# data[].attributes.headline
Remediation Services By OCL Regeneration Ltd

# data[].attributes.subject
Remediation Services By OCL Regeneration Ltd

# data[].attributes.attachment_link.readable_text
Client: Birse Civils

Aim: To produce a class 2 foundation layer in FABM (Fly Ash Bound Material) at high outputs on this high profile, programme constrained project.
Description:
OCL were involved with the clients designers, Mouchel, to assist in the mix design for a FABM foundation material for a new- build Highways Authority strategically important project. OCL were chosen due to our high outputs and quality control from grave to cradle, we had the surety of having the approved waste streams from which to manufacture the required 60,000t of materials without having to go out to the market and in doing so invite supply chain issues.

More Case Studies

# data[].attributes.attachment_link.title
A13 Sadlers Farm Junction Improvements - OCL Regeneration

# data[].attributes.attachment_link.description
Client: Birse Civils Aim: To produce a class 2 foundation layer in FABM (Fly Ash Bound Material) at high outputs on this high profile, programme constrained project. Description: OCL were involved with the clients designers, Mouchel, to assist in the mix design for a FABM foundation material for a new- build Highways Authority strategically important project.

# data[].attributes.headline
Sustainable Construction Materials  By OCL Regeneration Ltd

# data[].attributes.subject
Sustainable Construction Materials  By OCL Regeneration Ltd

# data[].attributes.attachment_link.title
PressReader.com - Your favorite newspapers and magazines.

# data[].attributes.attachment_link.description
Connecting People through News. All-you-can-read digital newsstand with thousands of the world's most popular newspapers and magazines. Vast selection of top stories in full-content format available for free.

# data[].attributes.headline
Hydraulically Bound Material By OCL Regeneration Ltd

# data[].attributes.subject
Hydraulically Bound Material By OCL Regeneration Ltd

# data[].attributes.attachment_link.title
PressReader.com - Your favorite newspapers and magazines.

# data[].attributes.attachment_link.description
Connecting People through News. All-you-can-read digital newsstand with thousands of the world's most popular newspapers and magazines. Vast selection of top stories in full-content format available for free.

# data[].attributes.headline
Waste Management Services By OCL Regeneration Ltd 

# data[].attributes.subject
Waste Management Services By OCL Regeneration Ltd 

# data[].attributes.attachment_link.readable_text
Those materials are then going to dry and harden due to the reaction they have to water and certain chemicals found in the mix. The right chemicals and the right ratio of ingredients can be quite complex.

They have to be accurate in order to create the right consistency for a given project. They have to have the right balance of materials so they will dry properly and last over time. The goal is to create something that is strong and won't need to be repaired or replaced at any time soon. Starting with quality dry ingredients is an important step in getting that desired outcome.
Types of Binders
There are several different types of binders, and what is used depends on several factors. What the desired outcome is, where the materials will be placed, and their overall purpose all influence what is used. One of the most commonly used binders for HBM is cement. It is a dry powder, but when water is added to it, there is the thick gray substance.

As it dries, it will create a very hard substance that can be used for driveways, sidewalks, structures, and so much more. Other such binders that may be used for a project include gypsum, lime, and flash ash. The amount of such binders will influence consistency. The methods used to apply it and the equipment used will also influence the finish when it dries.

Certain types of binders work better in given environments versus others. Factors such as the temperatures, the amount of moisture, and even how the project will be used all influence the type of binders to use. An expert is going to be able to share why the will recommend a certain type for a given project you have in mind.
Work with an Expert
It is always best to work with an expert when you need to use HBMs because of the complex nature of them. Without the right methods, experience, and certain equipment, it will be impossible to get the results you really need. An expert is able to help you by giving you an estimate for the cost involved.

They can help you decide the best materials to use to create your desired outcome. They can go over the pros and cons as well as the total cost. Such details can help you to decide what you would like to continue with. Take your time to find such an expert and schedule a time for them to check to see your location area. There is no cost or obligation for them to assess it.

In many scenarios, such as parking lots or other asphalt work, HBMs can be used to create the underlying layers. This will help to offer a strong structure, and it will reduce the cost for the additional finishing layers on top. There are quite a few options, but you need to gather information and verify the methods a provider will use before you agree to the work.
Consider Recycled Materials
Consider working with a provider that offers recycled materials with the HBMs. Such materials are less expensive and they help to reduce waste within the environment. Yet they can help you to get a great outcome with the completed project. There are more uses for recycled materials than ever before. You may have to check around to find a great provider that offers them.

When consumers demand such materials, it will make a difference. It can encourage other providers to get on board with offering them too so they don't lose business to their competitors. They should give you details including the percentage of the materials that will be recycled and how much of them will be new.

About Us: At https://www.oclonline.co.uk you can learn more about our recycled materials. We are enthusiastic about promoting them because this type of recycling helps the environment. It saves resources while reducing the amount of materials that end up in our landfills. It is exciting to be a part of sharing information, offering materials, and getting the message out there. We all want great construction for our buildings and roads, but there is no reason to be wasteful with materials while doing so. Offering a better solution without reducing the effectiveness of the projects is what this method is all about.

# data[].attributes.attachment_link.title
What are Hydraulically Bound Materials (HBM)? - ArticleTed - News and Articles

# data[].attributes.attachment_link.description
Those materials are then going to dry and harden due to the reaction they have to water and certain chemicals found in the mix. The right chemicals and the right ratio of ingredients can be quite complex. They have to be accurate in order to create the right consistency for a given project.

