEA (UK Atomic Energy Association), Medical Facilities and Sterilization, Packaging Companies, MOT centres, Garages, Spray Shops.
Compliance
How we achieve full compliance
As a body corporate "Competent Person" we offer a comprehensive ongoing service for compliance with The Pressure Systems Safety Regulations SI 2000 No.128. Both surveying and examination is addressed.
The RCMP is designed and prepared as a practical management procedure enabling our clients to maintain control of the pressure systems inspection schedule as well as all records of events as required by the regulations and to demonstrate safe system management practice for the benefit of our clients and/or any H&SE audit. A hard copy of the management dossier for each of the site's systems is presented to the client, which includes:

- The safe working limits of the system, as required by regulation 7
- The Written Scheme of Examination (WSE), as required by regulation 8
- The examination schedule for the system as set down in the WSE's, as required by regulation 9
- Sections are provided in the dossier to allow for the inclusion of your operating and emergency instructions, maintenance records, modification records and the history of the system, as required by regulations 10,11,12,13 & 14 respectively.
Efficiency
Helping reduce the energy cost on your compressed air system
We carry out full system efficiency audit work on all types of compressed air systems.
The technical audit and analysis is normally a combination of four measurement programmes
a) Compressed Air Flow Monitoring (usage).
b) Compressor Power Monitoring.
c) Compressor Performance Verification Testing.
d) Ultrasonic Leak Detection.
Air Quality
There is a legal requirement to ensure that the quality of breathable air being supplied is at a gove rned standard.
The objective of these legal requirements To ensure the respiratory safety of operatives entering and working in areas considered to be hazardous to health
Criteria for Breathing Air
BS 529:2005 (supercedes BS 4275 - 1997) BS EN 12021:1999 COSSH Regulations DEF STAN 68 - 284/2 COSHH states that:- As an employer, there is a clear responsibility under the requirements of the HSE to provide fit for purpose safety equipment for all employees that may work in an environment or carry out a process which may be hazardous to the employee's health. Should an employer fail to provide and maintain this equipment,
they will be liable for any damages claimed by an affected employee.
LEV
The objective of the Regulations To provide effective means of exposure control from substances that are hazardous to health which are handled, produced or processed in ways that result in dust, fumes or gases being given off to the work place atmosphere. Who the regulations apply to The need to install an LEV system will often be determined after an assessment of exposure to the contaminant concerned has been performed. 
Such assessments will involve taking samples to indicate personal exposure. After these assessments, if the substance released into the work place atmosphere is deemed "at an unsafe level", controlled measures should be taken in accordance with COSHH General Code of Practice, para 31-44. LEV's and COSHH Regulations 1999 Regulation 7 requires that the exposure of employees to substances hazardous to health be either prevented or, where that is not reasonably practical, adequately controlled.
Regulation 8 states that there is a duty on the employee to use any LEV provided and to report any defects observed. Regulation 9 requires that any control measure taken to comply with Regulation 7 must be maintained in an efficient state, in efficient working order and in good repair and specifies that records shall be kept of the results of the tests, including details of any repairs carried out as a result of the examinations and tests. These records have to be kept for a minimum of 5 years.
Regulations
Statutory Instruments printed from this website are printed under the superintendence and authority of the Controller of HMSO being the Queen's Printer of Acts of Parliament. The legislation contained on this web site is subject to Crown Copyright protection. It may be reproduced free of charge provided that it is reproduced accurately and that the source and copyright status of the material is made evident to users.
It should be noted that the right to reproduce the text of Statutory Instruments does not extend to the Queen's Printer imprints which should be removed from any copies of the Statutory Instrument which are issued or made available to the public. This includes reproduction of the Statutory Instrument on the Internet and on intranet sites. The Royal Arms may be reproduced only where they are an integral part of the original document.
The text of this Internet version of the Statutory Instrument which is published by the Queen's Printer of Acts of Parliament has been prepared to reflect the text as it was Made. A print version is also available and is published by The Stationery Office Limited as the The Pressure Systems Safety Regulations 2000 , ISBN 0 11 085836 0. The print version may be purchased by clicking here. Braille copies of this Statutory Instrument can
also be purchased at the same price as the print edition by contacting TSO Customer Services on
0870 600 5522 or e-mail:customer.services@tso.co.uk.
Services 
Pressure Systems Regulations Compliance Management Programmes
We act as ‘competent persons’ writing the Written Schemes of Examination and conduct the formal examination of compressed air, industrial gas, steam and hot water systems in accordance with the Pressure Systems Safety Regulations 2000, SI 2000 No.128. All the documentation is presented in an easy-to-use Regulations Compliance Management Dossier. MORE>>
Compressed Air System Efficiency Audits
We conduct efficiency audits on compressed air systems and normally identify savings between 23 and 45%. These are based on measured facts and are in a modular format that allows the correct aspects of the system to be measured and addressed. MORE>>
Flow Monitoring
Our flow monitoring programme allows the demands of a system or piece of user equipment to be accurately determined without having to interrupt the operation of the system. Compressed air, inert gases, water and vacuum can all be measured in pipework up to 36”. MORE>>

