CP Hire FC fp ad.indd - Plant & Civil Engineer
CP Hire FC fp ad.indd - Plant & Civil Engineer
CP Hire FC fp ad.indd - Plant & Civil Engineer
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crushing & screening<br />
ALLU bucket gets its teeth<br />
into ATG Group projects<br />
ItÕs the only bucket on the market that will do the job Ð thatÕs what the ATG Group think<br />
of the SMH from ALLU, having tried every other alternative they could find.<br />
ATG Group's new ALLU SMH<br />
The Coleraine he<strong>ad</strong>quartered<br />
company provide a bro<strong>ad</strong><br />
customer base with<br />
environmental and waste<br />
solutions, including remediation<br />
of contaminated land and<br />
the treatment and disposal<br />
of Japanese Knotweed.<br />
Up until recently they hired in<br />
ALLU buckets, but because<br />
they were so impressed<br />
with its performance, they<br />
opted to purchase an SMH<br />
3-12, used specifically in<br />
difficult areas that other<br />
buckets couldn’t cope with.<br />
Comments ALLU UK Director<br />
David MacLynn: “The SMH is<br />
designed for the continuous<br />
processing of difficult, heavy<br />
and wearing materials and for<br />
job sites where the processed<br />
volumes are especially large.<br />
With two hydraulic motors,<br />
the SMH models can utilise<br />
approximately double the power<br />
compared to the basic model.”<br />
And that was a big attraction for<br />
ATG. Explains ATG’s Contracts<br />
Manager James Stewart: “We<br />
found that ALLU was the only<br />
manufacturer of a bucket that<br />
was capable of handling our<br />
type of work, its large teeth<br />
easily chews up heavy clay<br />
that is so prevalent in Northern<br />
Ireland. More often than not we<br />
34 <strong>Plant</strong> & <strong>Civil</strong> EnginEER<br />
find ourselves working on rain<br />
sodden terrain and there is no<br />
other bucket that we could find<br />
on the market that could work<br />
in such heavy conditions.”<br />
And he <strong>ad</strong>ded: “The bucket<br />
is very robust and performs<br />
exceptionally well. In fact, we<br />
have found that we can turn<br />
around jobs much quicker<br />
with this bucket, allowing us<br />
to take on more work and, of<br />
course, it means the customer<br />
is getting a more efficient and<br />
cost effective service, so it is a<br />
win-win situation all round.”<br />
The SMH offers different<br />
bl<strong>ad</strong>e and drum options that<br />
are designed so they can be<br />
easily changed, even in field<br />
conditions. This feature also<br />
improves the productivity of<br />
the bucket, because it does<br />
not need to be transported to a<br />
workshop for alteration work.<br />
There are four different types<br />
of standard drums available.<br />
In <strong>ad</strong>dition, various types of<br />
special drums are available.<br />
Selecting the right type of drum<br />
is the first step in <strong>ad</strong>apting the<br />
bucket for specific materials.<br />
There are eight different<br />
types of bl<strong>ad</strong>es available. It is<br />
extremely important to use right<br />
bl<strong>ad</strong>es for different materials.<br />
The use of correct bl<strong>ad</strong>e type<br />
improves the quality of the<br />
end product, reduces wear<br />
and increases the capacity<br />
of the Screener Crusher.<br />
“The support and service we get<br />
from ALLU is also very important<br />
to us, and because they have<br />
locally based representation in<br />
Northern Ireland it gives us the<br />
confidence and peace of mind<br />
that if anything does go amiss,<br />
assistance is only a phone<br />
call away. Indeed, occasionally<br />
we do have to ring for <strong>ad</strong>vice<br />
and guidance and in David<br />
MacLynn we have a contact that<br />
is well versed in the product<br />
range and its capabilities.”<br />
Japanese<br />
Knotweed<br />
One of the company’s latest<br />
projects was on an old industrial<br />
site in Bangor where they were<br />
responsible for the removal of<br />
not only Japanese Knotweed,<br />
but non-hazardous materials,<br />
inert soil/rubble, tanks, asbestos<br />
& hazardous materials, with the<br />
ALLU bucket taking the task of<br />
breaking down the contaminated<br />
materials in its stride.<br />
During the redevelopment of<br />
the site, Japanese Knotweed<br />
from the <strong>ad</strong>joining site h<strong>ad</strong><br />
been in<strong>ad</strong>vertently spre<strong>ad</strong> onto<br />
the Client’s site. The Knotweed<br />
was located within the critical<br />
path of the development<br />
programme – therefore a<br />
rapid solution was required.<br />
Er<strong>ad</strong>Zion8 technology was<br />
utilised on the areas of the<br />
site which were critical to the<br />
development programme. In-situ<br />
Er<strong>ad</strong>icate technology was then<br />
used to spray and remove the<br />
Knotweed and a root barrier on<br />
the site boundary was installed<br />
to prevent any re-infestation.<br />
ATG have continued with<br />
an ongoing commitment<br />
to manage and treat any<br />
Japanese Knotweed growing<br />
on the neighbouring site.<br />
Hazardous<br />
All contaminated soil<br />
discovered on the site was<br />
also transported to a licensed<br />
landfill facility in England<br />
for disposal. Contamination<br />
identified included heavy metals,<br />
hydrocarbons and asbestos.<br />
The remaining soils were tested,<br />
treated and reclassified to allow<br />
the materials to be land-filled<br />
locally at a licensed facility. The<br />
ground water on site, which<br />
was contaminated, was treated<br />
via a mobile purpose built oil<br />
water separator and specialist<br />
oil removal media. Additionally<br />
a cut off wall was installed<br />
to ensure that contamination<br />
from <strong>ad</strong>jacent sites could<br />
not migrate into the site.<br />
Inert<br />
The brief given to ATG Group<br />
was to divert excavated material<br />
from landfill, so they looked<br />
at bringing the best available<br />
technology to the project. Their<br />
approach was to undertake a<br />
full examination of all reports<br />
and findings and agree a<br />
strategy to deal with the material<br />
requiring removal. The Inert<br />
materials were recycled where<br />
possible and the remaining<br />
used as fill under an NIEA<br />
exemption at another site.<br />
Abandoned underground<br />
storage tanks were also<br />
unearthed on the site; these<br />
were degassed, dewatered and<br />
removed, with the surrounding<br />
groundwater being monitored<br />
during the process. Some<br />
of the groundwater was so<br />
heavily contaminated that it<br />
h<strong>ad</strong> to be removed off site by<br />
vacuum tanker for treatment<br />
at a specialised facility.<br />
Non-Hazardous<br />
Additionally, through a planned<br />
programme of excavation,<br />
testing, segregation and<br />
appropriate disposal, a total<br />
of approximately 1,600 cubic<br />
metres of non-hazardous<br />
contaminated material<br />
was removed from site to<br />
suitable treatment facilities,<br />
with a full paper trail which<br />
covered all the necessary<br />
legislator requirements for<br />
transportation and disposal<br />
of contaminated material.<br />
Throughout the project, ATG took<br />
responsibility for analysing and<br />
identifying the correct category<br />
for any waste being generated.<br />
They ensured full compliance<br />
with the Duty of Care regulations<br />
on Transport, Disposal and<br />
Environmental issues. All of<br />
this was achieved on time and<br />
to the budget agreed on with<br />
a major local contractor.<br />
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