|
April 2006
Morongo's Ace Kitchen
By Janice Cha
Morongo
Casino, Resort and Spa, Cabazon, Calif., put a lot of money
on the table when it built a spacious, state-of-the-art,
cook-chill enabled kitchen to power the dining options at
its upscale hotel and gaming facility. Now the bet is paying
off—in menu- and layout flexibility, food quality, labor
savings and customer satisfaction.
The story
behind Morongo’s mongo new foodservice started in 2002, when
the Morongo Casino underwent a $250 million ground-up
rebirth. The business strategy was simple: to “out-Las
Vegas” Las Vegas.
The goal
couldn’t have been much clearer. The owners, the Morongo
Band of Mission Indians, figured they could tap into the
growing number of young Los Angeles gamblers who head for
Vegas on weekends. And why not? Morongo is just 91 miles
outside Los Angeles, 20 minutes from Palm Springs, literally
on the way to Las Vegas. The 44-acre location on the Morongo
reservation virtually screamed its own marketing plan. All
that remained was to rebuild the facility to match the
target clientele.
Thus was
born a gleaming new facility. Today, the new 27-story hotel
complex rises above the desert, an oasis of light and color
visible for miles. Inside lies a hip, Hollywood-oriented
hotel, with a Sunset Strip-style nightclub, dimly lit VIP
party rooms and sleek video slot machines preferred by
younger gamers. Some 310 guest rooms, including 32 deluxe
suites and six ultra-private “casitas,” encourage gamers to
stay and play.
But it’s
the array of top quality food offerings, served in posh
restaurants, lavish buffets and round-the-clock eateries,
that lets customers stay longer—and come back often.
The ace
card of Morongo’s culinary strategy was dealt early on in
the foodservice planning. “[We] didn’t want to be like some
other Native American gaming-type casinos we’d toured that
had limited kitchen and storage space, and were using ‘light
duty’ cooking equipment,” says David Hamano, former director
of design/regional manager for Cini-Little, South Pasadena,
Calif.
“We made
many trips to Las Vegas and to other Native American gaming
facilities to see what was hot and what could be done
better,” he adds. “No corners were cut in making sure that
these kitchens would have the best equipment available to
allow for menu flexibility and throughput.”
Menus Drive Kitchen Design
In the
early stages of the project, the design and F&B team studied
guests’ food and beverage requests at the existing Morongo
Casino property, and compared them with profiles of the
guest target market for the new property.
F&B
Director Chuck Ponczoch, General Manager Bill Davis and
Executive Chef Christophe Douheret worked closely with the
design team to ensure that the foodservice operations would
support the overall vision.
Planners
started by parsing menus every which way to determine what
they’d need for warehouse storage, a cook-chill system and
food bank. The menus’ many high-end desserts and baked goods
guaranteed the addition of a full-service bakery to support
all Morongo’s eateries.
The
buffet’s servery and cook stations were also menu driven,
planned with sufficient mis en place, storage and
support space. The Asian food station got star billing in
the buffet since many of Morongo’s guests are Asian
American.
Morongo’s Mongo Kitchen
The result
was a 12,000-sq.-ft., state-of-the-art food production and
cook-chill facility. Throw in the adjacent refrigerated
warehouse, banquet and room service kitchens plus satellite
foodservice operations, and Morongo’s foodservice-related
territory would easily cover the better part of a football
field.
The main
production kitchen serves nine satellite kitchens:
-
The
500-seat Potrero Canyon buffet servery and cooking area,
at 6,400 sq. ft., capable of serving 3,200 customers per
day
-
The
public bars and the gaming floor service station,
supported by a 6,800-sq.-ft. kitchen
-
The
Food Court, with approximately 4,500 sq. ft. of kitchen
space
-
One
specialty restaurant with a 2,700-sq.-ft. kitchen
-
Serrano,
the 200-seat, 24-hour café, with a 2,200- sq.-ft. area
-
The
180-seat employee dining, servery and kitchen, 1,600 sq.
ft.
-
For
poolside food and bar service, a 900-sq.-ft. kitchen
-
Cielo
fine dining restaurant, on the 27th floor, with
800-sq.-ft. kitchen
-
Pit Bar,
the 80-seat casino centerpiece
-
The
120-seat Mystic Lounge.
The pieces
fit together in a footprint that maximizes flow and
flexibility. Food product starts its journey through Morongo
with temporary storage in the 6,000-sq.-ft. refrigerated
warehouse—a must-have for the hot desert climate. The
warehouse sits adjacent to the main kitchen. Workers come
and go across a wide hallway opening into the kitchen’s cold
prep area. Bulk food produced in the kitchen’s cook-chill
area goes back into the warehouse food bank for later
distribution. The refrigerated warehouse features palletized
high-bay storage technology, which means more efficient
inventory management and better buying power.
Product is
then transferred to the main kitchen, where it is sent to
the cold bulk prep area, cooking area, garnishing, bakery,
or cook-chill. Once prepped or par-cooked, food may be
temporarily returned to the food bank for later use, or
continue on to any of five adjoining foodservice operations:
the 500-seat buffet, the 24-hour café, the employee dining
operation, room service or banquet kitchen.
The
display-cooking buffet, serving breakfast, lunch and dinner,
gets the bulk of the main kitchen’s production. A series of
pass-through refrigerators and warmers placed along the
shared wall between the main kitchen and the buffet facility
makes for efficient transfer and holding of prepared food.
The main
kitchen and nearby foodservice operations are served by a
centralized, well-equipped warewashing area. Two flight-type
machines, one rack machine for glassware, a potwasher, a
powered soaking sink and a single door machine for pans,
plus lots and lots of racks, stand by to return dishware and
cookingware to service.