# data[].attributes.headline
Hydraulically Bound Material By OCL Regeneration Ltd

# data[].attributes.subject
Hydraulically Bound Material By OCL Regeneration Ltd

# data[].attributes.body
We are Specialising in surfacing, stabilisation, remediation and recycling. We are very proud of our service, track record and wide range of customers & projects.

# data[].attributes.attachment_link.readable_text
A hydraulically bound mixture is a mixture of aggregate, water, and binder, which is widely, used in the pavement construction.

HBM (Hydraulically Bound Material) is the generic name for a family of products. These include:

Cement Bound Granular Material (CBGM) (BSEN 14227-1). CBGM is used in road, airfield, port, and other heavy-duty pavement construction projects. It is an affordable, flexible, and a great sustainable alternative to asphalt construction.

Fly Ash Bound Material (FABM) (BSEN 14227-3). Fly Ash bound mixtures is used in the construction of sturdy pavements. It is also used in the road construction because it is versatile and high performing.

Slag Bound Material (SBM) (BSEN 14227-2). Flushing SBM uses the hydraulic combination of granulated blast furnace slag and air-cooled steel slag/concrete. It is widely used in the construction of highways where thickness and strength is required.

OCL Regeneration Ltd Manufacture these products at our recycling facilities and on a national contracting basis.

# data[].attributes.attachment_link.title
Hydraulically Bound Material (HBM) | CBGM, FABM & SBM

# data[].attributes.attachment_link.description
A hydraulically bound mixture is a mixture of aggregate, water, and binder, which is widely, used in the pavement construction. HBM (Hydraulically Bound Material) is the generic name for a family of products. These include: Cement Bound Granular Material (CBGM) (BSEN 14227-1). CBGM is used in road, airfield, port, and other heavy-duty pavement construction projects.

# data[].attributes.body
we own and operate mobile plant suitable for crushing/screening and ex-situ mixing with our mobile foamed bitumen and stabilisation plants.

# data[].attributes.attachment_link.readable_text
Solidification, stabilisation and encapsulation
These processes are used to lock-in any contaminants within a material.
Typically such a material (sometimes identified as a "hot-spot" on a brownfield site for example) is dug out (after suitable lab assessment) and then passed through mechanical sorting (screening) before being processed through the continuous mixer.

Emulsions (encapsulation) or cement/bentonite (solidification/stabilisation) agents are added in controlled doses to the host material.

Lab trials determine the mix design criteria, to ensure that the contaminants are suitably remediated.

OCL Regeneration Ltd then mix the host material to the agreed spec using any two powder or liquid agents, depending on the design.

Coal Tar Remediation

As the process is cold it is approved for the remediation of aromatics (e.g. Coal Tar contaminated materials). This means that rather than being removed from site and disposed of at an approved landfill (often a long way away and very expensive) the material is remediated on site, with the resultant product often having improved engineering qualities and being used as a high quality material in the ongoing scheme of construction or restoration.

# data[].attributes.attachment_link.title
Coal Tar Remediation Services | Remediation Services

# data[].attributes.attachment_link.description
Solidification, stabilisation and encapsulation These processes are used to lock-in any contaminants within a material. Typically such a material (sometimes identified as a "hot-spot" on a brownfield site for example) is dug out (after suitable lab assessment) and then passed through mechanical sorting (screening) before being processed through the continuous mixer.

# data[].attributes.headline
Recycled Aggregates Services By OCL Regeneration Ltd

# data[].attributes.subject
Recycled Aggregates Services By OCL Regeneration Ltd

# data[].attributes.body
OCL Regeneration specialises in aggregate recycling. From our depots in South and Central England and on a national mobile basis.

# data[].attributes.attachment_link.readable_text
The emphasis on sustainability has increased awareness of the high level of use of primary materials and the excessive production of construction waste. There is growing pressure on producers and consumers to move towards more sustainable resourcing of construction materials by reducing the consumption of primary aggregates and switching to recycled or secondary aggregates.
Recycled Aggregates are derived from reprocessing materials previously used in construction (including recycled concrete and asphalt planings).

Secondary Aggregates

Secondary Aggregates are by-products of other industrial processes, not previously used in construction, (including pulverised fuel ash (PFA), steel slags, china clay sand and slate waste).

Fact:

Only 70 million tonnes (25%) of GB aggregates usage is currently derived from recycled or secondary sources.

There is extensive further potential, not only to use the existing % volumes more effectively for higher grade substitution, but also to increase the volume being reused, reclaimed and recycled to reduce the volume of primary aggregate being used.

Such use has a secondary benefit by reducing volumes of recyclable inert material going to landfill, thus protecting the environment and optimising landfill voidspace.

Why go "green"?

Concern for the environment, difficulty in sourcing primary aggregates, increasing costs of transport and the advent of aggregates tax, all promote recycled and secondary aggregates as the natural solution.

The improved quality of recycled materials, their increased acceptability for high specification usage and the development of alternative products (including cold, foamed bitumen, products), now provide a real alternative to primary, 'virgin', products; whilst secondary aggregates are most suitable for low spec applications.

OCL help their customers to meet their environmental targets, by producing high quality, innovative, recycled products with a much reduced carbon footprint.

# data[].attributes.attachment_link.title
Sustainable Construction Materials & Recycled Building Materials

# data[].attributes.attachment_link.description
The emphasis on sustainability has increased awareness of the high level of use of primary materials and the excessive production of construction waste. There is growing pressure on producers and consumers to move towards more sustainable resourcing of construction materials by reducing the consumption of primary aggregates and switching to recycled or secondary aggregates.