BS ISO 18747-1:2018 Determination of particle density by sedimentation methods Isopycnic interpolation approach

Particle size measurement
Gravimetric analysis
Suspensions (chemical)
Dispersants
Sedimentation techniques
Diameter
Slurries
Photoelectric devices
Sedimentation
Particle size distribution
Dispersions (chemical)
Size
Liquids
Particulate materials

Link: BS ISO 18747-1:2018 Determination of particle density by sedimentation methods Isopycnic interpolation approach
Source: BSI Standards

ISO/TR 17772-2:2018 Energy performance of buildings. Overall energy performance assessment procedures Guideline for using indoor environmental input parameters for the design and assessment of energy performance of buildings

Link: ISO/TR 17772-2:2018 Energy performance of buildings. Overall energy performance assessment procedures Guideline for using indoor environmental input parameters for the design and assessment of energy performance of buildings
Source: BSI Standards

BS EN 15695-1:2017 Agricultural tractors and self-propelled sprayers. Protection of the operator (driver) against hazardous substances Cab classification, requirements and test procedures

Crop protection
Performance testing
Classification systems
Agricultural tractors
Particulate air pollutants
Spraying equipment (agriculture)
Forestry equipment
Air cleaning equipment
Verification
Dangerous materials
Instructions for use
Protective cabs
Sprayers
Dust
Aerosols
Air filters
Air purification
Cabs
Agricultural equipment
Occupational safety

Link: BS EN 15695-1:2017 Agricultural tractors and self-propelled sprayers. Protection of the operator (driver) against hazardous substances Cab classification, requirements and test procedures
Source: BSI Standards

Press release: New building performance standards to save MOD up to 20%

Infrastructure is a vital defence capability delivering accommodation, training facilities and critical assets such as runways and workshops to enable our armed forces to live, work, train and deploy. Recent DIO projects include building a jetty at Portsmouth Naval Base so the aircraft carrier HMS Queen Elizabeth can dock, and resurfacing runways at RAF Akrotiri, RAF Gibraltar, and RAF Valley.

The defence estate is large, diverse and widely dispersed across the UK and overseas. In the UK, it covers around 230,000 hectares comprising military training areas, naval bases, barracks, airfields, supply depots, and offices. Construction on these sites is sometimes subject to specific defence requirements but the majority is similar to other sectors, so the new standards have been developed in accordance with comparators from industry and other government departments. They are designed to be used by MOD staff and industry partners responsible for the planning, costing and delivery of the infrastructure assets and projects funded by MOD.

The new standards, Joint Services Publication (JSP) 315, are expected to save up to 20% on construction costs by creating efficient standards, enabling faster and more cost-effective project development and delivery. They also recognise the success and cost savings DIO has achieved in recent years from increasing the use of modular construction and standardisation of designs, as well as utilising 3D digital and interactive technology.

Graham Dalton, DIO’s Chief Executive, said:

The new standards mark a step forward in how DIO enables our military to provide the most effective and efficient solutions and how we work better with the construction industry. The revised standards make it absolutely clear what our requirements are and will contribute to a significant cost and time saving on our infrastructure projects.

The new standards and supporting guidance set a series of reference designs for specific defence infrastructure requirements and benchmark capital and operational costs for the planning and delivery of MOD infrastructure.

The revised JSP 315 can be found here

Link: Press release: New building performance standards to save MOD up to 20%
Source: Gov Press Releases