Compressor Performance Testing
Compressor performance testing is conducted in accordance with BS ISO 1217 to determine the unit’s actual performance.The tests identify the full and part load capacity of the compressor as well as the full, part and off load power consumptions. MORE>>

Electrical Power Monitoring
We conduct electrical power monitoring on air compressors and refrigeration systems to determine the system’s power requirements and actual usage. This allows the efficiency of the systems to be determined and areas for energy saving to be identified and actioned.MORE>>

Compressed Air Quality Testing
Breathing air quality testing is conducted in accordance with BS EN 1201 and Defence standards to ensure that the air is suitable for breathing and meets the requirements of COSHH. MORE>>
System Design and Project Management
Our Project Management Division undertakes assignments for the design and/or redesign of compressed air and industrial gas systems. The designs conform to the requirements of the Pressure Systems Safety Regulations 2000 SI 2000 No.128 and the British Compressed Gas Association codes of practice, where applicable. The designs incorporate simple and inexpensive features that optimise the performance and reduce the operating costs of the systems as well as ensuring that they are easy to operate and maintain. The Division is staffed with Managers and Engineers who are fully experienced and qualified to undertake
all aspects of pressure system design. The service ranges from conceptual system design, detailed specification and equipment selection, to project management, procurement, commissioning, final handover and testing.
Local Exhaust Ventilation (LEV) Compliance Management
Our qualified engineers conduct a thorough survey of the systems, compile the compliance management programmes and conduct the formal examination and test of the systems to meet the requirements of COSHH. MORE>>

Pressure Vessel Examination and Testing
Pressure vessel examination and testing is conducted on site in accordance with the Written Scheme of Examination.
The examinations can include internal and external thorough visual examinations, spot or full ultrasonic examinations,
dye penetrant examination, radiography and hydrostatic or pneumatic pressure testing. MORE>>

Pressure Relief Valve Testing and Pressure Indicator Calibration
Using our certified portable calibrators, we carry out the setting and calibration of compressed air, gas and steam pressure
relief valves and pressure indicators from 0.1 bar up to 700 bar both on site and at our workshops. On completion, a test certificate is issued for each unit.
System Drawings

We conduct surveys of our client’s sites and produce drawings of the installed systems in ‘real place’ so that the pipework and components are shown intheir correct location relative to the building outlines and principal installed machines and equipment. This service covers compressed air, steam, water and gas systems and gives the user an accurate record of their systems,
which is invaluable for compliance with regulations, system maintenance and planning.
Leak Detection Surveys

It is estimated that 30% of the compressed air generated in the UK is wasted through leakage. Our leak detection surveys use
ultrasonic leak detectors to identify and pin-point the location of any leaks in a system. The location, nature and magnitude of each leak is recorded in a spread sheet and the leak is physically tagged with a label to aid its location for repair. When a system drawing is available, the location of the leak is also marked on the drawing.
The tabulated summary also details the annual cost of the leak, which allows their rectification to be prioritised in order
of the savings that will be achieved. MORE>>

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