Piggybacks and UDS: Out-Of-Sight Efficiencies
The
flow-friendly, interconnected design is echoed in the
piggyback refrigeration and utility distribution systems as
well.
Cooling
power for the warehouse, cold prep area and walk-in coolers
and freezers comes from a large parallel
refrigeration/condenser rack. The parallel system creates
operating backups to guarantee 24-7 cooling power, with
condensers linked so they can compensate for each other. The
system encourages energy efficiency, too. When one box
reaches its optimum coolness, unneeded compressors are shut
down. And in the event of a compressor failure, others in
the rack can take over.
The whole
setup is linked to the manufacturer via modem. “If one of
the box temperatures rises too high, both the manufacturer’s
service agent and the facility team get a call,” Hamano
said.
The system
has generated energy savings of about 35% compared to a
traditional refrigeration rack system, he says.
Meanwhile, at kitchen level, clever placement of the utility
distribution system has made for an extra-flexible,
extra-clean work area layout.
In an
unusual move, designers ran the electrical access across the
ceilings rather than floors and walls. Retractable power
cords and compressed air hoses reside in 14 neat, overhead
stainless steel boxes situated above main work areas.
Because worktables are all on wheels, and electric outlets
are relatively mobile, reconfiguring the floor layout for
specific catering functions is easy. Cleaning, too, is quick
and easy.
The
compressed air hoses, by the way, have proved to be
essential kitchen tools. Workers use them in the cook-chill
bagging area to power the clipping system that closes bags;
in the garde manger area to spray glazes on foods;
and in the bakery to run the pastry guns. The air hoses also
get the call to clean and dry equipment (reducing the chance
of water danger to electronic controls), and to power
heavy-duty can openers.
“Now that I
have the overhead air hoses, they’d be hard to do without,”
Douheret admits.
Meanwhile,
over at the cookline, an island-wall on pedestals houses a
UDS that runs all utility lines—gas, electricity and
water—through a shoulder-height stainless steel panel. Lots
of benefits: For starters, because the cooking equipment on
either side of the panel uses quick-disconnect hoses, pieces
can be reconfigured as needed with minimum hassle. Second,
the fact that the divider wall is only 50” high helps
maintain sight lines in the open kitchen. Finally, the 2’
clearance between the bottom of the wall and the floor—plus
equipment on casters and quick-disconnects--makes cleaning
all the easier.
“We
reposition the cooking equipment as often as once a week,”
Douheret says. “If we have a banquet that will feature
grilled chicken, we can move several grills together, take
out the oven, and cook twice as fast.”
Cook-Chillin’
At The Casino
Early in
the planning stages, the pricey question of “to cook-chill
or not to cook-chill” was firmly settled by Douheret. The
classically trained French chef, who had toured a number of
commissaries and casinos to study their food production
methods, realized that a cook-chill system was the only way
to ensure consistent food quality and food safety,
especially for the all-important buffet operations. And from
a labor standpoint, cook-chill would also reduce the need
for skilled workers, scarce in that part of the country.
The system
was installed, and two full-time workers were trained to use
it. “When we opened in Nov. 2004, we were only
three-quarters staffed in the kitchen,” Douheret recalls.
“Having the cook-chill inventory of food on hand saved us.”
The
cook-chill equipment line features one 100-gal. kettle, one
50-gal. kettle and one 1,000-lb. turbojet cook-chill tank.
Also included are three full-size roll-in combi ovens, a
blast chiller and a fully automated bagging system attached
to the kettles. Also used as part of the cook-chill system
are two boilers for heating water in the steam-jacketed
kettles and two large compressors used in the bagging system
and the kettles.
For the
cook-chill tank, the kitchen design team opted to use the
relatively new glycol chilling technology rather than the
traditional ice-builder equipment. The glycol system is
“more space efficient, more mechanically-friendly than the
ice-builder and best of all, uses much less water,” Douheret
notes.
The
cook-chill system, with its two full-time workers, processes
almost 75% of food made at Morongo and has allowed the
kitchen to function smoothly with about 30% fewer workers,
according to Douheret.
Daily
volumes average 500 gals. of soups and sauces, and 700-800
lbs. of rice. And every night, the cook tank slow-cooks
1,000 lbs. of vacuum-bagged proteins. Best-seller prime rib,
for example, would be vacuum packed, cooked in 128°F water
for seven hours, then chilled at 29°F for four hours. Bagged
food stored in the food bank can be held for up to __ days
at 32°F temperatures.
“With
cook-chill, the meat is naturally tenderized and pasteurized
at the same time,” Douheret notes. The yields are much
better to, at 95% yield for cook-tank product vs. 75% yield
for meat cooked by traditional methods. “I’ve practically
paid for the whole system with prime rib alone in about two
years—we use about 80,000 lbs. of prime rib per year.”
The roll-in
combi-ovens play a key roll as well. “These are the heart of
the bulk production,” Hamano says. Racks of just-cooked food
can be directly wheeled into the large blast-chiller, and
then later to the food bank in the warehouse.
Douheret
swears by his cook-chill system. “It lets me run a
made-to-order buffet, which is unheard of for an operation
of this size,” he said. “People think they’re getting food
that’s been cooked to order, but it’s really assembled to
order. Food quality doesn’t depend anymore on whether your
guys wake up in the morning in a good mood or bad mood.”
But is the
Morongo culinary team really out-Vegasing Vegas?
“Absolutely,” Douheret says. “On Thursdays, when we do a
regular $20 seafood buffet, there’s an hour wait all
evening. We serve 1,200 meals over a five-hour span.
“The repeat
business shows we’re doing something right.”
|